Faith & Healing

Cultural Zionism

Treating my Type II Diabetes

Prior to this huge election started a 10 day fast. Did a 10 day fast with my daughter last year to treat her cystic fibrosis. This year i test my theory that type II diabetes primarily concerns the glucose addiction of the brain. Type II eventually can become Type III diabetes, commonly known as Alzheimer’s disease. My great grand mother Dunno, grand father Judge Bill, and father all died from Alzheimer’s.

Not a big fan of Western pharmaceutical corporate medicine where the latter writes the medical books studied by Med students at the Universities. Obozo Care an utter abomination on the Order of Roe vs. Wade in my book. The notion that America won the Cold War against the USSR only to become a Socialist nation totally repugnant to my way of thinking. States Rights Washington Bites – my motto. But what can I do being a die-hard Confederate who rejects the disgraceful defeat of 1865!

My wife and I kibbitz with one another. Married a damned Yankee from Chicago! She mocks me and repeats “Save the Dixie cups the South shall rise again!” To which I respond: “I only agreed to marry you because your grandmother who came from the Ukraine to the Golden Medina entered through the mikva of Galveston”! (Mikva a key concept of k’ddushin – the mitzva of Jewish ritual marriage.)

Have developed and employing the 10 day fast this year to test my diabetes Type II theory. According to Western witchcraft diabetes occurs as a result of insulin resistance. This delves into the mitochondrion organelle sub-cells within the muscles. Western witchcraft reminds me of Church dogmatism! But post Shoah Pius XII, the dogma of the “Infallibility of the Poop” flushed down the toilet.

My counter theory of type II diabetes learns from my Grand-fathers addiction to alcoholism. Both alcohol and high blood glucose impact the liver. Into Eastern schools of meditation as medicine. Eastern medicine does not assign a meridian to the pancreas! Therefore my theory argues that Type II diabetes represents a sugar like alcoholism addiction between the brain & the liver.

Consistently, when measuring my waking blood sugar, its the highest of the entire day thereafter. This supports my theory that my liver produces glucose to feed my addicted brain. The brain cannot access glucose from the digestion of fats as can the rest of the body.

My blood suger in these first 5 days of the fast: 156, 148, 135, & 128, 124. Really feeling the burn of the thirst for water right now.
Previously the two shabbat to shabbat fasts where I drank no water – exceptionally difficult. Day four I had cotton mouth. The last 10 day fast, lived in denial that I was a sugaholic, did not test my glucose levels daily.

The objective of this 2nd 10 day or more fast, thinking about going shabbat to shabbat without water twice over, my intention to train and regulate my brain/liver to function below 90 when at each waking morning glucose blood sugar test. Once I can achieve this recalibration of my brain/liver glucose production I hope to maintain it thereafter by employing my kidneys by drinking copious amounts of water.

The liver/kidney Yin/Yan battery defines my meditation technique. Employ these to meridians in both Japanese Shiatsu and Jin Shin Jyutsu Is (know myself it is) healing wisdom techniques. Employed the latter on my daughter at age 5 and raised her lung efficiency up to 91%. The quacks at the hospital expressed utter amazement!

The body employs an intricate mechanism to regulate blood sugar levels. When you drink water, it stimulates the kidneys to produce more urine, which can help remove excess glucose from the bloodstream. This process connected to the kidneys’ ability to filter waste products, includes glucose.

Ongoing research suggests that fasting and dietary interventions may help manage or even reverse type II diabetes by improving insulin sensitivity, reducing liver fat, and breaking the cycle of sugar addiction. Alzheimer’s disease, nicknamed “type III diabetes”, due to its link to insulin resistance in the brain. Emerging research shows that excess glucose can affect brain cells over time, impairing memory and cognitive function, leading to neuro-degeneration Blood Sugar Spikes. This “dawn phenomenon”, explains elevated morning glucose levels. The liver releases glucose in the early morning to prepare the body for waking, but in people with type II diabetes, the liver overcompensates. This supports my idea of an addiction feedback loop between the brain’s addiction, and liver’s dawn phenomenon increased glucose production.

The gradual decrease in my glucose levels (156 → 124) suggests that my liver is starting to produce less glucose as my body adapts to the fast. Many fasting practitioners report a reduction in fasting blood glucose after a few days. Meditation and Breathwork in Diabetes techniques like Jin Shin Jyutsu, which target meridians, could help reduce stress, which plays a role in insulin resistance and blood sugar dysregulation. Stress management – increasingly recognized as a key factor in diabetes care.

When I dav’en, my k’vanna differentiates between אדוני as opposed to יהוה. The former a word which the lips of Man can frame and pronounce. The latter a Spirit that only blown from the heart, rather than physically from the lungs. Tefillah a matter of the heart NOT the lungs. The precedent for this interpretation: Rabbi Yechuda’s challenges why the Torah misspelled heart as לבב? In the Mishna of ברכות Rabbi Yechuda projected that two Yatzirot live within the heart.

The construction of the Mishkan, the Torah states “that I may dwell within you”. Hence Rabbi Yechuda’s Yatzir Ha’Tov the Spirit breath of יהוה from within our hearts. While the Ego I, breaths as the spirit of our self-centered child-like Yatzir Ha’Rah. Tefillah therefore dedicates שם ומלכות. The latter understood as the pronouns of the Horev revelation of the 13 middot spirits.

This revelation defines the understanding as explained through the kabballah taught by Rabbi Akiva known as פרדס. The 13 middot spirit logic format, revealed at Horev, 40 days after the sin of the Golden Calf where Israel erred & translated יהוה to words like אלהים, Jesus or Allah, these middot pronouns which followed יהוה – likewise spirits from the Spirit Name – they compare to the meditation techniques developed through Eastern medicine which makes a focus upon concentrated breathing as the basis of meditation for healing.

This interpretation brings out profound themes of havdalah (separation or discernment) between the two modes of expression— words that the mouth and lips can articulate, versus what kavanah (intention) a Torah scholar expresses from within his heart’s breath.

The ability to pronounce Adonai introduces the element of discernment, known as תחיית המיתים—the Spirit that breaths life unto the Avot – this same life breathes within all bnai brit Israel. This compares to the precedent of Shabbat which fundamentally requires making a havdalah: distinguishing between two realms, such as sacred and profane, light and dark, holy time and mundane time, מלאכה VS. עבודה, at the beginning and termination of the mitzva of shabbat. The latter distinction defines the Mishkan precedent which separates holy from most holy. The verb עבודה: the mesechta of Baba Kama logically infers the definition as: אב עבודות: חמס גזל ערוה ושחד במשפט.

Man always viewed as מועד as opposed to תם. The classification of מועד: crimes committed with intent to do damage. This makes these tumah transgressions the opposite of tohor time oriented positive commandments. Hence the mitzva of Shabbat dedicates not to do act of מלאכה on the day of Shabbat, so as not to do act of עבודה on the week of shabbat. This הבדלה defines both shabbat as a mitzva and pronouncing the Name יהוה in tefillah. Both separate and distinguish Holy from Most Holy within the Mishkan.

The דאורייתא תפילה קריא שמע makes a הבדלה between the heart from the soul. The latter understood through the mitzva of קידושין as a man acquires Title to the ”soul” of his wife; meaning of Title – acquisition to the future born children, based upon the precedent of the Brit cut between the pieces wherein childless Avram cut his brit upon the future born seed which currently only lived in the future world to come, as established by the oath sworn by HaShem.

The phrase דרך ארץ (derech eretz) encompasses a profound principle in Jewish thought, reflecting a foundational value for both Torah and ethical living. It is often translated as “the way of the land,” meaning proper behavior, good manners, or worldly conduct. In essence, derech eretz precedes Torah—it forms the groundwork upon which Torah observance is built. This idea emphasizes the necessity of moral and ethical behavior as a prerequisite to religious practice.

The Talmudic adage “derech eretz kadmot laTorah” (Vayikra Rabbah 9:3) suggests that proper interpersonal conduct and ethical behavior must precede Torah study and moral obligatory behavior. This prioritizes spirituality above Torah commandments. The latter cannot exist in isolation from decency, respect, and the practice of kindness. It ties into the notion that the Torah was given to shape individuals already living within a framework of moral responsibility.

The revelation of the Torah at Mount Sinai (Matan Torah) stands on the foundation of derech eretz in multiple ways:

Oath Brit Responsibility: The Torah’s commandments simply understood as a means of sanctifying human interaction and promoting justice—ensuring that obedience to the sworn oath brit, always paired with mishpat (justice)[judicial fair compensation of damages inflicted upon others] and chesed (loving-kindness), core aspects of derech eretz.

Preparation for Revelation: Before receiving the Torah, the Israelites Moshe instructed to purify themselves (Exodus 19:10-15), indicating that an internal and external refinement—consistent with derech eretz— necessary for divine encounter. Israel only received the first two commandments due to the failure of our people to not approach their wives 3 days prior to the Torah revelation.

Interpersonal Obligations: The prophetic mussar as expressed through the repetition of the Ten Commandments, in Sh’mot and D’varim, serves as precedents to remember how HaShem judged the Gods of Egypt and Paro; further clarified through the oath sworn at Gilgal, the basis of the Rashi tefillen.

This remembering the judgment against other Gods directly understood through the comparative precedent rulings of (honor parents, refrain from theft, murder, and falsehood etc). This Torah common law which learns through comparison of Case/Rule to similar Case/Rule defines T’NaCH and Talmudic Common law/משנה תורה. Common law underscores the essential priority that Torah observance NOT purely ritualistic like the halachot found in the Shulkan Aruch, but hinges on ethical prophetic mussar dedications of k’vanna, otherwise known as מלכות.

The sages elaborate that derech eretz applies to various aspects of life, from business ethics to social interaction. For example, Pirkei Avot (2:2) teaches that Torah study must accompany work, highlighting the balance between spiritual pursuits and practical living. This balance reflects the idea that religious observance detached from reality or from ethical behavior amounts to Av tumah culturally assimilated or intermarried avoda zarah.

Rabbi Samson Raphael Hirsch elaborates that derech eretz represents a lifestyle of responsibility, professionalism, and respect that gives meaning to Torah observance. Similarly, the Maharal of Prague emphasizes that derech eretz relates to personal discipline, showing how the individual becomes a vessel capable of receiving Torah.

In summary, derech eretz frames Torah as a way to elevate and refine human existence, but it starts with how individuals conduct themselves in the mundane world. Thus, the revelation at Sinai did not impose divine commandments on people divorced from ethical behavior; instead, it built upon a foundation already rooted in respect for the dignity of others, justice, and decency—hallmarks of derech eretz.

Fasting may also lead to ketone production, providing an alternative energy source for the brain. The ability to switch between glucose and ketones efficiently, called metabolic flexibility. When we fast, our body adapts to the absence of incoming nutrients. As glycogen levels drop, our body starts breaking down stored fats (triglycerides) into fatty acids. These fatty acids, then converted into ketone bodies (such as beta-hydroxybutyrate or BHB) in the liver. Ketones serve as an alternative fuel source for our brain, heart, and other tissues.

Jin Shin Jyutsu/Shiatsu seeks to increase insulin acceptance and blood sugar dysregulation. Normal fasting blood sugar levels range below 100 mg/dL. My theory concerning glucose addiction of the brain, supported by outside research that suggest insulin levels affects the brain’s dopamine systems, likewise linked to drug addictions and many neuropsychiatric conditions. Fatty liver and lack of exercise two main contributing factors of insulin resistance.

Excess cortisol, known as Cushing’s syndrome, can counteract the effects of insulin and consequent insulin resistance. Hypothyroidism, underactive thyroid another consideration. The thyroid plays a large function in regulating metabolism. Have experienced a much slower metabolism when digesting food. The thyroid influences glucose metabolism. Have started a physical exercise program of running stairs and 100 sit-ups. Some argue that a moderate-intensity exercise can increase glucose uptake by at least 40%.

The transition from glucose to ketones typically takes around 24 to 36 hours, as mentioned above. However, individual variations exist—some people adapt faster, while others take a bit longer. Ketones may improve insulin sensitivity, perceived as beneficial for managing blood sugar levels. Some people report increased mental clarity and focus during ketosis. Fasting triggers autophagy—a cellular process that cleans up damaged components and promotes longevity. Longer fasts (24 hours or more) can lead to deeper ketosis and more pronounced metabolic adaptations.

Faith and Healing

Cultural Zionism

Treating my Type II Diabetes

Prior to this huge election started a 10 day fast. Did a 10 day fast with my daughter last year to treat her cystic fibrosis. This year i test my theory that type II diabetes primarily concerns the glucose addiction of the brain. Type II eventually can become Type III diabetes, commonly known as Alzheimer’s disease. My great grand mother Dunno, grand father Judge Bill, and father all died from Alzheimer’s.

Not a big fan of Western pharmaceutical corporate medicine where the latter writes the medical books studied by Med students at the Universities. Obozo Care an utter abomination on the Order of Roe vs. Wade in my book. The notion that America won the Cold War against the USSR only to become a Socialist nation totally repugnant to my way of thinking. States Rights Washington Bites – my motto. But what can I do being a die-hard Confederate who rejects the disgraceful defeat of 1865!

My wife and I kibbitz with one another. Married a damned Yankee from Chicago! She mocks me and repeats “Save the Dixie cups the South shall rise again!” To which I respond: “I only agreed to marry you because your grandmother who came from the Ukraine to the Golden Medina entered through the mikva of Galveston”! (Mikva a key concept of k’ddushin – the mitzva of Jewish ritual marriage.)

Have developed and employing the 10 day fast this year to test my diabetes Type II theory. According to Western witchcraft diabetes occurs as a result of insulin resistance. This delves into the mitochondrion organelle sub-cells within the muscles. Western witchcraft reminds me of Church dogmatism! But post Shoah Pius XII, the dogma of the “Infallibility of the Poop” flushed down the toilet.

My counter theory of type II diabetes learns from my Grand-fathers addiction to alcoholism. Both alcohol and high blood glucose impact the liver. Into Eastern schools of meditation as medicine. Eastern medicine does not assign a meridian to the pancreas! Therefore my theory argues that Type II diabetes represents a sugar like alcoholism addiction between the brain & the liver.

Consistently, when measuring my waking blood sugar, its the highest of the entire day thereafter. This supports my theory that my liver produces glucose to feed my addicted brain. The brain cannot access glucose from the digestion of fats as can the rest of the body.

My blood suger in these first 5 days of the fast: 156, 148, 135, & 128, 124. Really feeling the burn of the thirst for water right now.
Previously the two shabbat to shabbat fasts where I drank no water – exceptionally difficult. Day four I had cotton mouth. The last 10 day fast, lived in denial that I was a sugaholic, did not test my glucose levels daily.

The objective of this 2nd 10 day or more fast, thinking about going shabbat to shabbat without water twice over, my intention to train and regulate my brain/liver to function below 90 when at each waking morning glucose blood sugar test. Once I can achieve this recalibration of my brain/liver glucose production I hope to maintain it thereafter by employing my kidneys by drinking copious amounts of water.

The liver/kidney Yin/Yan battery defines my meditation technique. Employ these to meridians in both Japanese Shiatsu and Jin Shin Jyutsu Is (know myself it is) healing wisdom techniques. Employed the latter on my daughter at age 5 and raised her lung efficiency up to 91%. The quacks at the hospital expressed utter amazement!

The body employs an intricate mechanism to regulate blood sugar levels. When you drink water, it stimulates the kidneys to produce more urine, which can help remove excess glucose from the bloodstream. This process connected to the kidneys’ ability to filter waste products, includes glucose.

Ongoing research suggests that fasting and dietary interventions may help manage or even reverse type II diabetes by improving insulin sensitivity, reducing liver fat, and breaking the cycle of sugar addiction. Alzheimer’s disease, nicknamed “type III diabetes”, due to its link to insulin resistance in the brain. Emerging research shows that excess glucose can affect brain cells over time, impairing memory and cognitive function, leading to neuro-degeneration Blood Sugar Spikes. This “dawn phenomenon”, explains elevated morning glucose levels. The liver releases glucose in the early morning to prepare the body for waking, but in people with type II diabetes, the liver overcompensates. This supports my idea of an addiction feedback loop between the brain’s addiction, and liver’s dawn phenomenon increased glucose production.

The gradual decrease in my glucose levels (156 → 124) suggests that my liver is starting to produce less glucose as my body adapts to the fast. Many fasting practitioners report a reduction in fasting blood glucose after a few days. Meditation and Breathwork in Diabetes techniques like Jin Shin Jyutsu, which target meridians, could help reduce stress, which plays a role in insulin resistance and blood sugar dysregulation. Stress management – increasingly recognized as a key factor in diabetes care.

When I dav’en, my k’vanna differentiates between אדוני as opposed to יהוה. The former a word which the lips of Man can frame and pronounce. The latter a Spirit that only blown from the heart, rather than physically from the lungs. Tefillah a matter of the heart NOT the lungs. The precedent for this interpretation: Rabbi Yechuda’s challenges why the Torah misspelled heart as לבב? In the Mishna of ברכות Rabbi Yechuda projected that two Yatzirot live within the heart.

The construction of the Mishkan, the Torah states “that I may dwell within you”. Hence Rabbi Yechuda’s Yatzir Ha’Tov the Spirit breath of יהוה from within our hearts. While the Ego I, breaths as the spirit of our self-centered child-like Yatzir Ha’Rah. Tefillah therefore dedicates שם ומלכות. The latter understood as the pronouns of the Horev revelation of the 13 middot spirits.

This revelation defines the understanding as explained through the kabballah taught by Rabbi Akiva known as פרדס. The 13 middot spirit logic format, revealed at Horev, 40 days after the sin of the Golden Calf where Israel erred & translated יהוה to words like אלהים, Jesus or Allah, these middot pronouns which followed יהוה – likewise spirits from the Spirit Name – they compare to the meditation techniques developed through Eastern medicine which makes a focus upon concentrated breathing as the basis of meditation for healing.

This interpretation brings out profound themes of havdalah (separation or discernment) between the two modes of expression— words that the mouth and lips can articulate, versus what kavanah (intention) a Torah scholar expresses from within his heart’s breath.

The ability to pronounce Adonai introduces the element of discernment, known as תחיית המיתים—the Spirit that breaths life unto the Avot – this same life breathes within all bnai brit Israel. This compares to the precedent of Shabbat which fundamentally requires making a havdalah: distinguishing between two realms, such as sacred and profane, light and dark, holy time and mundane time, מלאכה VS. עבודה, at the beginning and termination of the mitzva of shabbat. The latter distinction defines the Mishkan precedent which separates holy from most holy. The verb עבודה: the mesechta of Baba Kama logically infers the definition as: אב עבודות: חמס גזל ערוה ושחד במשפט.

Man always viewed as מועד as opposed to תם. The classification of מועד: crimes committed with intent to do damage. This makes these tumah transgressions the opposite of tohor time oriented positive commandments. Hence the mitzva of Shabbat dedicates not to do act of מלאכה on the day of Shabbat, so as not to do act of עבודה on the week of shabbat. This הבדלה defines both shabbat as a mitzva and pronouncing the Name יהוה in tefillah. Both separate and distinguish Holy from Most Holy within the Mishkan.

The דאורייתא תפילה קריא שמע makes a הבדלה between the heart from the soul. The latter understood through the mitzva of קידושין as a man acquires Title to the ”soul” of his wife; meaning of Title – acquisition to the future born children, based upon the precedent of the Brit cut between the pieces wherein childless Avram cut his brit upon the future born seed which currently only lived in the future world to come, as established by the oath sworn by HaShem.

The phrase דרך ארץ (derech eretz) encompasses a profound principle in Jewish thought, reflecting a foundational value for both Torah and ethical living. It is often translated as “the way of the land,” meaning proper behavior, good manners, or worldly conduct. In essence, derech eretz precedes Torah—it forms the groundwork upon which Torah observance is built. This idea emphasizes the necessity of moral and ethical behavior as a prerequisite to religious practice.

The Talmudic adage “derech eretz kadmot laTorah” (Vayikra Rabbah 9:3) suggests that proper interpersonal conduct and ethical behavior must precede Torah study and moral obligatory behavior. This prioritizes spirituality above Torah commandments. The latter cannot exist in isolation from decency, respect, and the practice of kindness. It ties into the notion that the Torah was given to shape individuals already living within a framework of moral responsibility.

The revelation of the Torah at Mount Sinai (Matan Torah) stands on the foundation of derech eretz in multiple ways:

Oath Brit Responsibility: The Torah’s commandments simply understood as a means of sanctifying human interaction and promoting justice—ensuring that obedience to the sworn oath brit, always paired with mishpat (justice)[judicial fair compensation of damages inflicted upon others] and chesed (loving-kindness), core aspects of derech eretz.

Preparation for Revelation: Before receiving the Torah, the Israelites Moshe instructed to purify themselves (Exodus 19:10-15), indicating that an internal and external refinement—consistent with derech eretz— necessary for divine encounter. Israel only received the first two commandments due to the failure of our people to not approach their wives 3 days prior to the Torah revelation.

Interpersonal Obligations: The prophetic mussar as expressed through the repetition of the Ten Commandments, in Sh’mot and D’varim, serves as precedents to remember how HaShem judged the Gods of Egypt and Paro; further clarified through the oath sworn at Gilgal, the basis of the Rashi tefillen.

This remembering the judgment against other Gods directly understood through the comparative precedent rulings of (honor parents, refrain from theft, murder, and falsehood etc). This Torah common law which learns through comparison of Case/Rule to similar Case/Rule defines T’NaCH and Talmudic Common law/משנה תורה. Common law underscores the essential priority that Torah observance NOT purely ritualistic like the halachot found in the Shulkan Aruch, but hinges on ethical prophetic mussar dedications of k’vanna, otherwise known as מלכות.

The sages elaborate that derech eretz applies to various aspects of life, from business ethics to social interaction. For example, Pirkei Avot (2:2) teaches that Torah study must accompany work, highlighting the balance between spiritual pursuits and practical living. This balance reflects the idea that religious observance detached from reality or from ethical behavior amounts to Av tumah culturally assimilated or intermarried avoda zarah.

Rabbi Samson Raphael Hirsch elaborates that derech eretz represents a lifestyle of responsibility, professionalism, and respect that gives meaning to Torah observance. Similarly, the Maharal of Prague emphasizes that derech eretz relates to personal discipline, showing how the individual becomes a vessel capable of receiving Torah.

In summary, derech eretz frames Torah as a way to elevate and refine human existence, but it starts with how individuals conduct themselves in the mundane world. Thus, the revelation at Sinai did not impose divine commandments on people divorced from ethical behavior; instead, it built upon a foundation already rooted in respect for the dignity of others, justice, and decency—hallmarks of derech eretz.

Fasting may also lead to ketone production, providing an alternative energy source for the brain. The ability to switch between glucose and ketones efficiently, called metabolic flexibility. When we fast, our body adapts to the absence of incoming nutrients. As glycogen levels drop, our body starts breaking down stored fats (triglycerides) into fatty acids. These fatty acids, then converted into ketone bodies (such as beta-hydroxybutyrate or BHB) in the liver. Ketones serve as an alternative fuel source for our brain, heart, and other tissues.

Jin Shin Jyutsu/Shiatsu seeks to increase insulin acceptance and blood sugar dysregulation. Normal fasting blood sugar levels range below 100 mg/dL. My theory concerning glucose addiction of the brain, supported by outside research that suggest insulin levels affects the brain’s dopamine systems, likewise linked to drug addictions and many neuropsychiatric conditions. Fatty liver and lack of exercise two main contributing factors of insulin resistance.

Excess cortisol, known as Cushing’s syndrome, can counteract the effects of insulin and consequent insulin resistance. Hypothyroidism, underactive thyroid another consideration. The thyroid plays a large function in regulating metabolism. Have experienced a much slower metabolism when digesting food. The thyroid influences glucose metabolism. Have started a physical exercise program of running stairs and 100 sit-ups. Some argue that a moderate-intensity exercise can increase glucose uptake by at least 40%.

The transition from glucose to ketones typically takes around 24 to 36 hours, as mentioned above. However, individual variations exist—some people adapt faster, while others take a bit longer. Ketones may improve insulin sensitivity, perceived as beneficial for managing blood sugar levels. Some people report increased mental clarity and focus during ketosis. Fasting triggers autophagy—a cellular process that cleans up damaged components and promotes longevity. Longer fasts (24 hours or more) can lead to deeper ketosis and more pronounced metabolic adaptations.

Treating my Type II Diabetes

Prior to this huge election started a 10 day fast. Did a 10 day fast with my daughter last year to treat her cystic fibrosis. This year i test my theory that type II diabetes primarily concerns the glucose addiction of the brain. Type II eventually can become Type III diabetes, commonly known as Alzheimer’s disease. My great grand mother Dunno, grand father Judge Bill, and father all died from Alzheimer’s.

Not a big fan of Western pharmaceutical corporate medicine where the latter writes the medical books studied by Med students at the Universities. Obozo Care an utter abomination on the Order of Roe vs. Wade in my book. The notion that America won the Cold War against the USSR only to become a Socialist nation totally repugnant to my way of thinking. States Rights Washington Bites – my motto. But what can I do being a die-hard Confederate who rejects the disgraceful defeat of 1865!

My wife and I kibbitz with one another. Married a damned Yankee from Chicago! She mocks me and repeats “Save the Dixie cups the South shall rise again!” To which I respond: “I only agreed to marry you because your grandmother who came from the Ukraine to the Golden Medina entered through the mikva of Galveston”! (Mikva a key concept of k’ddushin – the mitzva of Jewish ritual marriage.)

Have developed and employing the 10 day fast this year to test my diabetes Type II theory. According to Western witchcraft diabetes occurs as a result of insulin resistance. This delves into the mitochondrion organelle sub-cells within the muscles. Western witchcraft reminds me of Church dogmatism! But post Shoah Pius XII, the dogma of the “Infallibility of the Poop” flushed down the toilet.

My counter theory of type II diabetes learns from my Grand-fathers addiction to alcoholism. Both alcohol and high blood glucose impact the liver. Into Eastern schools of meditation as medicine. Eastern medicine does not assign a meridian to the pancreas! Therefore my theory argues that Type II diabetes represents a sugar like alcoholism addiction between the brain & the liver.

Consistently, when measuring my waking blood sugar, its the highest of the entire day thereafter. This supports my theory that my liver produces glucose to feed my addicted brain. The brain cannot access glucose from the digestion of fats as can the rest of the body.

My blood suger in these first 4 days of the fast: 156, 148, 135, & 128. Previously the two shabbat to shabbat fasts where I drank no water – exceptionally difficult. Day four I have cotton mouth. The last 10 day fast, lived in denial that I was a sugaholic, did not test my glucose levels daily.

The objective of this 2nd 10 day or more fast, thinking about going shabbat to shabbat without water twice over, my intention to train and regulate my brain/liver to function below 90 when at each waking morning glucose blood sugar test. Once I can achieve this recalibration of my brain/liver glucose production I hope to maintain it thereafter by employing my kidneys by drinking copious amounts of water.

The liver/kidney Yin/Yan battery defines my meditation technique. Employ these to meridians in both Japanese Shiatsu and Jin Shin Jyutsu Is (know myself it is) healing wisdom techniques. Employed the latter on my daughter at age 5 and raise her lung efficiency up to 91%. The quacks at the hospital expressed utter amazement!

The body has employs an intricate mechanism to regulate blood sugar levels. When you drink water, it stimulates the kidneys to produce more urine, which can help remove excess glucose from the bloodstream. This process connected to the kidneys’ ability to filter waste products, including glucose.

Ongoing research suggesting that fasting and dietary interventions may help manage or even reverse type II diabetes by improving insulin sensitivity, reducing liver fat, and breaking the cycle of sugar addiction. Alzheimer’s disease, nicknamed “type III diabetes”, due to its link to insulin resistance in the brain. Emerging research shows that excess glucose can affect brain cells over time, impairing memory and cognitive function, leading to neuro-degeneration Blood Sugar Spike. The “dawn phenomenon” explains elevated morning glucose levels. The liver releases glucose in the early morning to prepare the body for waking, but in people with type II diabetes, the liver overcompensates. This supports my idea of a feedback loop between the brain demand, and liver glucose production.

The gradual decrease in your glucose levels (156 → 128) suggests your liver is starting to produce less glucose as your body adapts to the fast. Many fasting practitioners report a reduction in fasting blood glucose after a few days. Meditation and Breathwork in Diabetes techniques like Jin Shin Jyutsu, which target meridians, could help reduce stress, which plays a role in insulin resistance and blood sugar dysregulation. Stress management is increasingly recognized as a key factor in diabetes care.

When I dav’en my k’vanna differentiates between אדוני as opposed to יהוה. The former a word which the lips of Man can frame and pronounce. The latter a Spirit that only blown from the heart, rather than physically from the lungs. Tefillah a matter of the heart NOT the lungs. The precedent for this interpretation: Rabbi Yechuda’s challenges why the Torah misspelled heart as לבב? In the Mishna of ברכות Rabbi Yechuda projected that two Yatzirot live within the heart.

The construction of the Mishkan the Torah states “that I may dwell within you”. Hence Rabbi Yechuda’s Yatzir Ha’Tov the Spirit breath of יהוה from within our hearts. The Ego I, breaths as the spirit of the Yatzir Ha’Rah. Tefillah therefore dedicates שם ומלכות. The latter understood as the pronouns of the Horev revelation of the 13 middot spirits. This revelation defines the understanding as explained through the kabballah taught by Rabbi Akiva known as פרדס. The 13 middot revealed at Horev, 40 days after the sin of the Golden Calf where Israel translated יהוה to words like אלהים, Jesus or Allah, these middot pronouns of the Spirit Name – they compare to the meditation techniques developed through Eastern medicine which makes a focus upon concentrated breathing as the basis of meditation.

This interpretation brings out profound themes of havdalah (separation or discernment) between the two modes of expression— words that the mouth and lips can articulate, versus what kavanah (intention) a Torah scholar expresses from within his heart’s breath.

The ability to pronounce Adonai introduces the element of discernment, known as תחיית המיתים—the Spirit that breaths life unto the Avot – this same life breathes within all bnai brit Israel. This compares to the precedent of Shabbat which fundamentally requires making a havdalah: distinguishing between two realms, such as sacred and profane, light and dark, holy time and mundane time, מלאכה מן עבודה, at the beginning and termination of the mitzva of shabbat. The latter distinction defines the Mishkan precedent which separates holy from most holy. The verb עבודה: the mesechta of Baba Kama defines as אב עבודות: חמס גזל ערוה ושחד במשפט. Man always viewed as מועד as opposed to תם. The classification of מועד: crimes committed with intent to do damage. Hence the mitzva of Shabbat dedicates not to do act of מלאכה on the day of Shabbat, so as not to do act of עבודה on the week of shabbat. This הבדלה defines both shabbat as a mitzva and pronouncing the Name יהוה in tefillah.

The דאורייתא תפילה קריא שמע makes a הבדלה between the heart from the soul. The latter understood through the mitzva of קידושין as a man acquires the ”soul” of his wife; meaning Title to the future born children based upon the precedent of the Brit cut between the pieces wherein Avram cut a brit upon his future born seed which currently only lived in the future world to come.

The phrase דרך ארץ (derech eretz) encompasses a profound principle in Jewish thought, reflecting a foundational value for both Torah and ethical living. It is often translated as “the way of the land,” meaning proper behavior, good manners, or worldly conduct. In essence, derech eretz precedes Torah—it forms the groundwork upon which Torah observance is built. This idea emphasizes the necessity of moral and ethical behavior as a prerequisite to religious practice.

The Talmudic adage “derech eretz kadma laTorah” (Vayikra Rabbah 9:3) suggests that proper interpersonal conduct and ethical behavior must come before Torah study and religious obligations. This emphasizes that spirituality cannot exist in isolation from decency, respect, and the practice of kindness. It ties into the notion that the Torah was given to shape individuals already living within a framework of moral responsibility.

The revelation of the Torah at Mount Sinai (Matan Torah) stands on the foundation of derech eretz in multiple ways:

Oath Brit Responsibility: The Torah’s commandments are understood as a means of sanctifying human interaction and promoting justice—ensuring that divine worship is always paired with mishpat (justice)[judicial fair compensation of damages inflicted upon others] and chesed (loving-kindness), core aspects of derech eretz.

Preparation for Revelation: Before receiving the Torah, the Israelites are instructed to purify themselves (Exodus 19:10-15), indicating that an internal and external refinement—consistent with derech eretz—is necessary for divine encounter. Israel only received the first two commandments due to their failure to not approach their wives 3 days prior to the revelation.

Interpersonal Obligations: The prophetic mussar as expressed through the repetition of the Ten Commandments, in Sh’mot and D’varim, serves as precedents to remember how HaShem judged the Gods of Egypt and Paro. This remembering the judgment against other Gods directly understood through the comparative precedent rulings of (honor parents, refrain from theft, murder, and falsehood etc). This Torah common law which learns through comparison of Case/Rule to similar Case/Rule defines T’NaCH and Talmudic Common law/משנה תורה. Common law underscores the essential priority that Torah observance NOT purely ritualistic like the halachot found in the Shulkan Aruch, but hinges on ethical prophetic mussar dedications of k’vanna.

The sages elaborate that derech eretz applies to various aspects of life, from business ethics to social interaction. For example, Pirkei Avot (2:2) teaches that Torah study must accompany work, highlighting the balance between spiritual pursuits and practical living. This balance reflects the idea that religious observance detached from reality or from ethical behavior is incomplete.

Rabbi Samson Raphael Hirsch elaborates that derech eretz represents a lifestyle of responsibility, professionalism, and respect that gives meaning to Torah observance. Similarly, the Maharal of Prague emphasizes that derech eretz relates to personal discipline, showing how the individual becomes a vessel capable of receiving Torah.

In summary, derech eretz frames Torah as a way to elevate and refine human existence, but it starts with how individuals conduct themselves in the mundane world. Thus, the revelation at Sinai did not impose divine commandments on people divorced from ethical behavior; instead, it built upon a foundation that was already rooted in respect, justice, and decency—hallmarks of derech eretz.

Fasting may also lead to ketone production, providing an alternative energy source for the brain. The ability to switch between glucose and ketones efficiently is called metabolic flexibility.  When we fast, our body adapts to the absence of incoming nutrients. As glycogen levels drop, our body starts breaking down stored fats (triglycerides) into fatty acids. These fatty acids are then converted into ketone bodies (such as beta-hydroxybutyrate or BHB) in the liver. Ketones serve as an alternative fuel source for our brain, heart, and other tissues.

Jin Shin Jyutsu/Shiatsu seeks to increase insulin acceptance and blood sugar dysregulation. Normal fasting blood sugar levels range below 100 mg/dL. My theory concerning glucose addiction of the brain, supported by research that suggest insulin levels affects the brain’s dopamine systems, involved in drug addiction and many neuropsychiatric conditions. Fatty liver and lack of exercise two main contributing factors of insulin resistance.

Excess cortisol, known as Cushing’s syndrome, can counteract the effects of insulin and consequent insulin resistance. Hypothyroidism, underactive thyroid another consideration. The thyroid plays a large function in regulating metabolism. Have experienced a much slower metabolism when digesting food. The thyroid influences glucose metabolism. Have started a physical exercise program of running stairs and 100 sit-ups. Some argue that a moderate-intensity exercise can increase glucose uptake by at least 40%.

The transition from glucose to ketones typically takes around 24 to 36 hours, as you mentioned. However, individual variations exist—some people adapt faster, while others take a bit longer. Ketones may improve insulin sensitivity, which is beneficial for managing blood sugar levels. Ketones may improve insulin sensitivity, which is beneficial for managing blood sugar levels. Some people report increased mental clarity and focus during ketosis. Fasting triggers autophagy—a cellular process that cleans up damaged components and promotes longevity. Longer fasts (24 hours or more) can lead to deeper ketosis and more pronounced metabolic adaptations.

Managing Type II Diabetes

Type II Diabetes management

Moshe Kerr

Type II Liver/Brain glucose addiction. Answer: eat dark chocolate at night before bed. Antioxidants and Insulin Efficiency: Dark chocolate contains antioxidants that help your body use insulin more efficiently. This means better blood sugar control. So, when you indulge in that cocoa-rich goodness, you’re actually giving your insulin a high-five.

Flavonols, a type of antioxidant found in dark chocolate, may also benefit your heart. Considering that people with diabetes face a higher risk of heart disease, this is a win-win.   Dark chocolate could assist the body to lower blood pressure because of its high flavonols.  Obviously moderation – the key.  Roughly one ounce of dark chocolate a day eaten at night before going to bed. 

During the day, type II diabetes managed by drinking copious amounts of water.  Water consumption employs the kidneys to reduce blood sugar levels in the blood during waking hours.  Drinking cocoa immediately before going to bed at night manages the Brain/liver glucose addiction while sleeping at night.

Diabetes type II, compare it to the metaphor of alcoholism.  The brain becomes addicted to glucose like the liver becomes “addicted” to alcohol.  In type II the hypothalamus commands the liver to produce glucose.  The brain plays a crucial role in glucose homeostasis.  The hypothalamus manages internal physical and chemical conditions in the body.  The brain senses changes in circulating glucose levels.

Not just the pancreas doing all the blood sugar management work.  Neurons and other cell types, like astrocytes (star-shaped glial cells in the brain and spinal cord.  Glal cells or neuroglia, non -neuronal cells in the central nervous system [brain and spinal cord], and the peripheral nervous system [The main function of the PNS is to connect the CNS to the limbs and organs, essentially serving as a relay between the brain and spinal cord and the rest of the body.] that do not produce electrical impulses.  They make up more than one half the volume of neural tissue in the human body.  Their function: to maintain homeostasis.
Therefore simply not just the pancreas doing all the blood sugar management work.  Astrocites, equipped to detect glucose fluctuations.    In healthy individuals, blood glucose levels, like pH, tightly regulated within narrow limits.
Western medicine gives center stage to insulin which promotes glucose uptake in both muscles and fat, while inhibiting liver glucose production.

Type II diabetes produces Type III diabetes.  When uncontrolled diabetes damages blood vessels in the brain.  Reducing oxygen-delivery to the brain, leading to brain cell death – alzheimer’s dementia.

Therefore to treat this brain/liver addiction drink a cup of uncooked cacoa before going to bed at night.  Cacoa has no sugar or processing.  Rich in antioxidants, magnesium, theobromine (the principal alkaloid of Theobroma cacao). 

Cocoa and dark chocolate have been linked to improved endothelial function.  Cocoa harmonizes insulin and blood pressure.  Cacoa has a bitter taste, to reduce this add cinnamon or vanilla.  Your blood sugar won’t over react to a drop of vanilla extract.

Epicatechin, a monomeric flavanol found in cocoa, has caught the attention of researchers.  Studies have shown that epicatechin can positively impact mitochondrial function.  Epicatech assists in perking up mitochondrial function.

Diabetic rat models have confirmed that cocoa flavanols – especially epicatechin – enhance insulin sensitivity.  Milk interferes with epicatechin absorption.  Green Tea combined with Cocoa highly recommended.  (800 mg) of EGCG contained in Green Tea reduces stress and increases a sense of calmness.  Green Tea boosts the metabolism and promotes fat loss.

Red Grapes contain epicatechin antioxidants.  The skin of apples too contains catechins.  Blackberries catechin champions.  They pack roughly 37 milligrams of catechins per 100 grams.  More than 14 times that in brewed green tea.  Fresh, raw blackberries – ideal.  Fava beans, green legumes that are rich in protein, folate, fiber and other nutrients, contain epicatechin.

The endothelium is a single layer of squamous endothelial cells that line the interior surface of blood vessels and lymphatic vessels. The endothelium forms an interface between circulating blood or lymph in the lumen and the rest of the vessel wall.  

It controls what enters and exits the bloodstream.  Endothelial dysfunction can lead to heart disease, hypertension, and other vascular dramas.

This research focuses solely on managing brain/liver glucose production during sleep using cocoa/dark chocolate, excluding other diabetes management aspects like exercise and medication. This narrower scope avoids the claim that cocoa alone manages Type II diabetes, addressing a key criticism of the initial proposal.

Diabetes research

Type II Liver/Brain glucose addiction. Answer: eat dark chocolate at night before bed. Antioxidants and Insulin Efficiency: Dark chocolate contains antioxidants that help your body use insulin more efficiently. This means better blood sugar control. So, when you indulge in that cocoa-rich goodness, you’re actually giving your insulin a high-five.

Flavonols, a type of antioxidant found in dark chocolate, may also benefit your heart. Considering that people with diabetes face a higher risk of heart disease, this is a win-win.   Dark chocolate could assist the body to lower blood pressure because of its high flavonols.  Obviously moderation – the key.  Roughly one ounce of dark chocolate a day eaten at night before going to bed. 

During the day, type II diabetes managed by drinking copious amounts of water.  Water consumption employs the kidneys to reduce blood sugar levels in the blood during waking hours.  Drinking cocoa immediately before going to bed at night manages the Brain/liver glucose addiction while sleeping at night.

Diabetes type II, compare it to the metaphor of alcoholism.  The brain becomes addicted to glucose like the liver becomes “addicted” to alcohol.  In type II the hypothalamus commands the liver to produce glucose.  The brain plays a crucial role in glucose homeostasis.  The hypothalamus manages internal physical and chemical conditions in the body.  The brain senses changes in circulating glucose levels.

Not just the pancreas doing all the blood sugar management work.  Neurons and other cell types, like astrocytes (star-shaped glial cells in the brain and spinal cord.  Glal cells or neuroglia, non -neuronal cells in the central nervous system [brain and spinal cord], and the peripheral nervous system [The main function of the PNS is to connect the CNS to the limbs and organs, essentially serving as a relay between the brain and spinal cord and the rest of the body.] that do not produce electrical impulses.  They make up more than one half the volume of neural tissue in the human body.  Their function: to maintain homeostasis.
Therefore simply not just the pancreas doing all the blood sugar management work.  Astrocites, equipped to detect glucose fluctuations.    In healthy individuals, blood glucose levels, like pH, tightly regulated within narrow limits.
Western medicine gives center stage to insulin which promotes glucose uptake in both muscles and fat, while inhibiting liver glucose production.

Type II diabetes produces Type III diabetes.  When uncontrolled diabetes damages blood vessels in the brain.  Reducing oxygen-delivery to the brain, leading to brain cell death – alzheimer’s dementia.

Therefore to treat this brain/liver addiction drink a cup of uncooked cacoa before going to bed at night.  Cacoa has no sugar or processing.  Rich in antioxidants, magnesium, theobromine (the principal alkaloid of Theobroma cacao). 

Cocoa and dark chocolate have been linked to improved endothelial function.  Cocoa harmonizes insulin and blood pressure.  Cacoa has a bitter taste, to reduce this add cinnamon or vanilla.  Your blood sugar won’t over react to a drop of vanilla extract.

Epicatechin, a monomeric flavanol found in cocoa, has caught the attention of researchers.  Studies have shown that epicatechin can positively impact mitochondrial function.  Epicatech assists in perking up mitochondrial function.

Diabetic rat models have confirmed that cocoa flavanols – especially epicatechin – enhance insulin sensitivity.  Milk interferes with epicatechin absorption.  Green Tea combined with Cocoa highly recommended.  (800 mg) of EGCG contained in Green Tea reduces stress and increases a sense of calmness.  Green Tea boosts the metabolism and promotes fat loss.

Red Grapes contain epicatechin antioxidants.  The skin of apples too contains catechins.  Blackberries catechin champions.  They pack roughly 37 milligrams of catechins per 100 grams.  More than 14 times that in brewed green tea.  Fresh, raw blackberries – ideal.  Fava beans, green legumes that are rich in protein, folate, fiber and other nutrients, contain epicatechin.

The endothelium is a single layer of squamous endothelial cells that line the interior surface of blood vessels and lymphatic vessels. The endothelium forms an interface between circulating blood or lymph in the lumen and the rest of the vessel wall.  

It controls what enters and exits the bloodstream.  Endothelial dysfunction can lead to heart disease, hypertension, and other vascular dramas.

This research focuses solely on managing brain/liver glucose production during sleep using cocoa/dark chocolate, excluding other diabetes management aspects like exercise and medication. This narrower scope avoids the claim that cocoa alone manages Type II diabetes, addressing a key criticism of the initial proposal.

A solution for Type II diabetes management?

Profile photo for Moshe Kerr

Moshe Kerr

Type II Liver/Brain glucose addiction. Answer: eat dark chocolate at night before bed. Antioxidants and Insulin Efficiency: Dark chocolate contains antioxidants that help your body use insulin more efficiently. This means better blood sugar control. So, when you indulge in that cocoa-rich goodness, you’re actually giving your insulin a high-five.

Flavonols, a type of antioxidant found in dark chocolate, may also benefit your heart. Considering that people with diabetes face a higher risk of heart disease, this is a win-win.   Dark chocolate could assist the body to lower blood pressure because of its high flavonols.  Obviously moderation – the key.  Roughly one ounce of dark chocolate a day eaten at night before going to bed. 

During the day, type II diabetes managed by drinking copious amounts of water.  Water consumption employs the kidneys to reduce blood sugar levels in the blood during waking hours.  Drinking cocoa immediately before going to bed at night manages the Brain/liver glucose addiction while sleeping at night.

Diabetes type II, compare it to the metaphor of alcoholism.  The brain becomes addicted to glucose like the liver becomes “addicted” to alcohol.  In type II the hypothalamus commands the liver to produce glucose.  The brain plays a crucial role in glucose homeostasis.  The hypothalamus manages internal physical and chemical conditions in the body.  The brain senses changes in circulating glucose levels.


Not just the pancreas doing all the blood sugar management work.  Neurons and other cell types, like astrocytes (star-shaped glial cells in the brain and spinal cord.  Glal cells or neuroglia, non -neuronal cells in the central nervous system [brain and spinal cord], and the peripheral nervous system [The main function of the PNS is to connect the CNS to the limbs and organs, essentially serving as a relay between the brain and spinal cord and the rest of the body.] that do not produce electrical impulses.  They make up more than one half the volume of neural tissue in the human body.  Their function: to maintain homeostasis.
Therefore simply not just the pancreas doing all the blood sugar management work.  Astrocites, equipped to detect glucose fluctuations.    In healthy individuals, blood glucose levels, like pH, tightly regulated within narrow limits.
Western medicine gives center stage to insulin which promotes glucose uptake in both muscles and fat, while inhibiting liver glucose production.

Type II diabetes produces Type III diabetes.  When uncontrolled diabetes damages blood vessels in the brain.  Reducing oxygen-delivery to the brain, leading to brain cell death – alzheimer’s dementia.


Therefore to treat this brain/liver addiction drink a cup of uncooked cacoa before going to bed at night.  Cacoa has no sugar or processing.  Rich in antioxidants, magnesium, theobromine (the principal alkaloid of Theobroma cacao). 

Cocoa and dark chocolate have been linked to improved endothelial function.  Cocoa harmonizes insulin and blood pressure.  Cacoa has a bitter taste, to reduce this add cinnamon or vanilla.  Your blood sugar won’t over react to a drop of vanilla extract.

Epicatechin, a monomeric flavanol found in cocoa, has caught the attention of researchers.  Studies have shown that epicatechin can positively impact mitochondrial function.  Epicatech assists in perking up mitochondrial function.

Diabetic rat models have confirmed that cocoa flavanols – especially epicatechin – enhance insulin sensitivity.  Milk interferes with epicatechin absorption.  Green Tea combined with Cocoa highly recommended.  (800 mg) of EGCG contained in Green Tea reduces stress and increases a sense of calmness.  Green Tea boosts the metabolism and promotes fat loss.

Red Grapes contain epicatechin antioxidants.  The skin of apples too contains catechins.  Blackberries catechin champions.  They pack roughly 37 milligrams of catechins per 100 grams.  More than 14 times that in brewed green tea.  Fresh, raw blackberries – ideal.  Fava beans, green legumes that are rich in protein, folate, fiber and other nutrients, contain epicatechin.

The endothelium is a single layer of squamous endothelial cells that line the interior surface of blood vessels and lymphatic vessels. The endothelium forms an interface between circulating blood or lymph in the lumen and the rest of the vessel wall.  

It controls what enters and exits the bloodstream.  Endothelial dysfunction can lead to heart disease, hypertension, and other vascular dramas.

This research focuses solely on managing brain/liver glucose production during sleep using cocoa/dark chocolate, excluding other diabetes management aspects like exercise and medication. This narrower scope avoids the claim that cocoa alone manages Type II diabetes, addressing a key criticism of the initial proposal.

I am a diabetic Sugaholic. Just as alcoholism a mental addiction, so too diabetes


What researchers in Israel explore brain-computer interfaces (BCI) glucose control?
Consider please “neurofeedback”. Could meditation accomplish “neurofeedback”? Consider please: how BCI might modulate brain regions involved in glucose regulation? Preclinical evidence suggests that restoring the brain’s ability to sense glucose can normalize blood glucose levels in type II diabetes.____________________________________ Ethical considerations, collaboration etc. Does BCI qualify as YouTube radio frequencies aimed to regulate the Brain/Liver glucose production? _________________________________

Israel is a powerhouse in diabetes research, and scientists there are actively working on innovative approaches to better prevent, treat, and ultimately cure diabetes. Neurofeedback is a technique that provides immediate feedback from brainwave activity. It allows individuals to become more aware of their brain states and modify them.

Neuromeditation: By using EEG biofeedback (brainwave monitoring), practitioners can learn to quickly enter desired states of consciousness during meditation. Focused meditation: Neurofeedback helps maintain attention by providing audio cues when attention is focused.

Slow Cortical Potential Neurofeedback (SCP-NF). A specialized form of neurofeedback that focuses on training the brain’s slow cortical potentials (SCPs). SCPs are very slow voltage shifts in the cerebral cortex, associated with attention, self-regulation, and cognitive processes. By training individuals to regulate their SCPs, it aims to improve attention, impulse control, and overall self-regulation.

BCI Modulating Brain Regions for Glucose Regulation: The brain plays a critical role in glucose homeostasis. Evidence suggests that the brain, like the pancreas, senses and responds to changes in circulating glucose levels.

Specific brain regions (such as the hypothalamus) are involved in glucose regulation. By monitoring brainwave activity, BCIs can guide individuals into specific states of meditation or consciousness related to glucose control.

Preclinical evidence indicates that restoring the brain’s ability to sense glucose can normalize blood glucose levels in type II diabetes. Meaning, research conducted in laboratory setting or animal models before human trials.

Oramed Pharmaceuticals, based in Jerusalem, has been working on a groundbreaking approach to insulin delivery. DayTwo, based on research from Israel’s Weizmann Institute of Science, focuses on personalized diabetes management. By analyzing an individual’s gut microbiome and other personal parameters, DayTwo predicts personalized blood glucose responses to various foods and meals.

Several universities and research centers actively studying diabetes, including the Weizmann Institute, Hebrew University, and Tel Aviv University. These institutions collaborate with companies and international partners to advance diabetes research.

Restoring the Brain’s Ability to Sense Glucose: In type 2 diabetes, the brain’s ability to sense and respond to changes in circulating glucose levels may be impaired. The ultimate goal in managing type 2 diabetes is to maintain blood glucose levels within a healthy range. By addressing brain glucose sensing, we might achieve better blood glucose control. Preclinical evidence suggests that interventions targeting the brain’s glucose-sensing mechanisms could potentially help normalize blood glucose levels in type 2 diabetes.

The brain plays a critical role in glucose homeostasis. Evidence suggests that the brain, like the pancreas, senses and responds to changes in circulating glucose levels. Specific brain regions (such as the hypothalamus) are involved in glucose regulation. By monitoring brainwave activity, BCIs can guide individuals into specific states of meditation or consciousness related to glucose control.

Radio Frequencies and Brain-Computer Interfaces:
While BCIs primarily rely on direct neural interfaces (such as implanted electrodes), the idea of using radio frequencies (RF) to interact with the brain is intriguing. BCIs often use wireless communication to transmit data between the brain and external devices. This communication can involve RF or other wireless protocols.

Some BCIs use RF energy for direct brain stimulation. For example, transcranial magnetic stimulation (TMS) uses pulsed magnetic fields to modulate brain activity noninvasively. Transcanial magnetic stimulation (TMS) a noninvasive procedure used to stimulate nerve cells in the brain. It employs magnetic fields to influence brain activity.

A magnetic coil, placed upon the scalp. This coil generates changing magnetic fields. These fields induce an electric current in specific brain areas through electromagnetic induction. Previous research, scientist have employed TMS to study brain function and map specific brain regions. TMS, a powerful tool for influencing brain activity without invasive procedures! Meaning no cutting or operations.

Radio Frequencies (RF) and Brain Regulation: Currently using RF directly to regulate brain or liver glucose production is not a common approach in scientific or medical contexts. BCIs, which directly interface with the brain, are more relevant for regulating brain function. BCIs use techniques like transcranial magnetic stimulation (TMS) or implanted electrodes to influence brain activity. These methods are distinct from RF-based approaches.The liver plays a crucial role in maintaining blood glucose levels. It produces and stores glucose, releasing it when needed (e.g., during fasting or exercise). Regulating liver glucose production involves complex hormonal interactions (such as insulin and glucagon).

Royal Raymond Rife, an American scientist who gained fame in the 1920s for his unconventional theories and inventions, specifically the frequency generator commonly referred to as a Rife machine.

As previously stated: evidence suggests that the brain, like the pancreas, can sense and respond to changes in circulating glucose levels. BCIs are primarily used for communication between the brain and external devices. While BCIs don’t directly regulate glucose, they offer exciting possibilities for understanding brain function and potentially influencing it.

BCIs focus on neural interfaces, while frequency generators have different applications. While BCIs hold promise for various applications, directly using a frequency generator to regulate brain and liver glucose would require extensive research.

The hypothalamus and other regions play critical roles in sensing and responding to glucose levels. BCIs could potentially enhance these functions through targeted stimulation. This could involve training the brain to respond more effectively to glucose fluctuations. By guiding individuals into meditative states that promote relaxation and awareness, BCIs may enhance the brain’s regulatory functions related to glucose metabolism.

RF applications in medicine are more common in imaging and communication, rather than direct modulation of metabolic processes. The potential for BCIs to influence brain function and restore glucose sensing offers a promising avenue for future research and therapeutic development.

Prof. Yuval Nir – Associated with Tel Aviv University, he has conducted studies on brain activity and its potential applications in controlling bodily functions, including glucose levels. Prof. Ron Cohen – At the Hebrew University of Jerusalem, he focuses on neurotechnology and has explored how BCIs can be applied to physiological regulation.

Dr. Alon Friedman – Based at Ben Gurion University, he researches the brain’s role in regulating various bodily functions, including glucose metabolism, and how BCIs could facilitate better control. Dr. Erez Karpas – Works on the integration of BCIs with wearable technology to monitor and manage diabetes, focusing on real-time glucose control.

These researchers are part of broader efforts in Israel’s vibrant tech and medical research landscape, where advancements in neurotechnology and diabetes management are ongoing. For the latest developments, checking their publications and institutional announcements could provide more specific insights.

Neuromeditation: This involves using EEG data to guide meditation practices, helping individuals focus their attention and achieve deeper states of relaxation and awareness. Slow Cortical Potential Neurofeedback (SCP-NF): This method targets slow voltage shifts in the brain, training individuals to enhance self-regulation, which may have implications for managing stress and emotional responses related to glucose regulation.

Research indicates that restoring the brain’s ability to sense glucose can help normalize blood glucose levels. BCIs could facilitate this by providing feedback or stimulation to appropriate brain areas. BCIs might guide individuals into meditative states that enhance awareness of physiological states, potentially improving the brain’s regulatory functions concerning glucose metabolism.

While BCIs typically use direct neural interfaces, the idea of employing radio frequencies (RF) in brain regulation is intriguing but less common: While RF is primarily used for imaging and communication in medical contexts, the direct regulation of brain or liver glucose production using RF is not well-established.

Glucose is the primary energy source of the brain, which accounts for about 20% of whole-body glucose consumption. Glucose metabolism in neurons and astrocytes has been extensively studied, but the glucose metabolism of microglia and oligodendrocytes, and their interactions with neurons and astrocytes, remain critical to understand brain function.

Signal transduction proteins including those in the Wnt, GSK-3β, PI3K-AKT, and AMPK pathways are involved in regulating these networks. Additionally, glycolytic enzymes and metabolites, such as hexokinase 2, acetyl-CoA, and enolase 2, are implicated in the modulation of cellular function, microglial activation, glycation, and acetylation of biomolecules. Preclinical evidence suggests that restoring the brain’s ability to sense glucose can normalise blood glucose levels in type II diabetes.

BCIs primarily rely on direct neural interfaces (such as implanted electrodes), but the idea of using radio frequencies (RF) to interact with the brain is intriguing. BCIs often use wireless communication to transmit data between the brain and external devices. This communication can involve RF or other wireless protocols.

Some BCIs use RF energy for direct brain stimulation. For example, transcranial magnetic stimulation (TMS) uses pulsed magnetic fields to modulate brain activity noninvasively.

As previously stated: evidence suggests that the brain, like the pancreas, can sense and respond to changes in circulating glucose levels. BCIs are primarily used for communication between the brain and external devices. While BCIs don’t directly regulate glucose, they offer exciting possibilities for understanding brain function and potentially influencing it.

BCIs focus on neural interfaces, while frequency generators have different applications. While BCIs hold promise for various applications, directly using a frequency generator to regulate brain and liver glucose would require extensive research.

The hypothalamus and other regions play critical roles in sensing and responding to glucose levels. BCIs could potentially enhance these functions through targeted stimulation. This could involve training the brain to respond more effectively to glucose fluctuations. By guiding individuals into meditative states that promote relaxation and awareness, BCIs may enhance the brain’s regulatory functions related to glucose metabolism.

Meditation, particularly when combined with neurofeedback, can help individuals achieve desired states of consciousness. Techniques like neuromeditation utilize EEG biofeedback to guide practitioners into deeper states of relaxation and focus, which can enhance the effectiveness of meditation practices.

I am a diabetic sugaholic. Just as alcoholism a mental addiction, so too diabetes.


What researchers in Israel explore brain-computer interfaces (BCI) glucose control?
Consider please “neurofeedback”. Could meditation accomplish “neurofeedback”? Consider please: how BCI might modulate brain regions involved in glucose regulation? Preclinical evidence suggests that restoring the brain’s ability to sense glucose can normalize blood glucose levels in type II diabetes.____________________________________ Ethical considerations, collaboration etc. Does BCI qualify as YouTube radio frequencies aimed to regulate the Brain/Liver glucose production? _________________________________

Israel is a powerhouse in diabetes research, and scientists there are actively working on innovative approaches to better prevent, treat, and ultimately cure diabetes. Neurofeedback is a technique that provides immediate feedback from brainwave activity. It allows individuals to become more aware of their brain states and modify them.

Neuromeditation: By using EEG biofeedback (brainwave monitoring), practitioners can learn to quickly enter desired states of consciousness during meditation. Focused meditation: Neurofeedback helps maintain attention by providing audio cues when attention is focused.

Slow Cortical Potential Neurofeedback (SCP-NF). A specialized form of neurofeedback that focuses on training the brain’s slow cortical potentials (SCPs). SCPs are very slow voltage shifts in the cerebral cortex, associated with attention, self-regulation, and cognitive processes. By training individuals to regulate their SCPs, it aims to improve attention, impulse control, and overall self-regulation.

BCI Modulating Brain Regions for Glucose Regulation: The brain plays a critical role in glucose homeostasis. Evidence suggests that the brain, like the pancreas, senses and responds to changes in circulating glucose levels.

Specific brain regions (such as the hypothalamus) are involved in glucose regulation. By monitoring brainwave activity, BCIs can guide individuals into specific states of meditation or consciousness related to glucose control.

Preclinical evidence indicates that restoring the brain’s ability to sense glucose can normalize blood glucose levels in type II diabetes. Meaning, research conducted in laboratory setting or animal models before human trials.

Oramed Pharmaceuticals, based in Jerusalem, has been working on a groundbreaking approach to insulin delivery. DayTwo, based on research from Israel’s Weizmann Institute of Science, focuses on personalized diabetes management. By analyzing an individual’s gut microbiome and other personal parameters, DayTwo predicts personalized blood glucose responses to various foods and meals.

Several universities and research centers actively studying diabetes, including the Weizmann Institute, Hebrew University, and Tel Aviv University. These institutions collaborate with companies and international partners to advance diabetes research.

Restoring the Brain’s Ability to Sense Glucose: In type 2 diabetes, the brain’s ability to sense and respond to changes in circulating glucose levels may be impaired. The ultimate goal in managing type 2 diabetes is to maintain blood glucose levels within a healthy range. By addressing brain glucose sensing, we might achieve better blood glucose control. Preclinical evidence suggests that interventions targeting the brain’s glucose-sensing mechanisms could potentially help normalize blood glucose levels in type 2 diabetes.

The brain plays a critical role in glucose homeostasis. Evidence suggests that the brain, like the pancreas, senses and responds to changes in circulating glucose levels. Specific brain regions (such as the hypothalamus) are involved in glucose regulation. By monitoring brainwave activity, BCIs can guide individuals into specific states of meditation or consciousness related to glucose control.

Radio Frequencies and Brain-Computer Interfaces:
While BCIs primarily rely on direct neural interfaces (such as implanted electrodes), the idea of using radio frequencies (RF) to interact with the brain is intriguing. BCIs often use wireless communication to transmit data between the brain and external devices. This communication can involve RF or other wireless protocols.

Some BCIs use RF energy for direct brain stimulation. For example, transcranial magnetic stimulation (TMS) uses pulsed magnetic fields to modulate brain activity noninvasively. Transcanial magnetic stimulation (TMS) a noninvasive procedure used to stimulate nerve cells in the brain. It employs magnetic fields to influence brain activity.

A magnetic coil, placed upon the scalp. This coil generates changing magnetic fields. These fields induce an electric current in specific brain areas through electromagnetic induction. Previous research, scientist have employed TMS to study brain function and map specific brain regions. TMS, a powerful tool for influencing brain activity without invasive procedures! Meaning no cutting or operations.

Radio Frequencies (RF) and Brain Regulation: Currently using RF directly to regulate brain or liver glucose production is not a common approach in scientific or medical contexts. BCIs, which directly interface with the brain, are more relevant for regulating brain function. BCIs use techniques like transcranial magnetic stimulation (TMS) or implanted electrodes to influence brain activity. These methods are distinct from RF-based approaches.The liver plays a crucial role in maintaining blood glucose levels. It produces and stores glucose, releasing it when needed (e.g., during fasting or exercise). Regulating liver glucose production involves complex hormonal interactions (such as insulin and glucagon).

Royal Raymond Rife, an American scientist who gained fame in the 1920s for his unconventional theories and inventions, specifically the frequency generator commonly referred to as a Rife machine.

As previously stated: evidence suggests that the brain, like the pancreas, can sense and respond to changes in circulating glucose levels. BCIs are primarily used for communication between the brain and external devices. While BCIs don’t directly regulate glucose, they offer exciting possibilities for understanding brain function and potentially influencing it.

BCIs focus on neural interfaces, while frequency generators have different applications. While BCIs hold promise for various applications, directly using a frequency generator to regulate brain and liver glucose would require extensive research.

The hypothalamus and other regions play critical roles in sensing and responding to glucose levels. BCIs could potentially enhance these functions through targeted stimulation. This could involve training the brain to respond more effectively to glucose fluctuations. By guiding individuals into meditative states that promote relaxation and awareness, BCIs may enhance the brain’s regulatory functions related to glucose metabolism.

RF applications in medicine are more common in imaging and communication, rather than direct modulation of metabolic processes. The potential for BCIs to influence brain function and restore glucose sensing offers a promising avenue for future research and therapeutic development.

Prof. Yuval Nir – Associated with Tel Aviv University, he has conducted studies on brain activity and its potential applications in controlling bodily functions, including glucose levels. Prof. Ron Cohen – At the Hebrew University of Jerusalem, he focuses on neurotechnology and has explored how BCIs can be applied to physiological regulation.

Dr. Alon Friedman – Based at Ben Gurion University, he researches the brain’s role in regulating various bodily functions, including glucose metabolism, and how BCIs could facilitate better control. Dr. Erez Karpas – Works on the integration of BCIs with wearable technology to monitor and manage diabetes, focusing on real-time glucose control.

These researchers are part of broader efforts in Israel’s vibrant tech and medical research landscape, where advancements in neurotechnology and diabetes management are ongoing. For the latest developments, checking their publications and institutional announcements could provide more specific insights.

Neuromeditation: This involves using EEG data to guide meditation practices, helping individuals focus their attention and achieve deeper states of relaxation and awareness. Slow Cortical Potential Neurofeedback (SCP-NF): This method targets slow voltage shifts in the brain, training individuals to enhance self-regulation, which may have implications for managing stress and emotional responses related to glucose regulation.

Research indicates that restoring the brain’s ability to sense glucose can help normalize blood glucose levels. BCIs could facilitate this by providing feedback or stimulation to appropriate brain areas. BCIs might guide individuals into meditative states that enhance awareness of physiological states, potentially improving the brain’s regulatory functions concerning glucose metabolism.

While BCIs typically use direct neural interfaces, the idea of employing radio frequencies (RF) in brain regulation is intriguing but less common: While RF is primarily used for imaging and communication in medical contexts, the direct regulation of brain or liver glucose production using RF is not well-established.

Glucose is the primary energy source of the brain, which accounts for about 20% of whole-body glucose consumption. Glucose metabolism in neurons and astrocytes has been extensively studied, but the glucose metabolism of microglia and oligodendrocytes, and their interactions with neurons and astrocytes, remain critical to understand brain function.

Signal transduction proteins including those in the Wnt, GSK-3β, PI3K-AKT, and AMPK pathways are involved in regulating these networks. Additionally, glycolytic enzymes and metabolites, such as hexokinase 2, acetyl-CoA, and enolase 2, are implicated in the modulation of cellular function, microglial activation, glycation, and acetylation of biomolecules. Preclinical evidence suggests that restoring the brain’s ability to sense glucose can normalise blood glucose levels in type II diabetes.

BCIs primarily rely on direct neural interfaces (such as implanted electrodes), but the idea of using radio frequencies (RF) to interact with the brain is intriguing. BCIs often use wireless communication to transmit data between the brain and external devices. This communication can involve RF or other wireless protocols.

Some BCIs use RF energy for direct brain stimulation. For example, transcranial magnetic stimulation (TMS) uses pulsed magnetic fields to modulate brain activity noninvasively.

As previously stated: evidence suggests that the brain, like the pancreas, can sense and respond to changes in circulating glucose levels. BCIs are primarily used for communication between the brain and external devices. While BCIs don’t directly regulate glucose, they offer exciting possibilities for understanding brain function and potentially influencing it.

BCIs focus on neural interfaces, while frequency generators have different applications. While BCIs hold promise for various applications, directly using a frequency generator to regulate brain and liver glucose would require extensive research.

The hypothalamus and other regions play critical roles in sensing and responding to glucose levels. BCIs could potentially enhance these functions through targeted stimulation. This could involve training the brain to respond more effectively to glucose fluctuations. By guiding individuals into meditative states that promote relaxation and awareness, BCIs may enhance the brain’s regulatory functions related to glucose metabolism.

Meditation, particularly when combined with neurofeedback, can help individuals achieve desired states of consciousness. Techniques like neuromeditation utilize EEG biofeedback to guide practitioners into deeper states of relaxation and focus, which can enhance the effectiveness of meditation practices.

I am a diabetic sugaholic. Just as alcoholism a mental addiction, so too diabetes


What researchers in Israel explore brain-computer interfaces (BCI) glucose control?
Consider please “neurofeedback”. Could meditation accomplish “neurofeedback”? Consider please: how BCI might modulate brain regions involved in glucose regulation? Preclinical evidence suggests that restoring the brain’s ability to sense glucose can normalize blood glucose levels in type II diabetes.____________________________________ Ethical considerations, collaboration etc. Does BCI qualify as YouTube radio frequencies aimed to regulate the Brain/Liver glucose production? _________________________________

Israel is a powerhouse in diabetes research, and scientists there are actively working on innovative approaches to better prevent, treat, and ultimately cure diabetes. Neurofeedback is a technique that provides immediate feedback from brainwave activity. It allows individuals to become more aware of their brain states and modify them.

Neuromeditation: By using EEG biofeedback (brainwave monitoring), practitioners can learn to quickly enter desired states of consciousness during meditation. Focused meditation: Neurofeedback helps maintain attention by providing audio cues when attention is focused.

Slow Cortical Potential Neurofeedback (SCP-NF). A specialized form of neurofeedback that focuses on training the brain’s slow cortical potentials (SCPs). SCPs are very slow voltage shifts in the cerebral cortex, associated with attention, self-regulation, and cognitive processes. By training individuals to regulate their SCPs, it aims to improve attention, impulse control, and overall self-regulation.

BCI Modulating Brain Regions for Glucose Regulation: The brain plays a critical role in glucose homeostasis. Evidence suggests that the brain, like the pancreas, senses and responds to changes in circulating glucose levels.

Specific brain regions (such as the hypothalamus) are involved in glucose regulation. By monitoring brainwave activity, BCIs can guide individuals into specific states of meditation or consciousness related to glucose control.

Preclinical evidence indicates that restoring the brain’s ability to sense glucose can normalize blood glucose levels in type II diabetes. Meaning, research conducted in laboratory setting or animal models before human trials.

Oramed Pharmaceuticals, based in Jerusalem, has been working on a groundbreaking approach to insulin delivery. DayTwo, based on research from Israel’s Weizmann Institute of Science, focuses on personalized diabetes management. By analyzing an individual’s gut microbiome and other personal parameters, DayTwo predicts personalized blood glucose responses to various foods and meals.

Several universities and research centers actively studying diabetes, including the Weizmann Institute, Hebrew University, and Tel Aviv University. These institutions collaborate with companies and international partners to advance diabetes research.

Restoring the Brain’s Ability to Sense Glucose: In type 2 diabetes, the brain’s ability to sense and respond to changes in circulating glucose levels may be impaired. The ultimate goal in managing type 2 diabetes is to maintain blood glucose levels within a healthy range. By addressing brain glucose sensing, we might achieve better blood glucose control. Preclinical evidence suggests that interventions targeting the brain’s glucose-sensing mechanisms could potentially help normalize blood glucose levels in type 2 diabetes.

The brain plays a critical role in glucose homeostasis. Evidence suggests that the brain, like the pancreas, senses and responds to changes in circulating glucose levels. Specific brain regions (such as the hypothalamus) are involved in glucose regulation. By monitoring brainwave activity, BCIs can guide individuals into specific states of meditation or consciousness related to glucose control.

Radio Frequencies and Brain-Computer Interfaces:
While BCIs primarily rely on direct neural interfaces (such as implanted electrodes), the idea of using radio frequencies (RF) to interact with the brain is intriguing. BCIs often use wireless communication to transmit data between the brain and external devices. This communication can involve RF or other wireless protocols.

Some BCIs use RF energy for direct brain stimulation. For example, transcranial magnetic stimulation (TMS) uses pulsed magnetic fields to modulate brain activity noninvasively. Transcanial magnetic stimulation (TMS) a noninvasive procedure used to stimulate nerve cells in the brain. It employs magnetic fields to influence brain activity.

A magnetic coil, placed upon the scalp. This coil generates changing magnetic fields. These fields induce an electric current in specific brain areas through electromagnetic induction. Previous research, scientist have employed TMS to study brain function and map specific brain regions. TMS, a powerful tool for influencing brain activity without invasive procedures! Meaning no cutting or operations.

Radio Frequencies (RF) and Brain Regulation: Currently using RF directly to regulate brain or liver glucose production is not a common approach in scientific or medical contexts. BCIs, which directly interface with the brain, are more relevant for regulating brain function. BCIs use techniques like transcranial magnetic stimulation (TMS) or implanted electrodes to influence brain activity. These methods are distinct from RF-based approaches.The liver plays a crucial role in maintaining blood glucose levels. It produces and stores glucose, releasing it when needed (e.g., during fasting or exercise). Regulating liver glucose production involves complex hormonal interactions (such as insulin and glucagon).

Royal Raymond Rife, an American scientist who gained fame in the 1920s for his unconventional theories and inventions, specifically the frequency generator commonly referred to as a Rife machine.

As previously stated: evidence suggests that the brain, like the pancreas, can sense and respond to changes in circulating glucose levels. BCIs are primarily used for communication between the brain and external devices. While BCIs don’t directly regulate glucose, they offer exciting possibilities for understanding brain function and potentially influencing it.

BCIs focus on neural interfaces, while frequency generators have different applications. While BCIs hold promise for various applications, directly using a frequency generator to regulate brain and liver glucose would require extensive research.

The hypothalamus and other regions play critical roles in sensing and responding to glucose levels. BCIs could potentially enhance these functions through targeted stimulation. This could involve training the brain to respond more effectively to glucose fluctuations. By guiding individuals into meditative states that promote relaxation and awareness, BCIs may enhance the brain’s regulatory functions related to glucose metabolism.

RF applications in medicine are more common in imaging and communication, rather than direct modulation of metabolic processes. The potential for BCIs to influence brain function and restore glucose sensing offers a promising avenue for future research and therapeutic development.

Prof. Yuval Nir – Associated with Tel Aviv University, he has conducted studies on brain activity and its potential applications in controlling bodily functions, including glucose levels. Prof. Ron Cohen – At the Hebrew University of Jerusalem, he focuses on neurotechnology and has explored how BCIs can be applied to physiological regulation.

Dr. Alon Friedman – Based at Ben Gurion University, he researches the brain’s role in regulating various bodily functions, including glucose metabolism, and how BCIs could facilitate better control. Dr. Erez Karpas – Works on the integration of BCIs with wearable technology to monitor and manage diabetes, focusing on real-time glucose control.

These researchers are part of broader efforts in Israel’s vibrant tech and medical research landscape, where advancements in neurotechnology and diabetes management are ongoing. For the latest developments, checking their publications and institutional announcements could provide more specific insights.

Neuromeditation: This involves using EEG data to guide meditation practices, helping individuals focus their attention and achieve deeper states of relaxation and awareness. Slow Cortical Potential Neurofeedback (SCP-NF): This method targets slow voltage shifts in the brain, training individuals to enhance self-regulation, which may have implications for managing stress and emotional responses related to glucose regulation.

Research indicates that restoring the brain’s ability to sense glucose can help normalize blood glucose levels. BCIs could facilitate this by providing feedback or stimulation to appropriate brain areas. BCIs might guide individuals into meditative states that enhance awareness of physiological states, potentially improving the brain’s regulatory functions concerning glucose metabolism.

While BCIs typically use direct neural interfaces, the idea of employing radio frequencies (RF) in brain regulation is intriguing but less common: While RF is primarily used for imaging and communication in medical contexts, the direct regulation of brain or liver glucose production using RF is not well-established.

Glucose is the primary energy source of the brain, which accounts for about 20% of whole-body glucose consumption. Glucose metabolism in neurons and astrocytes has been extensively studied, but the glucose metabolism of microglia and oligodendrocytes, and their interactions with neurons and astrocytes, remain critical to understand brain function.

Signal transduction proteins including those in the Wnt, GSK-3β, PI3K-AKT, and AMPK pathways are involved in regulating these networks. Additionally, glycolytic enzymes and metabolites, such as hexokinase 2, acetyl-CoA, and enolase 2, are implicated in the modulation of cellular function, microglial activation, glycation, and acetylation of biomolecules. Preclinical evidence suggests that restoring the brain’s ability to sense glucose can normalise blood glucose levels in type II diabetes.

BCIs primarily rely on direct neural interfaces (such as implanted electrodes), but the idea of using radio frequencies (RF) to interact with the brain is intriguing. BCIs often use wireless communication to transmit data between the brain and external devices. This communication can involve RF or other wireless protocols.

Some BCIs use RF energy for direct brain stimulation. For example, transcranial magnetic stimulation (TMS) uses pulsed magnetic fields to modulate brain activity noninvasively.

As previously stated: evidence suggests that the brain, like the pancreas, can sense and respond to changes in circulating glucose levels. BCIs are primarily used for communication between the brain and external devices. While BCIs don’t directly regulate glucose, they offer exciting possibilities for understanding brain function and potentially influencing it.

BCIs focus on neural interfaces, while frequency generators have different applications. While BCIs hold promise for various applications, directly using a frequency generator to regulate brain and liver glucose would require extensive research.

The hypothalamus and other regions play critical roles in sensing and responding to glucose levels. BCIs could potentially enhance these functions through targeted stimulation. This could involve training the brain to respond more effectively to glucose fluctuations. By guiding individuals into meditative states that promote relaxation and awareness, BCIs may enhance the brain’s regulatory functions related to glucose metabolism.

Meditation, particularly when combined with neurofeedback, can help individuals achieve desired states of consciousness. Techniques like neuromeditation utilize EEG biofeedback to guide practitioners into deeper states of relaxation and focus, which can enhance the effectiveness of meditation practices.

I am a diabetic Sugaholic. Just as alcoholism a mental addiction so too diabetes


What researchers in Israel explore brain-computer interfaces (BCI) glucose control?
Consider please “neurofeedback”. Could meditation accomplish “neurofeedback”? Consider please: how BCI might modulate brain regions involved in glucose regulation? Preclinical evidence suggests that restoring the brain’s ability to sense glucose can normalize blood glucose levels in type II diabetes.____________________________________ Ethical considerations, collaboration etc. Does BCI qualify as YouTube radio frequencies aimed to regulate the Brain/Liver glucose production? _________________________________

Israel is a powerhouse in diabetes research, and scientists there are actively working on innovative approaches to better prevent, treat, and ultimately cure diabetes. Neurofeedback is a technique that provides immediate feedback from brainwave activity. It allows individuals to become more aware of their brain states and modify them.

Neuromeditation: By using EEG biofeedback (brainwave monitoring), practitioners can learn to quickly enter desired states of consciousness during meditation. Focused meditation: Neurofeedback helps maintain attention by providing audio cues when attention is focused.

Slow Cortical Potential Neurofeedback (SCP-NF). A specialized form of neurofeedback that focuses on training the brain’s slow cortical potentials (SCPs). SCPs are very slow voltage shifts in the cerebral cortex, associated with attention, self-regulation, and cognitive processes. By training individuals to regulate their SCPs, it aims to improve attention, impulse control, and overall self-regulation.

BCI Modulating Brain Regions for Glucose Regulation: The brain plays a critical role in glucose homeostasis. Evidence suggests that the brain, like the pancreas, senses and responds to changes in circulating glucose levels.

Specific brain regions (such as the hypothalamus) are involved in glucose regulation. By monitoring brainwave activity, BCIs can guide individuals into specific states of meditation or consciousness related to glucose control.

Preclinical evidence indicates that restoring the brain’s ability to sense glucose can normalize blood glucose levels in type II diabetes. Meaning, research conducted in laboratory setting or animal models before human trials.

Oramed Pharmaceuticals, based in Jerusalem, has been working on a groundbreaking approach to insulin delivery. DayTwo, based on research from Israel’s Weizmann Institute of Science, focuses on personalized diabetes management. By analyzing an individual’s gut microbiome and other personal parameters, DayTwo predicts personalized blood glucose responses to various foods and meals.

Several universities and research centers actively studying diabetes, including the Weizmann Institute, Hebrew University, and Tel Aviv University. These institutions collaborate with companies and international partners to advance diabetes research.

Restoring the Brain’s Ability to Sense Glucose: In type 2 diabetes, the brain’s ability to sense and respond to changes in circulating glucose levels may be impaired. The ultimate goal in managing type 2 diabetes is to maintain blood glucose levels within a healthy range. By addressing brain glucose sensing, we might achieve better blood glucose control. Preclinical evidence suggests that interventions targeting the brain’s glucose-sensing mechanisms could potentially help normalize blood glucose levels in type 2 diabetes.

The brain plays a critical role in glucose homeostasis. Evidence suggests that the brain, like the pancreas, senses and responds to changes in circulating glucose levels. Specific brain regions (such as the hypothalamus) are involved in glucose regulation. By monitoring brainwave activity, BCIs can guide individuals into specific states of meditation or consciousness related to glucose control.

Radio Frequencies and Brain-Computer Interfaces:
While BCIs primarily rely on direct neural interfaces (such as implanted electrodes), the idea of using radio frequencies (RF) to interact with the brain is intriguing. BCIs often use wireless communication to transmit data between the brain and external devices. This communication can involve RF or other wireless protocols.

Some BCIs use RF energy for direct brain stimulation. For example, transcranial magnetic stimulation (TMS) uses pulsed magnetic fields to modulate brain activity noninvasively. Transcanial magnetic stimulation (TMS) a noninvasive procedure used to stimulate nerve cells in the brain. It employs magnetic fields to influence brain activity.

A magnetic coil, placed upon the scalp. This coil generates changing magnetic fields. These fields induce an electric current in specific brain areas through electromagnetic induction. Previous research, scientist have employed TMS to study brain function and map specific brain regions. TMS, a powerful tool for influencing brain activity without invasive procedures! Meaning no cutting or operations.

Radio Frequencies (RF) and Brain Regulation: Currently using RF directly to regulate brain or liver glucose production is not a common approach in scientific or medical contexts. BCIs, which directly interface with the brain, are more relevant for regulating brain function. BCIs use techniques like transcranial magnetic stimulation (TMS) or implanted electrodes to influence brain activity. These methods are distinct from RF-based approaches.The liver plays a crucial role in maintaining blood glucose levels. It produces and stores glucose, releasing it when needed (e.g., during fasting or exercise). Regulating liver glucose production involves complex hormonal interactions (such as insulin and glucagon).

Royal Raymond Rife, an American scientist who gained fame in the 1920s for his unconventional theories and inventions, specifically the frequency generator commonly referred to as a Rife machine.

As previously stated: evidence suggests that the brain, like the pancreas, can sense and respond to changes in circulating glucose levels. BCIs are primarily used for communication between the brain and external devices. While BCIs don’t directly regulate glucose, they offer exciting possibilities for understanding brain function and potentially influencing it.

BCIs focus on neural interfaces, while frequency generators have different applications. While BCIs hold promise for various applications, directly using a frequency generator to regulate brain and liver glucose would require extensive research.

The hypothalamus and other regions play critical roles in sensing and responding to glucose levels. BCIs could potentially enhance these functions through targeted stimulation. This could involve training the brain to respond more effectively to glucose fluctuations. By guiding individuals into meditative states that promote relaxation and awareness, BCIs may enhance the brain’s regulatory functions related to glucose metabolism.

RF applications in medicine are more common in imaging and communication, rather than direct modulation of metabolic processes. The potential for BCIs to influence brain function and restore glucose sensing offers a promising avenue for future research and therapeutic development.

Prof. Yuval Nir – Associated with Tel Aviv University, he has conducted studies on brain activity and its potential applications in controlling bodily functions, including glucose levels. Prof. Ron Cohen – At the Hebrew University of Jerusalem, he focuses on neurotechnology and has explored how BCIs can be applied to physiological regulation.

Dr. Alon Friedman – Based at Ben Gurion University, he researches the brain’s role in regulating various bodily functions, including glucose metabolism, and how BCIs could facilitate better control. Dr. Erez Karpas – Works on the integration of BCIs with wearable technology to monitor and manage diabetes, focusing on real-time glucose control.

These researchers are part of broader efforts in Israel’s vibrant tech and medical research landscape, where advancements in neurotechnology and diabetes management are ongoing. For the latest developments, checking their publications and institutional announcements could provide more specific insights.

Neuromeditation: This involves using EEG data to guide meditation practices, helping individuals focus their attention and achieve deeper states of relaxation and awareness. Slow Cortical Potential Neurofeedback (SCP-NF): This method targets slow voltage shifts in the brain, training individuals to enhance self-regulation, which may have implications for managing stress and emotional responses related to glucose regulation.

Research indicates that restoring the brain’s ability to sense glucose can help normalize blood glucose levels. BCIs could facilitate this by providing feedback or stimulation to appropriate brain areas. BCIs might guide individuals into meditative states that enhance awareness of physiological states, potentially improving the brain’s regulatory functions concerning glucose metabolism.

While BCIs typically use direct neural interfaces, the idea of employing radio frequencies (RF) in brain regulation is intriguing but less common: While RF is primarily used for imaging and communication in medical contexts, the direct regulation of brain or liver glucose production using RF is not well-established.

Glucose is the primary energy source of the brain, which accounts for about 20% of whole-body glucose consumption. Glucose metabolism in neurons and astrocytes has been extensively studied, but the glucose metabolism of microglia and oligodendrocytes, and their interactions with neurons and astrocytes, remain critical to understand brain function.

Signal transduction proteins including those in the Wnt, GSK-3β, PI3K-AKT, and AMPK pathways are involved in regulating these networks. Additionally, glycolytic enzymes and metabolites, such as hexokinase 2, acetyl-CoA, and enolase 2, are implicated in the modulation of cellular function, microglial activation, glycation, and acetylation of biomolecules. Preclinical evidence suggests that restoring the brain’s ability to sense glucose can normalise blood glucose levels in type II diabetes.

BCIs primarily rely on direct neural interfaces (such as implanted electrodes), but the idea of using radio frequencies (RF) to interact with the brain is intriguing. BCIs often use wireless communication to transmit data between the brain and external devices. This communication can involve RF or other wireless protocols.

Some BCIs use RF energy for direct brain stimulation. For example, transcranial magnetic stimulation (TMS) uses pulsed magnetic fields to modulate brain activity noninvasively.

As previously stated: evidence suggests that the brain, like the pancreas, can sense and respond to changes in circulating glucose levels. BCIs are primarily used for communication between the brain and external devices. While BCIs don’t directly regulate glucose, they offer exciting possibilities for understanding brain function and potentially influencing it.

BCIs focus on neural interfaces, while frequency generators have different applications. While BCIs hold promise for various applications, directly using a frequency generator to regulate brain and liver glucose would require extensive research.

The hypothalamus and other regions play critical roles in sensing and responding to glucose levels. BCIs could potentially enhance these functions through targeted stimulation. This could involve training the brain to respond more effectively to glucose fluctuations. By guiding individuals into meditative states that promote relaxation and awareness, BCIs may enhance the brain’s regulatory functions related to glucose metabolism.

Meditation, particularly when combined with neurofeedback, can help individuals achieve desired states of consciousness. Techniques like neuromeditation utilize EEG biofeedback to guide practitioners into deeper states of relaxation and focus, which can enhance the effectiveness of meditation practices.