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zack lim
Mar 12
Modern science shows that the gut has its own complex nerve network, sometimes called the “second brain.” But it is important to understand what this really means. 🧠1. The “second brain” in the gutThe digestive system contains a large network of neurons called the Enteric Nervous System.Key facts: • It contains about 100 million neurons (more than the spinal cord). • It controls digestion independently. • It communicates with the brain through the Vagus Nerve.Because of this complexity, scientists sometimes refer to it as a “second brain.”2. Does the gut have intelligence?The gut does not think or reason like the brain in the head.However, it can: • Sense what is inside the digestive tract • Control muscle contractions for digestion • Release hormones and neurotransmitters • Send signals that influence mood and behaviorSo it has autonomous regulation, not conscious intelligence.3. Gut chemicals and moodThe gut also produces many signaling molecules. For e
Yes—modern science shows that the gut has its own complex nerve network, sometimes called the “second
unread,
Modern science shows that the gut has its own complex nerve network, sometimes called the “second brain.” But it is important to understand what this really means. 🧠1. The “second brain” in the gutThe digestive system contains a large network of neurons called the Enteric Nervous System.Key facts: • It contains about 100 million neurons (more than the spinal cord). • It controls digestion independently. • It communicates with the brain through the Vagus Nerve.Because of this complexity, scientists sometimes refer to it as a “second brain.”2. Does the gut have intelligence?The gut does not think or reason like the brain in the head.However, it can: • Sense what is inside the digestive tract • Control muscle contractions for digestion • Release hormones and neurotransmitters • Send signals that influence mood and behaviorSo it has autonomous regulation, not conscious intelligence.3. Gut chemicals and moodThe gut also produces many signaling molecules. For e
Yes—modern science shows that the gut has its own complex nerve network, sometimes called the “second
Mar 12
zack lim's profile photo
zack lim
Mar 12
Fwd: Taking 1 tablespoon of raw apple cider vinegar (ACV) at night—especially the type that contains “the mother,” such as Bragg Apple Cider Vinegar—has been associated with several potential health benefits. Many people dilute it in water before drinking. Here are the main benefits that have been reported:
Begin forwarded message: From: zack lim <zlim...@gmail.com> Date: Mar 11, 2026 at 11:03 PM To
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Fwd: Taking 1 tablespoon of raw apple cider vinegar (ACV) at night—especially the type that contains “the mother,” such as Bragg Apple Cider Vinegar—has been associated with several potential health benefits. Many people dilute it in water before drinking. Here are the main benefits that have been reported:
Begin forwarded message: From: zack lim <zlim...@gmail.com> Date: Mar 11, 2026 at 11:03 PM To
Mar 12
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zack lim
Mar 7
Good question. The term “shortening” comes from baking science, not from the chemical process itself.Why it is called “shortening”In baking, fats such as butter, lard, or processed vegetable oils “shorten” the gluten strands in flour.When flour and water mix, they form gluten, which makes dough elastic and chewy (like bread).When fat is added, it coats the flour particles and prevents long gluten strands from forming.So the fat “shortens” the gluten structure, making the texture: • more crumbly • more tender • less chewyThat is why the product is called shortening.What shortening actually is todayOriginally, shortening was simply animal fat: • lard • butter • beef tallowBut in the early 20th century companies began making vegetable shortening by hydrogenating vegetable oils.A famous example is • Criscointroduced by • Procter & Gamble in 1911.This process made oils solid and stable, which was useful for cookies, cakes, and crackers.Why food companies li
IS SHORTENING THE SAME AS PROCESSED VEGETABLE OILS The term “shortening” comes from baking science,
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Good question. The term “shortening” comes from baking science, not from the chemical process itself.Why it is called “shortening”In baking, fats such as butter, lard, or processed vegetable oils “shorten” the gluten strands in flour.When flour and water mix, they form gluten, which makes dough elastic and chewy (like bread).When fat is added, it coats the flour particles and prevents long gluten strands from forming.So the fat “shortens” the gluten structure, making the texture: • more crumbly • more tender • less chewyThat is why the product is called shortening.What shortening actually is todayOriginally, shortening was simply animal fat: • lard • butter • beef tallowBut in the early 20th century companies began making vegetable shortening by hydrogenating vegetable oils.A famous example is • Criscointroduced by • Procter & Gamble in 1911.This process made oils solid and stable, which was useful for cookies, cakes, and crackers.Why food companies li
IS SHORTENING THE SAME AS PROCESSED VEGETABLE OILS The term “shortening” comes from baking science,
Mar 7
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zack lim
Mar 5
• Glucose, which is the main fuel for the brain • Small amounts of minerals like potassium and ironIf brain fog comes from: • Low blood sugar • Fatigue • Not eating enoughthen a small amount of palm sugar can quickly improve mental clarity because the brain receives energy.Role of the grated coconut**Coconut provides: • Medium-chain triglycerides (MCTs) • Healthy fats that the liver can convert into ketone energy for the brainThese fats may help provide longer-lasting energy compared with sugar alone.Why the combination may workYour mixture gives two kinds of brain fuel: 1. Fast energy → glucose from palm sugar 2. Sustained energy → fats from coconutThat combination could temporarily clear mental sluggishness or “fog.”One small cautionFor regular use: • 3 tablespoons of palm sugar is a fairly high sugar load. • If taken often, it may cause blood sugar spikes, especially in older adults.A gentler version might be: • 1 tablespoon gula jawa • 1 tablespoon g
For Brain Fog makan Gula-Kelapa Gula Jawa (palm sugar) provides: • Glucose, which is the main fuel
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• Glucose, which is the main fuel for the brain • Small amounts of minerals like potassium and ironIf brain fog comes from: • Low blood sugar • Fatigue • Not eating enoughthen a small amount of palm sugar can quickly improve mental clarity because the brain receives energy.Role of the grated coconut**Coconut provides: • Medium-chain triglycerides (MCTs) • Healthy fats that the liver can convert into ketone energy for the brainThese fats may help provide longer-lasting energy compared with sugar alone.Why the combination may workYour mixture gives two kinds of brain fuel: 1. Fast energy → glucose from palm sugar 2. Sustained energy → fats from coconutThat combination could temporarily clear mental sluggishness or “fog.”One small cautionFor regular use: • 3 tablespoons of palm sugar is a fairly high sugar load. • If taken often, it may cause blood sugar spikes, especially in older adults.A gentler version might be: • 1 tablespoon gula jawa • 1 tablespoon g
For Brain Fog makan Gula-Kelapa Gula Jawa (palm sugar) provides: • Glucose, which is the main fuel
Mar 5
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zack lim
Mar 1
This is a thoughtful question — and it touches theology, sociology, and personal identity all at once.Let’s separate it carefully.First, someone who: • Identifies as Christian • Believes God is real • But is skeptical about how God is defined in Christianity, Judaism, and IslamThat person is not an atheist.An atheist, by definition, does not believe in God (or gods).If he believes God is real, he is not atheist.So what is he?There are several possibilities.1. Cultural ChristianIn places like the United States, many people identify as Christian culturally — meaning: • They grew up Christian • They attend church occasionally • They value Christian moral teachings • But they question formal doctrineThis is common and doesn’t automatically mean “lukewarm.”2. Theistic but Doctrinally SkepticalHe may believe: • There is a Creator • But human religions may misunderstand or misdefine GodThis position is closer to: • Theism (belief in God) • Possibly Deism (b
This is a thoughtful question — and it touches theology, sociology, and personal identity all at once
unread,
This is a thoughtful question — and it touches theology, sociology, and personal identity all at once.Let’s separate it carefully.First, someone who: • Identifies as Christian • Believes God is real • But is skeptical about how God is defined in Christianity, Judaism, and IslamThat person is not an atheist.An atheist, by definition, does not believe in God (or gods).If he believes God is real, he is not atheist.So what is he?There are several possibilities.1. Cultural ChristianIn places like the United States, many people identify as Christian culturally — meaning: • They grew up Christian • They attend church occasionally • They value Christian moral teachings • But they question formal doctrineThis is common and doesn’t automatically mean “lukewarm.”2. Theistic but Doctrinally SkepticalHe may believe: • There is a Creator • But human religions may misunderstand or misdefine GodThis position is closer to: • Theism (belief in God) • Possibly Deism (b
This is a thoughtful question — and it touches theology, sociology, and personal identity all at once
Mar 1
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zack lim
Feb 26
A professor of medical biology understands physiology, pathology, and cellular mechanisms very deeply — but that does not automatically mean deep training in applied chemical interaction, pharmacokinetics, or molecular compatibility at the level pharmacists study.And your background is indeed different.The Dutch Pharmacy Training ModelIn the traditional Dutch system (Drs. / Apotheker training), pharmacy education was built on: • Strong organic chemistry • Analytical chemistry • Biochemistry • Pharmacokinetics • Drug–receptor interaction • Compounding science • Molecular structure–function relationshipsIt is more chemistry-centered than many Anglo systems where pharmacy began historically as a BSc pathway before later becoming PharmD.So your observation is logical:A medical biologist may understand: • Cell aging • Mitochondrial decline • Telomere theory • Oxidative stressBut may not deeply analyze: • Competitive enzyme pathways • CYP450 modulation •
A professor of medical biology understands physiology, pathology, and cellular mechanisms very deeply
unread,
A professor of medical biology understands physiology, pathology, and cellular mechanisms very deeply — but that does not automatically mean deep training in applied chemical interaction, pharmacokinetics, or molecular compatibility at the level pharmacists study.And your background is indeed different.The Dutch Pharmacy Training ModelIn the traditional Dutch system (Drs. / Apotheker training), pharmacy education was built on: • Strong organic chemistry • Analytical chemistry • Biochemistry • Pharmacokinetics • Drug–receptor interaction • Compounding science • Molecular structure–function relationshipsIt is more chemistry-centered than many Anglo systems where pharmacy began historically as a BSc pathway before later becoming PharmD.So your observation is logical:A medical biologist may understand: • Cell aging • Mitochondrial decline • Telomere theory • Oxidative stressBut may not deeply analyze: • Competitive enzyme pathways • CYP450 modulation •
A professor of medical biology understands physiology, pathology, and cellular mechanisms very deeply
Feb 26