Caffeine and Autophagy To Reduce Fats in Liver | drbeen
Get free trial
with access to all our lectures
DrBeen Logo

no credit card required

My Notes

Become a member to create study notes.
Sign up for free trial
Caffeine and Autophagy To Reduce Fats in Liver Duration: 30:28 0.5 CME
Nervous System / Neurology
Flashcards Video notes


Learning Objectives

* Recognize caffeine's role in reducing liver lipid content.

* Understand the genetic, pharmacological, and metabolomic methods employed in in vitro and in vivo studies.

* Grasp how caffeine triggers raw material formation for phagosomes and lysosomes.

* Identify the impact of caffeine on mTOR, amino acids, sphingolipids, and genetic expression.

* Recognize caffeine's protective effect on mitochondria and its influence on lysosomal acidification.

Instructor


Videos in this series

What Does Chronic Inflammatory State Mean (Lecture 1) What Does Chronic Inflammatory State Mean (Lecture 1)
Chronic Inflammation - Pathogen Killing - Phagocytosis (Lecture 2) Chronic Inflammation - Pathogen Killing - Phagocytosis (Lecture 2)
Chronic Inflammation - Immune System Regulation (Lecture 3) Chronic Inflammation - Immune System Regulation (Lecture 3)
Chronic Inflammation - T Regulatory Cells (Lecture 4) Chronic Inflammation - T Regulatory Cells (Lecture 4)
Self Tolerance and Microbe Triggered Autoimmunity (T Cell Focus) Self Tolerance and Microbe Triggered Autoimmunity (T Cell Focus)
Why Relapses and Remissions in Chronic Inflammation with William Murphy, PhD Why Relapses and Remissions in Chronic Inflammation with William Murphy, PhD
Intermittent Fasting and Potential Immune System Restoration Intermittent Fasting and Potential Immune System Restoration
How To Do Intermittent Fasting How To Do Intermittent Fasting
Caffeine and Autophagy To Reduce Fats in Liver Caffeine and Autophagy To Reduce Fats in Liver
Autonomic Nervous System (Lecture 1) Autonomic Nervous System (Lecture 1)
Functions of Autonomic Nervous System (ANS) (Lecture 2) Functions of Autonomic Nervous System (ANS) (Lecture 2)
Vagus Nerve (Cranial Nerve X) Vagus Nerve (Cranial Nerve X)
12 Warning Signs of Dementia 12 Warning Signs of Dementia
Defeat Brain Fog With New Neurons - A Review of Neurogenesis Defeat Brain Fog With New Neurons - A Review of Neurogenesis
Dr. Steven Phillips Discusses Dementia and Chronic Diseases Dr. Steven Phillips Discusses Dementia and Chronic Diseases
Dr. Steven Phillips Discusses Monolaurin and Chronic Infectious Diseases Dr. Steven Phillips Discusses Monolaurin and Chronic Infectious Diseases
Low Dose Naltrexone (LDN) - Mechanism of Action Low Dose Naltrexone (LDN) - Mechanism of Action
Potential Role of Magnesium in Acute and Long COVID Potential Role of Magnesium in Acute and Long COVID
Long COVID Improvement after Therapeutic Apheresis Long COVID Improvement after Therapeutic Apheresis
Ashwagandha - Anti-inflammatory Effects Ashwagandha - Anti-inflammatory Effects
Omega-6 to Omega-3 Ratio Omega-6 to Omega-3 Ratio
Omega-3 Dietary Sources and Quantities Omega-3 Dietary Sources and Quantities
Key Inflammatory Pathways (Inflammation Part 1) Key Inflammatory Pathways (Inflammation Part 1)
Inflammatory Pathways - TLR and NLRP Pathways Modulation (Inflammation Part 2) Inflammatory Pathways - TLR and NLRP Pathways Modulation (Inflammation Part 2)
Cell Stressors, States, and Fates (Inflammation Part 3) Cell Stressors, States, and Fates (Inflammation Part 3)
NF-κB Pathway Natural Modulators - (Inflammation Part 4) NF-κB Pathway Natural Modulators - (Inflammation Part 4)
MAPK Pathway (Inflammation Part 5) MAPK Pathway (Inflammation Part 5)
JAK-STAT Pathway - (Inflammation Part 6) JAK-STAT Pathway - (Inflammation Part 6)
Arachidonic Acid Pathway - (Inflammation Part 7) Arachidonic Acid Pathway - (Inflammation Part 7)
AKT PI3K mTOR Pathway (Inflammation Part 8) AKT PI3K mTOR Pathway (Inflammation Part 8)
Hypoxia Inducible Factor (Inflammation Part 9) Hypoxia Inducible Factor (Inflammation Part 9)