Hosted by A J Ghalayini, Ph.D. · EN · 232 episodes
Established thought leaders with verified media credentials.
This podcast describes selected biochemistry content that could be useful to premedical/medical students.Similar content (podcasts and videos) is available at:https://medbiochem.org/Check out my podcast on YouTube below:https://youtube.com/playlist?list=PLXy2KYiCd9rlg0JmfA392WrEiOYNu39xn&si=Nu2LkpYOjHPZpxd5These podcasts and videos cover selected topics in medical biochemistry. A J Ghalayini, Ph.D.Bio for Dr. Ghalayini:Dr. Ghalayini received his Ph.D. in Biochemistry from the Universi
A J Ghalayini, Ph.D. hosts Metabolism Made Easy, a education show with 232 episodes published.
Acetyl-CoA is a high-energy molecule derived from all nutrients including: carbohydrates, lipids, proteins, ketone bodies and alcohol. By breaking its thioester bond within the TCA cycle, it generates electron carriers a
The provided source explains that **amino acids** are distinct from other nutrients because they contain **nitrogen** and cannot be **stored for future use** by the body. While these molecules primarily function as build
The provided source explores the physiological relationship between insulin resistance and dyslipidemia, focusing on how specific enzymes disrupt blood lipid levels. It explains that this condition arises from a function
Stage I of catabolism involves the breakdown of complex carbohydrates, proteins and lipids into their building block components. This is simply digestion of nutrients which occurs in the intestinal lumen by the action of
This podcast explains how the body maintains stable blood glucose levels while following a carbohydrate-free ketogenic diet . Since the metabolism of fatty acids produces acetyl-CoA, which cannot be converted into glucos
When blood sugar levels rise after eating, the pancreas releases insulin to orchestrate several vital metabolic changes across different body tissues. This hormone primarily encourages the liver and muscles to consume gl
In the well-fed state, insulin will affect enzyme activity through at least 3 distinct mechanisms: 1. Allosteric regaulation; 2. Covalent modification, and 3. Upregulation of enzymes. These effects will activate both gly
Cellular respiration is a combination of two processes: the electron transport chain and oxidative phosphorylation which occur in the inner mitochondrial membrane. Its purpose is to oxidize the high energy molecules NADH
This podcast transcript explains how a **vitamin B12 deficiency** disrupts the essential recycling of **folate** within the body. When B12 levels are insufficient, folate becomes permanently stuck in its **methylated for
This podcast details the physiological importance of **methionine**, an **essential amino acid** that humans must obtain through their diet. It serves as a critical **building block for protein synthesis**, acting as the
This podcast explains how the human body acquires and utilizes fatty acids through three primary channels: dietary intake, internal synthesis, and the breakdown of stored fats. While most fats come from the food we eat,
Triacylglycerol is the universal fat source in dietary fat and stored fat in adipose tissue. It provides energy by releasing fatty acids that can be metabolized by beta oxidation to generate energy. There are 2 distinct
Nucleotides have at least 5 essential cellular roles. One of the most important roles is that they are the building blocks of DNA and RNA, thus affecting cellular growth and proliferation. Enzymes involved in nucleotide
This educational content details how the liver regulates cholesterol through both its internal production and the absorption of particles from the bloodstream. When a patient takes statin medications , the drug blocks a
Lipolysis in adipose tissue is initiated by activation of Hormone-Sensitive Lipase by epinephrine during fasting. The fatty acids released in the bloodstream provide an alternative fuel source for other tissues like the
Following a meal, the pancreas releases insulin to manage elevated blood sugar levels by altering how various tissues process nutrients. This hormone primarily targets the liver, muscles, and fat cells to encourage the s
Metabolism involves a structured three-stage breakdown of nutrients to provide the body with energy. The initial phase takes place in the digestive tract, where complex foods like proteins and fats are reduced to their b
Triacylglycerol, the major (90%) dietary fat is processed specifically by 3 distinct lipases with 3 distinct compartments, resulting in digestion, absorption, reassembly, transport and uptake by tissues. During fasting,
The body cannot store excess amino acids, so they are used for protein synthesis or energy. During catabolism, nitrogen is converted into toxic ammonia, which the urea cycle safely removes. Remaining carbon skeletons are
This podcast summarizes 5 key features of glycolysis: 1. Purpose of glycolysis ; 2. Tissues and Cellular compartments; 3. Energy output; 4. Regulation of rate-limiting enzymes; and 5. Clinical correlates (pyruvate kinase
Sponsor detection runs nightly. Check back soon.
No public pitch examples yet for this show.
Generate your own personalised pitchBased on semantic analysis of episode topics and host coverage, this show is a strong guest fit for executives in:
Industry fit is computed by PitchCentric using vector embeddings of the show's episode catalog.
Shows with the most semantically similar episode content. Pitch one, pitch all; producers cluster.
Metabolism Made Easy has a verified contact on file. Create a free PitchCentric account to access it and generate a personalised pitch in seconds. Research at least 3 recent episodes first and lead with a specific angle that serves their education audience.
Metabolism Made Easy is hosted by A J Ghalayini, Ph.D.. The show is categorised under education (courses) and has published 232 episodes.
Metabolism Made Easy has published 232 episodes.
Metabolism Made Easy regularly covers education, courses. It sits in the education category, with a courses focus.
Metabolism Made Easy is accessible for guests with genuine education expertise. A personalised, episode-aware pitch will still outperform a generic one every time.
Metabolism Made Easy hasn't explicitly signalled guest openness in recent episodes. That doesn't rule out pitching. your hook just needs to be especially compelling and relevant to their recent content.
Episodes of Metabolism Made Easy average 7 minutes. a focused format where a clear narrative arc and tight preparation matter most.
Our data rates Metabolism Made Easy's guest bar at 80/100 (Premium tier). Established thought leaders with verified media credentials. Sign in to PitchCentric to see how your own Pod Score compares against this show.
Methodology. Booking Probability™ blends Listen Score, 30-day Virality, open-to-guests detection, and Apple ratings. Data refreshed every 60 minutes. Listen Score and Booking Probability are calculated by PitchCentric. Last enriched 13 days ago.