HeyJaredAI Explanation of Protein in Science
"Welcome! On this channel, we make protein science easy to learn. This YouTube channel has videos that break down hard scientific topics step-by-step. I use detailed pictures and clear explanations to help you understand. Hope you enjoy! — Dr. Romany Abskharon"
- Indexed videos, last 90 days
- 16
- Latest publication
- Sep 22, 2026
- Audience
- ~234 subscribers
- Earliest in this view
- Jul 3, 2026
Latest videos
Biochemistry Basics | Chapter 9: Recombinant DNA Technology Explained | Genetic Engineering (opens the original)
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What if we could cut, join, copy, and engineer DNA? In this video, we take a cinematic journey through the foundations of Recombinant DNA Technology—from the molecular scissors that cut DNA to the sophisticated tools scientists use to build, select, screen, and deliver new genetic information. 🧬 What you’ll learn: 🔹 What DNA and genes are 🔹 How restriction enzymes recognize and cut DNA 🔹 Sticky ends and complementary base pairing 🔹 How plasmid vectors carry genes 🔹 The role of the origin of repl
CAN PEPTIDES MAKE YOU YOUNG AGAIN? GHK-Cu, Matrixyl & Argireline (opens the original)
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Can a tiny molecule turn back the clock? 🧬 Anti-aging peptides are everywhere in skincare, but how much of the hype is backed by real biotechnology? In this video, we dive deep into the molecular biology behind the three most popular peptides on the market—GHK-Cu, Matrixyl, and Argireline—to separate proven science from clever marketing. ⏱️ Chapters & Timestamps Can peptides fight aging? Why does skin age? What exactly is a peptide? Matrixyl and collagen signaling Argireline and the SNARE comple
BIOCHEMISTRY BASICS — CHAPTER 8: Nucleotides & Nucleic Acids | DNA, RNA & ATP (opens the original)
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What connects DNA, RNA, and the energy that powers your cells? The answer is nucleotides—tiny molecules with enormous biological importance. In Chapter 8, we explore the structure and function of nucleotides and nucleic acids and discover how these molecular building blocks help store genetic information, build proteins, and power cellular activities. 🔬 IN THIS CHAPTER: 🧬 DNA — How nucleotides form the double helix and store genetic information ✉️ RNA — How RNA carries and uses genetic instructi
Biochemistry Basics | Chapter 7: Carbohydrates & Glycobiology | Glucose, Starch, Cellulose & Chitin (opens the original)
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BIOCHEMISTRY BASICS — CHAPTER 7 Carbohydrates & Glycobiology: The Secret Life of Sugars 🍬 Carbohydrates are much more than sugar! They provide energy, build strong biological structures, store fuel, and help cells communicate. In this chapter, we explore how simple sugars become complex molecules with amazing biological functions. 🔬 IN THIS CHAPTER: 🍬 Monosaccharides & Glucose — Sugar structure and ring formation ⚡ Starch & Glycogen — How plants and animals store energy 🌿 Cellulose & Chitin — Ca
Biochemistry Basics | Chapter 6: Enzymes & Michaelis-Menten Kinetics, Catalysis, & Inhibition (opens the original)
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🧬 What if the chemistry of life happened millions of times slower without enzymes? Welcome to Biochemistry Basics | Chapter 6, where we enter the fascinating world of enzymes—the molecular machines that power life. From catalysis and Michaelis–Menten kinetics to inhibition and metabolic regulation, discover how enzymes control the chemistry happening inside every living cell. You'll learn how active sites, binding energy, induced fit, Km, and Vmax determine enzyme activity, and explore powerful
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~234 subscribers
Measured Sep 19, 2026
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