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In this video, we’ll explore the fascinating biochemistry behind protein structure, breaking down each level: primary, secondary, tertiary, and quaternary. We'll start by understanding how amino acids link to form primary structures and then move into the secondary structures, including alpha helices and beta pleated sheets. We’ll also dive into tertiary structure, where you’ll learn about the types of non-covalent interactions—like hydrogen bonding, ionic interactions, and hydrophobic interactions (van der Waals forces)—that shape a protein’s unique 3D form. We will also cover ionic interactions (salt bridges) and disulfide linkages and how they form! On top of that, we’ll cover the basics of amino acids: from hydrophobic to hydrophilic, acidic to basic, and everything in between! This foundational video is ideal for anyone in allied health, nursing, or biology, aiming to give you a clear view of how proteins take shape and function in the body. 🎥 *What You’ll Learn:* The four levels of protein structure Types of amino acids and their properties How different bonds and interactions create tertiary structure Key features of alpha helix and beta pleated sheet formations If you're studying biochemistry or just curious about the building blocks of life, this video will give you the insights you need to understand protein structure. Don’t forget to like, subscribe, and turn on notifications for more chemistry content! Video Chapters 00:00 Protein Structure 00:55 Primary: Amino Acid Sequence 03:45 Types of Amino Acids 06:17 Secondary: Intramolecular H-Bonding 08:20 Alpha Helix and Beta Sheets 10:11Tertiary Structure: Spatial Structure 12:10 Hydrophobic/Hydrophilic Interaction 14:11 H-Bonding between R group 15:51 Salt Bridges/Ionic Interactions 18:40 Disulfide Linkage between Cysteine 19:59 Hydrophilic Interaction with Water Residue 21:15 Quaternary Structures #Biochemistry #ProteinStructure #AminoAcids #AlphaHelix #BetaSheet #TertiaryStructure #QuaternaryStructure #ChemistryEducation #primarystructure #secondarystructure #womeninscience