FOREARM AND ELBOW MUSCLES + BONES

Skull Bones

Bones

New HSK 3.0 Band 3 Vocabulary List Flashcards

Atoms, Molecules, and Bonds Vocabulary 2

lectures 1,2,3: covalent bonds

MSK: Planes and Bones

HBS Bones

BONE

Module 7 — Lesson 2: Lipids & the Plasma Membrane 1. Lipids * Lipids are large molecules composed of glycerol and three fatty acids. * If a phosphate group replaces one fatty acid, a phospholipid forms. * A phospholipid consists of: * 1 glycerol backbone * 2 fatty acid chains * 1 phosphate-containing group Phospholipid Properties Head: * Polar * Hydrophilic → attracted to water * Lipophobic → repelled by lipids Tails: * Nonpolar * Hydrophobic → repel water * Lipophilic → attracted to lipids 2. Plasma Membrane * The plasma membrane is a thin, flexible boundary between the cell and its environment. * It allows nutrients into the cell and waste out of the cell. * It is made of a phospholipid bilayer. * A phospholipid bilayer consists of two layers of phospholipids arranged tail-to-tail. Selective Permeability * Selective permeability allows some substances to enter the cell while keeping others out. 3. Plasma Membrane Proteins Receptors * Receive and transmit signals to the cell. Anchors * Attach organelles to the plasma membrane. * Help give the cell its shape. Transport Proteins * Create tunnels/channels that allow substances to move across the membrane. * Help substances enter the cell and waste leave the cell. 4. Homeostasis * Homeostasis is the process of maintaining balance in an organism’s internal environment. * It is essential for cell survival. * The plasma membrane plays an important role in maintaining homeostasis by controlling what enters and leaves the cell.

Muscles and Bones of the Face

Infrared Spectroscopy Bond Absorption Reference

SHOULDER COMPLEX BONES, JOINTS, LIGAMENTS

Lab 1: osteology ; bones of skull, vertebrae and ribs.

Unit 1 lecture Exam: tissues, bones, joints and nervous system

Unit 1: bones

Week 3 Ch 3: Skeletal System - Cervical Bones, Internal Skull from Sagittal View

Axial Skeletal Bones

SBI 4U Biochemistry - Molecular Polarity

Osteology and Bony Landmarks of the Lower Limb