Upgraded B003 Ntbi1203 Transport Mechanisms Cell Membrane
Upgraded B003 Ntbi1203 Transport Mechanisms Cell Membrane — a labelled NEET Biology diagram with a definitions lexicon.
Diagram illustrating the three transport mechanisms across a cell membrane. Labelled parts: Cell Membrane, Glucose, Na+, Simple diffusion, small molecule passing through lipid bilayer, Facilitated transport, molecule binding to a carrier protein, Active transport, ADH-dependent water reabsorption. A selectively permeable phospholipid bilayer that regulates the passage of molecules into and out of the cell. FYI: Its structure is best described by the Fluid Mosaic Model proposed by Singer and Nicolson in 1972. A six-carbon monosaccharide that serves as the primary respiratory substrate for cellular energy production. FYI: It is known as the 'blood sugar' and is the most common organic molecule on Earth. The primary extracellular cation essential for the initiation and propagation of nerve impulses and maintaining osmotic balance. FYI: Sodium ion concentration is approximately 10 times higher outside the neuron than inside during the resting state. Simple diffusion is a labeled feature or concept in this upgraded BioAtlas image: A labelled diagram of an intestinal epithelial cell membrane. Show three pathways: 1) Simple diffusion (small molecule passing through lipid bilayer). 2) Facilitated transport (... small molecule passing through lipid bilayer is a labeled feature or concept in this upgraded BioAtlas image: A labelled diagram of an intestinal epithelial cell membrane. Show three pathways: 1) Simple diffusion (small molecule passing through lipid bilayer). 2) Facilitated transport (... Facilitated transport is a labeled feature or concept in this upgraded BioAtlas image: A labelled diagram of an intestinal epithelial cell membrane. Show three pathways: 1) Simple diffusion (small molecule passing through lipid bilayer). 2) Facilitated transport (... molecule binding to a carrier protein is a labeled feature or concept in this upgraded BioAtlas image: A labelled diagram of an intestinal epithelial cell membrane. Show three pathways: 1) Simple diffusion (small molecule passing through lipid bilayer). 2) Facilitated transport (... Active transport is a labeled feature or concept in this upgraded BioAtlas image: A labelled diagram of an intestinal epithelial cell membrane. Show three pathways: 1) Simple diffusion (small molecule passing through lipid bilayer). 2) Facilitated transport (... Antidiuretic Hormone (ADH) stimulates the insertion of aquaporin channels into the membranes of the collecting duct and late DCT. This increases the permeability to water, allowing it to be reabsorbed into the blood. FYI: Low plasma osmolarity (dilute blood) triggers ADH release, leading to maximum water reabsorption and concentrated urine.