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- Aktiver
Transport - Text und Abbildungen.
- Basic
Membrane Architecture (University of Texas) - Text and Images.
- Biological
Membranes (California State Polytechnic University, Pomona) - Text.
- Biomembran
- Text und Abbildungen.
- Biomembranen
- Text und Abbildungen.
- Biomembranes
I - Membrane Structure and Transport.
- Biomembranes
II - Membrane Dynamics and Communication.
- Comparison
of passive and active transport - Text and Image.
- Domains
and Microdomains - How membranes support cell polarity, signaling, and unique
functional sites.
- Electron
microscopic view of membranes Surface specializations (University of Texas)
- Text and Images.
- Functions
of Plasma Membrane Proteins - Image.
- G-Proteine
oder Ionenkanäle - eine Geschmacksfrage.
- Grundprinzipien
der hormonellen Informationsübertragung; Bedeutung der Hypophyse (Biokurs)
- Text und Abbildungen.
- Hormones,
Receptors and Control Systems (Colorado State University) - Text and Images.
- How
Cytochemists Study Membranes (University of Texas) - Text and Images.
- How
do you prove membranes are fluid? (University of Texas) - Text and Images.
- Ion
Channels - Text and Animation.
- Ion
Channels - Text and Images.
- Ion
Channels For Beginners - How Ion Channels Work, Things Ion Channels Do, Types
of Ion Channels Known.
- Ionenkanäle
- Text und Abbildungen.
- Mechanism
of Action: Hormones with Intracellular Receptors (Colorado State University)
- Text and Images.
- Membrane
Channels (Washington University in St Louis) - Text and Image.
- Membrane
Proteins (University of Texas) - Text and Images.
- Membrane
specializations: Junctions (University of Texas) - Text and Images.
- Membrane
Specializations: Microvilli (University of Texas) - Text and Images.
- Membrane
Structure & Function - Cell Membrane Forms a Barrier Between the Cell
and the Outside World, Cell Membranes are Primarily Phospholipid Bilayers, Phospholipids
Form Structures that Keep their Tails out of Water, Membranes Also Contain Proteins,
Carbohydrates May be Attached to the Outer Membrane Surface, Cell Membrane is
Asymmetric, Cell Membrane is in a Fluid State, Membranes Fuse and Seal Leaks.
- Membrane
Structure and Function (University of Texas) - Text and Images.
- Membrane
Structure & Function (Merritt College, Oakland) - Text and Images.
- Membrane
Transport - All Molecules Move Continuously by Simple Diffusion, Membrane
Fluxes are Driven by Forces Existing Across the Cell Membrane, Simple Diffusion
Across Membranes is Called Permeability, Hydrophobic Substances Have a High Permeability
Through Bilayer Membranes, Osmosis Moves Water Across Biological Membranes and
Causes Volume Changes, Cells Swell in Hypotonic Solutions and Shrink in Hypertonic
Ones, Cells Have Developed Different Ways of Combating Osmosis, In Facilitated
Diffusion Special Proteins Help Move Substances Across Membranes, Endocytosis
Can Bring Macromolecules Into the Cell, Active Transport Uses Energy to Pump Molecules
Against a Concentration Gradient, Active Transport Produces Concentration Gradients
Across Membranes, Concentration Gradients of Ions Will Electrically Charge Membranes,
Many Molecules Enter Cells by Secondary Active Transport, Knowledge of Transport
Mechanisms is Important in Medicine, Comparison of Simple Diffusion, Facilitated
Transport & Active Transport.
- Membranen:
Diffusion, Permeabilität, Osmose, Turgor, passiver und aktiver Transport
(Botanik Online) - Text und Abbildungen.
- Membranes
- Beginning, Intermediate, Advanced.
- Neurotransmitter
Receptors (Università degli Studi di Brescia) - Text and Images.
- Spannungsabhängige
Ionenkanäle - Text.
- Stofftransport
durch Membranen - aktiver Transport durch Carrierproteine - Animation.
- Stofftransport
durch Membranen - passiver Transport durch Carrierproteine - Animation.
- Struktur
und Funktion von Ionenkanälen - Struktur von Kanalproteinen, Dehydratationvon
Ionen und Ionenselektivität, Das elektrochemische Potential Gating: Öffnen
und Schließen der Kanalpore, Regulation von Kanälen durch Ligandenbindung,
Regulation durch die Membranspannung, Natürliche Gifte als Werkzeuge der
Kanalforschung.
- Transport
Across Cell Membranes - Text and Images.
- Unterschiedliche
Membrantypen. Kompartimente und deren Bedeutung (Botanik Online) - Text und
Abbildungen.
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