09B.90B · Référence Berne-Levy — p. 14-25

Berne-Levy reference — pp. 14-25

Construction d'une cellule · 10 pages

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Cell Function Principles

1Electrochemical Gradients 2Passive vs Active Transport 3SGLT Symporters & Osmolarity 4Osmosis 5Specific Gravity & Oncotic Pressure 6Active Transport Classification

Body Fluid Homeostasis

7ECF & Epithelial Role

ECF Osmolality Regulation

8Body Fluid Compartments

Ionic Composition of Cells

9Ionic Composition of Cells 10Ion Channel Currents & Vm

09B.90BPage 1Cell Function PrinciplesElectrochemical Gradients

Référence Berne-Levy — p. 14-25 page 1

09B.90BPage 2Cell Function PrinciplesPassive vs Active Transport

Référence Berne-Levy — p. 14-25 page 2

09B.90BPage 3Cell Function PrinciplesSGLT Symporters & Osmolarity

Référence Berne-Levy — p. 14-25 page 3

09B.90BPage 4Cell Function PrinciplesOsmosis

Référence Berne-Levy — p. 14-25 page 4

09B.90BPage 5Cell Function PrinciplesSpecific Gravity & Oncotic Pressure

Référence Berne-Levy — p. 14-25 page 5

09B.90BPage 6Cell Function PrinciplesActive Transport Classification

Référence Berne-Levy — p. 14-25 page 6

09B.90BPage 7Body Fluid HomeostasisECF & Epithelial Role

Référence Berne-Levy — p. 14-25 page 7

09B.90BPage 8Body Fluid HomeostasisECF Osmolality RegulationBody Fluid Compartments

Référence Berne-Levy — p. 14-25 page 8

09B.90BPage 9Body Fluid HomeostasisIonic Composition of Cells

Référence Berne-Levy — p. 14-25 page 9

09B.90BPage 10Body Fluid HomeostasisIonic Composition of CellsIon Channel Currents & Vm

Référence Berne-Levy — p. 14-25 page 10