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Membrane Transport Proteins — Flashcards

Membrane Transport Proteins — Flashcards

Membrane Transport Proteins — Flashcards
#1

Axonemal _____ is an ATPase that links peripheral 9 doublets and causes bending of cilium (movement)

#2

The voltage developed across a membrane is proportional to the _____ for that particular ion.

#3

In Na-K+ ATPase, the _____cellular sites bind K+ and ouabain

#4

The CFTR Cl- channel _____ (secretes or reabsorbs) Cl- in the sweat glands

#5

_____ -soluble substances cross the membranes of capillary endothelial cells by simple diffusion

#6

The distribution of _____ ions between intracellular and extracellular space is explained by the Gibbs-Donan equillibrium

Hint: non-diffusible/diffusible

#7

_____ on endothelial cells bind integrins on leukocytes, resulting in firm adhesion to the vessel wall

#8

_____ potential is calculated using the Goldmann Equation

#9

Diffusion potential for an ion across a membrane depends on _____, permeability and concentrations of ions

#10

The driving force on a given ion is the difference between the _____ potential (Em) and the ions calculated equilibrium potential (EX).

Membrane Transport Proteins Flashcards for NEET-PG

Study 10 flashcards on Membrane Transport Proteins for NEET-PG Physiology. These active recall cards cover the key concepts, clinical associations, and high-yield facts from this chapter of Cellular Physiology. Each card is designed to test your understanding rather than just recognition, building stronger and more durable memories for exam day.

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Are Membrane Transport Proteins flashcards free?
Yes, all flashcards on this page are completely free. You can study all 10 cards at no cost. For spaced repetition scheduling, download the Oncourse app.
How many flashcards does this chapter have?
There are 10 flashcards for Membrane Transport Proteins, covering the key concepts, clinical correlations, and high-yield facts from this chapter of Cellular Physiology.
How should I use these flashcards for NEET-PG?
Read through each prompt and try to answer before revealing the back of the card. This active recall approach builds stronger memories than passive reading. Combine flashcards with the study notes and MCQ practice for the best results.
Are there more flashcards for Cellular Physiology?
Yes. This page covers one chapter of Cellular Physiology. Visit the topic page to see all chapters and their flashcards under Physiology.

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