'Ion channels' presentation slideshows

to Mimi Dai for inviting me!

1.33k views • 106 slides

Drugs Acting on the Central Nervous System

3.08k views • 82 slides

Mathematics describes only a little of Daily Life

1.11k views • 81 slides

It is a privilege (and joy) to visit many times and work together.

Thanks to PSU Math particularly Xiantao Li, Chun Liu Jinchao Xu, and Yuxi Zheng. It is a privilege (and joy) to visit many times and work together. Mathematics describes only a tiny part of life, But Mathematics* Creates our Standard of Living

1.41k views • 79 slides

Thank you for the chance to visit many times and work together!

Thanks to PSU Math particularly Jinchao Xu, Xiantao Li, and Chun Liu. Thank you for the chance to visit many times and work together!. Mathematics describes only a tiny part of life, But Mathematics* Creates our Standard of Living

1.62k views • 73 slides

To Jonathan Kirk for Inviting me Nice to visit a near neighbor I live nearly at Harlem & Lake

995 views • 72 slides

Biological Modeling of Neural Networks

993 views • 62 slides

Pharmacology of the cardiovascular system

Pharmacology of the cardiovascular system. ??????????? ??? shzhang713@zju.edu.cn. Drugs Affecting Ion Channels in the Cardiovascular System. 1. Ion c hannels in the cardiovascular system 2. Drugs affecting ion channels in the cardiovascular system.

1.16k views • 53 slides

Boundless Lecture Slides

Boundless Lecture Slides. Available on the Boundless Teaching Platform. Free to share, print, make copies and changes. Get yours at www.boundless.com. Using Boundless Presentations. Boundless Teaching Platform

901 views • 50 slides

Chapter 12

1.26k views • 42 slides

1:1 (relay)

625 views • 34 slides

Table of Contents

Chapter 5. Homeostasis and Cell Transport. Table of Contents. Section 1 Passive Transport Section 2 Active Transport. Section 1 Passive Transport. Chapter 5. Objectives. Explain how an equilibrium is established as a result of diffusion. Distinguish between diffusion and osmosis.

820 views • 27 slides

Chloride Ion Channels

Chloride Ion Channels. Alexander Chew Florida State University BSC5936 February 2005. Types. ELG CFTR ABC CLC CLNS1A CLIC CLCA Note: Often chloride ion channels are permeable to other anions. Chloride happens to be the most abundant anion. Functions. Regulate cell volume

1.44k views • 24 slides

Neuroprosthetics

391 views • 21 slides

880 views • 16 slides

THE SYNAPSE

The Sanger Institute. THE SYNAPSE. Where nerve impulses convert to neurotransmitters. The synapse is where the nerve impulse passes from one cell to the next The electrical signal (the action potential) stops and a chemical signal takes over to cross the gap between the cells

552 views • 14 slides

Chapter 2: Neurons and conductance-based models

Chapter 2: Neurons and conductance-based models. Fundamentals of Computational Neuroscience. Dec 09. Biological background. Ion channels . Synapse. Non-NMDA: AMPA, GABA. Conductance-based models. MATLAB program. Hodgkin-Huxley model.

361 views • 13 slides

Drug Actions and Handling by the Body - Pharmacokinetics

Drug Actions and Handling by the Body - Pharmacokinetics. David Henry. Discipline of Clinical Pharmacology. Introduction: What we will cover . How do drugs act and how are they handled by the body? Drug Action, Drug Absorption, Drug Distribution and Drug Elimination

439 views • 13 slides

Cell Transport Systems

358 views • 12 slides

Synaptic transmission

Synaptic transmission. Communication between neurons and other body cells: Other neurons, glands, and muscles. Chemical communication. Neurotransmitters Neuromodulators and ectopic synapses Hormones Pheromones. Structure of the synapse. Terminal button and presynaptic membrane

706 views • 11 slides