'Ion distribution' presentation slideshows

THE NERVOUS SYSTEM

THE NERVOUS SYSTEM. I. Introduction. Functions of N.S. Sensory input Integration Homeostasis Mental activity Control of skeletal muscles. I. Introduction. Divisions of the N.S. Central N.S. Peripheral N.S. Efferent. Afferent. Brain. Spinal Cord. Autonomic. Somatic.

1.36k views • 121 slides

H. Hasegawa , M. Fujimoto, T. K. M. Nakamura, K. Takagi ( Tokyo Institute of Technology),

Structure and Detection of Rolled-up Kelvin-Helmholtz Vortices in the Tail Flank of the Magnetosphere. H. Hasegawa , M. Fujimoto, T. K. M. Nakamura, K. Takagi ( Tokyo Institute of Technology),

366 views • 21 slides

Activated rhodopsin triggers a signal transduction cascade

Activated rhodopsin triggers a signal transduction cascade. Reminder on Ion Distribution and Transport in Cells. Cells (eukaryotes) divided into a number of membrane-bound compartments. Concentrations in different compartments can be orders of magnitude different.

688 views • 16 slides

Activated rhodopsin triggers a signal transduction cascade

Activated rhodopsin triggers a signal transduction cascade. Reminder on Ion Distribution and Transport in Cells. Cells (eukaryotes) divided into a number of membrane-bound compartments. Concentrations in different compartments can be orders of magnitude different.

182 views • 16 slides

266 views • 15 slides

153 views • 15 slides

The common questions in analog layout

The common questions in analog layout. Author ? Jerry Zhao. Content. Why need match Why need same length Why need unit width to replicate Why need dummy Why need shielding Why care parasitic Why need seal ring Why top metal is immune to antenna effect

575 views • 12 slides

New calculation method permits more realistic simulation of ion transport

Transporting molecules and ions through small pores.

79 views • 1 slides