Anatomy

Biology in Physics: Is Life Matter? (Polymers, Interfaces by Konstantin Bogdanov

By Konstantin Bogdanov

Biology in Physics is an intensive new publication which bridges the space among biology and physics. the purpose is to advertise an interdisciplinary trade of medical info and ideas, that allows you to stimulate cooperation in study. The scope of this quantity explores either the techniques and strategies of biophysics and illustrates the most recent advances in our realizing of a few of the particular mechanisms which are utilized by dwelling organisms. This quantity represents a different attempt to collect the knowledge that might permit a nonbiologically orientated physicist to understand the $64000 position that physics performs in existence sciences. Key gains* An advent to biophysics for non-specialist* Covers all of the very important topices in sleek biophysics* Takes account of the newest info rising from biophysical initiatives* reviews on novel healing suggestions* provides an advanced-level evaluate of mechanisms that keep watch over various approaches in organisms starting from bacterial to whales

Show description

Read Online or Download Biology in Physics: Is Life Matter? (Polymers, Interfaces and Biomaterials) PDF

Similar anatomy books

Neuroendocrine Cells and Peptidergic Innervation in Human and Rat Prostrate

The prostate hosts a major quantity of neuroendocrine cells which foundation and practical function have to be higher addressed. those cells synthesize and carry a few neurosecretory ingredients (serotonin, neuropeptides) having regulative actions over progress, phone differentiation, and secretion and can have a amazing effect within the improvement of prostatic proliferative problems comparable to hyperplasia or melanoma.

Biology in Physics: Is Life Matter? (Polymers, Interfaces and Biomaterials)

Biology in Physics is an intensive new e-book which bridges the distance among biology and physics. the purpose is to advertise an interdisciplinary trade of medical info and concepts, which will stimulate cooperation in learn. The scope of this quantity explores either the ideas and strategies of biophysics and illustrates the newest advances in our knowing of a number of the particular mechanisms which are utilized by dwelling organisms.

Glutamate and gaba receptors and transporters: structure, function and pharmacology

The ever-present presence of glutamate and GABA receptors within the apprehensive process makes those receptor platforms pivotal to our knowing of neurotransmission. Cloning of the molecular parts of those receptor platforms has supplied insights to the selectivity of many medicines and unique characterisation on the molecular point is rising.

Biology of Sensory Systems, Second Edition

Given that ebook of the 1st version, large advancements have taken position in sensory biology study and new insights were supplied specifically by way of molecular biology. those convey the similarities within the molecular structure and within the body structure of sensory cells throughout species and throughout sensory modality and sometimes point out a typical ancestry courting again over part one thousand million years.

Extra resources for Biology in Physics: Is Life Matter? (Polymers, Interfaces and Biomaterials)

Sample text

In its skin, glands secrete tetrodotoxin when the fish is irritated by something. Tetrodotoxin can be found in the liver of this fish as well, and the scientists have yet to answer the question of why the nervous system of the fish remains immune to such potent poison. The presence of tetrodotoxin was detected not only in fugu. It is also synthesized in certain species of salamanders, frogs, gastropods, crabs, and starfish. Some species of octopuses have tetrodotoxin secreted by glands located in suckers, so a "handshake" from such a creature is a real danger even for a human being.

The blood motion across the vessels is a rather complicated process. The wall of the aorta, as well as the walls of all other arteries, is highly elastic: its Young's modulus is 105times smaller than that of metals. Therefore, when blood enters the aorta, the latter starts expanding until the blood inflow stops. After this, the elasticity of the expanded aorta wall, seeking to bring the aorta back to its initial dimensions, squeezes the blood out into the artery section, more distant from the heart (the reverse flow is hindered by the aortic valve of the heart).

They studied pulse at several points rather than at a single point on a wrist (as we do now). Sometimes there were as many as ten such points. Chinese physicians drew distinctions between 28 types of pulse: superficial, deep, rare, frequent, thin, excessive, free, tough, strained, and so on. " The ease of pulse measurement (no instruments are needed except for a stopwatch) makes it one of the main indicators of one's state of health even at present. The propagating wave of deformation of the artery walls got to be known as a pulse wave.

Download PDF sample

Rated 4.77 of 5 – based on 49 votes