Biomedical Physics

It is swipe based design for bio technology students to learn biomedical physics. It almost cover all important topics with their graphics chapter wise which are given below

Chapter 1 Bioelectricity

Theory of diffusion & permeability through biological membrane

Resting Membrane potential

Generation & transmission of impulses

Ionic channels

monophasic and biphasic recordings

Electrical activity of the heart Pace maker potential

Electrocardiography

Receptor potentials

Electrical activity of the brain

Huxley model of squid giant axon

Chapter 2 Elasticity of living cell materials

Elasticity of living cell materials

Elasticity and braking strength of bones

Muscle as a helical spring

Introduction of biomaterials

structure and properties of polymers

structure and properties of Ceramics

Tissue responses to implant

Cellular responses to foreign soft and hard tissues

uses of implants

Viscosity of Elemental protoplasm

Surface energies of living materials

Surface tension of Bio-Fluids and its measurement

Chapter 3 Radiation Biophysics-Radio Emission

Radio Emission

Law of radioactive decay half life period

Production of radioisotopes for medical use

Generation & sources of electromagnetic radiation

Interaction of radiation with matter and tissue

Useful and harmful effects of magnetic fields

Radio waves

Micro waves

Ultraviolet radiation and infrared red

Detection and measurements of radiation

Chapter 4 Fluid Biophysics System

Fluid Biophysics System

Fluid flow across the membrane

Fick's diffusion equation

Influence of tubewell

Radius of tube

Length of tube and R.B.C. concentration on blood flow

Total energy equation for blood

The heart as a pump

Chapter 5 Thermodynamics of living System

Living body as a thermodynamics system

Thermodynamic laws applied to bio-systems

Expressions for changes in internal energy

negative entropy change in living systems

Heat exchange, between a biological system & environment

Effect of hypothermia and hyperthermia

Production of ultra low and low temperature for medical use

</div> <div jsname="WJz9Hc" style="display:none">它是基于刷卡设计，生物技术，学生学习生物医学物理。它几乎囊括了所有重要的主题与图形章聪明的将在下面给出

第1章生物电

扩散和渗透性，通过生物膜理论

静息电位

生成和冲动的传导

离子通道

单相和双相录音

在心脏起搏器的潜在的电活动

心电图

受体电位

大脑电活动

鱿鱼巨轴突Huxley模型

第2章弹性活细胞物质

居住电池材料弹性

骨骼的弹性和制动力量

肌肉作为螺旋弹簧

生物材料简介

结构和聚合物的特性

结构与陶瓷的特性

组织反应到植入物

细胞对国外的软，硬组织

使用假体

元素原生质粘度

生物材料的表面能

生物流体及其测量的表面张力

第3章辐射生物物理，无线电发射

无线电发射

放射性衰变半衰期法

放射性同位素生产用于医疗用途的

代与电磁辐射源

辐射与物质和组织相互作用

磁场的有益和有害的影响

无线电波

微浪

紫外线和红外线的红

检测和辐射测量

第4章流体生物物理系统

流体生物物理系统

穿过膜的流体流动

菲克扩散方程

管井的影响

管半径

管R.B.C.长度血流浓度

对于血液中总能量方程

该心脏的泵

第5章热力学生活系统

活体作为一个热力学系统

应用生物系统的热力学定律

表现为改变内部能量

在生命系统的负熵变

热交换，生物系统与环境之间

低温和高温的影响

生产的超低和低温的医疗用</div> <div class="show-more-end">