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">Ia sapu reka bentuk berasaskan untuk pelajar teknologi bio untuk belajar fizik bioperubatan. Ia hampir meliputi semua topik penting dengan bab grafik mereka bijak yang diberikan di bawah

Bab 1 bioelectricity

Teori penyebaran & kebolehtelapan membran biologi melalui

Berehat potensi membran

Generasi & penghantaran impuls

Saluran Ionik

rakaman monophasic dan dwifasa

Aktiviti elektrik potensi pembuat Pace hati

Elektrokardiografi

Potensi reseptor

Aktiviti elektrik otak

Model Huxley sotong gergasi axon

Bab 2 Keanjalan bahan sel hidup

Keanjalan bahan sel hidup

Keanjalan dan brek kekuatan tulang

Otot sebagai pegas heliks

Pengenalan biobahan

struktur dan sifat-sifat polimer

struktur dan sifat-sifat Seramik

Balas tisu untuk doktor

Jawapan selular untuk tisu-tisu lembut dan keras asing

menggunakan implan

Kelikatan protoplasma Elemental

Tenaga permukaan bahan-bahan hidup

Ketegangan permukaan Bio-Bendalir dan pengukuran

Bab 3 Sinaran Biofizik-Radio Pelepasan

Pelepasan Radio

Undang-undang pereputan radioaktif tempoh separuh hayat

Pengeluaran radioisotop untuk kegunaan perubatan

Generasi & sumber sinaran elektromagnet

Interaksi radiasi dengan perkara dan tisu

Kesan yang berguna dan berbahaya medan magnet

Gelombang radio

Gelombang mikro

Sinaran ultraungu dan inframerah merah

Pengesanan dan ukuran radiasi

Bab 4 Fluid Sistem Biofizik

Sistem Biofizik Fluid

Aliran bendalir merentasi membran

Persamaan resapan Fick

Pengaruh tubewell

Radius tiub

Panjang tiub dan R.B.C. tumpuan kepada aliran darah

Jumlah persamaan tenaga untuk darah

Hati sebagai pam

Bab 5 Termodinamik Sistem hidup

Hidup badan sebagai sistem termodinamik

Undang-undang termodinamik digunakan untuk bio-sistem

Ungkapan bagi perubahan tenaga dalaman

perubahan entropi negatif dalam sistem hidup

Pertukaran haba, antara sistem biologi dan alam sekitar

Kesan hipotermia dan hyperthermia

Pengeluaran suhu ultra rendah dan rendah untuk kegunaan perubatan</div> <div class="show-more-end">