Index of biophysics articles

This is a list of articles on biophysics.

0–9

 * 5-HT3 receptor

A

 * ACCN1
 * ANO1
 * AP2 adaptor complex
 * Aaron Klug
 * Acid-sensing ion channel
 * Activating function
 * Active transport
 * Adolf Eugen Fick
 * Afterdepolarization
 * Aggregate modulus
 * Aharon Katzir
 * Alan Lloyd Hodgkin
 * Alexander Rich
 * Alexander van Oudenaarden
 * Allan McLeod Cormack
 * Alpha-3 beta-4 nicotinic receptor
 * Alpha-4 beta-2 nicotinic receptor
 * Alpha-7 nicotinic receptor
 * Alpha helix
 * Alwyn Jones (biophysicist)
 * Amoeboid movement
 * Andreas Mershin
 * Andrew Huxley
 * Animal locomotion
 * Animal locomotion on the water surface
 * Anita Goel
 * Antiporter
 * Aquaporin 2
 * Aquaporin 3
 * Aquaporin 4
 * Archibald Hill
 * Ariel Fernandez
 * Arthropod exoskeleton
 * Arthropod leg
 * Avery Gilbert

B

 * BEST2
 * BK channel
 * Bacterial outer membrane
 * Balance (ability)
 * Bat
 * Bat wing development
 * Bert Sakmann
 * Bestrophin 1
 * Biased random walk (biochemistry)
 * Bioelectrochemical reactor
 * Bioelectrochemistry
 * Biofilm
 * Biological material
 * Biological membrane
 * Biomechanics
 * Biomechanics of sprint running
 * Biophysical Society
 * Biophysics
 * Bird flight
 * Bird migration
 * Bisindolylmaleimide
 * Bleb (cell biology)
 * Boris Pavlovich Belousov
 * Brian Matthews (biochemist)
 * Britton Chance
 * Brush border
 * Bulk movement

C

 * CACNA1G
 * CACNA1H
 * CACNA1I
 * CACNA2D1
 * CACNA2D2
 * CACNB1
 * CACNB2
 * CACNB3
 * CACNB4
 * CACNG1
 * CACNG2
 * CACNG3
 * CACNG4
 * CD22
 * CD33
 * CHRNA10
 * CHRNA2
 * CHRNA3
 * CHRNA4
 * CHRNA5
 * CHRNA6
 * CHRNA7
 * CHRNA9
 * CHRNB1
 * CHRNB2
 * CHRNB3
 * CHRNB4
 * CHRND
 * CHRNE
 * CHRNG
 * CLCA1
 * CLCA2
 * CLCA3
 * CLCA4
 * CLCC1
 * CLCN1
 * CLCN2
 * CLCN3
 * CLCN4
 * CLCN5
 * CLCN6
 * CLCN7
 * CLCNKA
 * CLCNKB
 * CLIC1
 * CLIC2
 * CLIC3
 * CLIC4
 * CLIC5
 * CLIC6
 * CLNS1A
 * CLNS1B
 * CNGB1
 * Calcium-activated potassium channel
 * Calcium-activated potassium channel subunit alpha-1
 * Calcium 2-aminoethylphosphate
 * Calcium channel
 * Canadian Society for Biomechanics
 * Cardiolipin
 * Carlos Chagas Filho
 * Carrier protein
 * CatSper1
 * CatSper2
 * CatSper3
 * CatSper4
 * Cation channels of sperm
 * Cav1.1
 * Cav1.2
 * Cav1.3
 * Cav1.4
 * Cav2.1
 * Cell adhesion molecule
 * Cell membrane
 * Cellular component
 * Channelome
 * Channelomics
 * Channelrhodopsin
 * Charles Tanford
 * Chemorepulsion
 * Chloride channel
 * Chloroplast membrane
 * Cholesterol depletion
 * Cholinergic receptor, nicotinic, alpha 1
 * Chorioallantoic membrane
 * Christian B. Anfinsen
 * Cilium
 * Climbing
 * Cometabolism
 * Comparative foot morphology
 * Connexon
 * Core (anatomy)
 * Countercurrent multiplication
 * Crenation
 * Crista
 * Cyclic nucleotide-gated channel alpha 1
 * Cyclic nucleotide-gated channel alpha 2
 * Cyclic nucleotide-gated channel alpha 3
 * Cyclic nucleotide-gated channel alpha 4
 * Cyclic nucleotide-gated ion channel
 * Cyclic nucleotide gated channel beta 3
 * Cys-loop receptors
 * Cytolysis

D

 * David Callaway
 * David Cohen (physicist)
 * David E. Goldman
 * David J. Brenner
 * David Keynes Hill
 * David Mervyn Blow
 * David S. Cafiso
 * David States
 * Davydov soliton
 * Dendrosome
 * Denny's paradox
 * Depolarization
 * Detlev Bronk
 * Dopamine transporter
 * Douglas Warrick
 * Dynamic similarity (Reynolds and Womersley numbers)

E

 * Ecomechanics
 * Efflux (microbiology)
 * Egg white
 * Elasticity of cell membranes
 * Electrochemical gradient
 * Electromethanogenesis
 * Electrophysiology
 * Electrotonic potential
 * Elizabeth Rhoades
 * Ena/Vasp homology proteins
 * Endocytosis
 * Endomembrane system
 * Endoskeleton
 * Enid MacRobbie
 * Enzymatic biofuel cell
 * Enzyme kinetics
 * Ephraim Katzir
 * Eric Kandel
 * Erich Sackmann
 * Erwin Neher
 * Escheriosome
 * Eva Nogales
 * Excitatory amino-acid transporter
 * Exoskeleton
 * Extracellular field potential
 * Extracellular polymeric substance

F

 * F15845
 * Filamentous haemagglutinin adhesin
 * Filopodia
 * Flagellum
 * Flapping counter-torque
 * Flight feather
 * Flying and gliding animals
 * Focal adhesion
 * Footspeed
 * Force platform
 * Francis Crick
 * Frederic M. Richards
 * Fritz-Albert Popp
 * Frog battery
 * Functional movement
 * Functional spinal unit

G

 * G. N. Ramachandran
 * G12/G13 alpha subunits
 * GABAA receptor
 * GABRA2
 * GABRA3
 * GABRA4
 * GABRA5
 * GABRA6
 * GABRB1
 * GABRB2
 * GABRB3
 * GABRD
 * GABRE
 * GABRG1
 * GABRG2
 * GABRG3
 * GABRP
 * GABRQ
 * GABRR1
 * GABRR2
 * GABRR3
 * GHK flux equation
 * GLRA2
 * GLRA3
 * GLRA4
 * GLRB
 * GLUT1
 * GLUT8
 * GPCR oligomer
 * GRIA1
 * GRIA2
 * GRIA3
 * GRIA4
 * GRIK1
 * GRIK2
 * GRIK3
 * GRIK4
 * GRIK5
 * GRIN1
 * GRIN2A
 * GRIN2B
 * GRIN2C
 * GRIN2D
 * GRIN3A
 * GRIN3B
 * GRINL1A
 * GRINL1B
 * G protein
 * G protein-coupled inwardly-rectifying potassium channel
 * G protein-coupled receptor
 * G protein-gated ion channel
 * Gamma-aminobutyric acid receptor subunit alpha-1
 * Ganglion type nicotinic receptor
 * Gating (electrophysiology)
 * Geoffrey West
 * Georg von Békésy
 * George Karreman
 * George V. Lauder (biologist)
 * Gilbert Stead
 * Gliding motility
 * Glycerophospholipid
 * Glycine receptor, alpha 1
 * Glycophosphatidylinositol
 * Godfrey Hounsfield
 * Gopinath Kartha
 * Gq alpha subunit
 * Gray's paradox
 * Ground reaction force
 * Gs alpha subunit
 * Gunther O. Hofmann

H

 * HCN1
 * HCN2
 * HCN3
 * HCN4
 * HCN channel
 * HERG
 * HTR3A
 * HTR3B
 * HTR3C
 * HTR3D
 * HTR3E
 * HVCN1
 * Hal Anger
 * Hans Frauenfelder
 * Haptotaxis
 * Harold J. Morowitz
 * Harry F. Noller
 * Henri Atlan
 * Hermann Joseph Muller
 * Hermann von Helmholtz
 * Heterotrimeric G protein
 * Hill's muscle model
 * Hille equation
 * Hodgkin cycle
 * Hodgkin–Huxley model
 * Homeoviscous adaptation
 * Homologous desensitization
 * Hopanoids
 * Howard Berg
 * Hugh Herr
 * Human leg
 * Human skeletal changes due to bipedalism
 * Hydrophobic mismatch
 * Hydrostatic skeleton
 * Hyperpolarization (biology)

I

 * ITPR1
 * ITPR2
 * ITPR3
 * Iatrogenic hypocholesterolemia
 * Ichiji Tasaki
 * IgSF CAM
 * Inner membrane
 * Inner mitochondrial membrane
 * Insect wing
 * Integral membrane protein
 * Interbilayer forces in membrane fusion
 * Intracellular membranes
 * Invadopodia
 * Inward-rectifier potassium ion channel
 * Ion channel
 * Ionotropic effect

J

 * J. Murdoch Ritchie
 * Jacques-Arsène d'Arsonval
 * James D. Watson
 * Jane S. Richardson
 * Jeremy C. Smith (scientist)
 * Jerome Wolken
 * Johan Paulsson
 * John C. Taschner
 * John Desmond Bernal
 * John Heuser
 * John Hopfield
 * John Kendrew
 * Journal of Applied Biomechanics
 * Julia Goodfellow

K

 * KCNA10
 * KCNA2
 * KCNA3
 * KCNA4
 * KCNA5
 * KCNA6
 * KCNA7
 * KCNAB1
 * KCNAB2
 * KCNAB3
 * KCNB1
 * KCNB2
 * KCNC1
 * KCNC2
 * KCNC3
 * KCNC4
 * KCND1
 * KCNE1L
 * KCNE2
 * KCNE4
 * KCNF1
 * KCNG1
 * KCNG2
 * KCNG3
 * KCNG4
 * KCNH3
 * KCNH4
 * KCNH6
 * KCNH7
 * KCNH8
 * KCNIP1
 * KCNIP4
 * KCNJ10
 * KCNJ12
 * KCNJ13
 * KCNJ14
 * KCNJ15
 * KCNJ16
 * KCNJ3
 * KCNJ4
 * KCNJ5
 * KCNJ6
 * KCNJ8
 * KCNJ9
 * KCNK1
 * KCNK10
 * KCNK12
 * KCNK13
 * KCNK15
 * KCNK16
 * KCNK17
 * KCNK18
 * KCNK2
 * KCNK3
 * KCNK4
 * KCNK5
 * KCNK6
 * KCNK7
 * KCNK9
 * KCNMB1
 * KCNMB2
 * KCNMB3
 * KCNMB4
 * KCNN1
 * KCNN2
 * KCNN4
 * KCNQ4
 * KCNQ5
 * KCNS1
 * KCNS2
 * KCNS3
 * KCNT1
 * KCNT2
 * KCNV1
 * KCNV2
 * Kenneth Stewart Cole
 * Kim Sung-Hou
 * Kir2.1
 * Kir2.6
 * Kir6.2
 * Kv1.1
 * KvLQT1
 * KvLQT2
 * KvLQT3

L

 * L-type calcium channel
 * Lamellar structure
 * Lamellipodium
 * Lead (leg)
 * Lecithin
 * Lee Spetner
 * Leslie Barnett
 * Ligand-gated ion channel
 * Light-gated ion channel
 * Lignocellulosic biomass
 * Limitations of animal running speed
 * Linus Pauling
 * Lipid-anchored protein
 * Lipid bilayer
 * Lipid bilayer characterization
 * Lipid bilayer fusion
 * Lipid bilayer mechanics
 * Lipid bilayer phase behavior
 * Lipid raft
 * Liposome
 * Liquid ordered phase
 * List of biophysicists
 * List of birds by flight speed
 * List of jumping activities
 * LocDB
 * Locomotor activity
 * Locomotor effects of shoes
 * Luca Turin
 * Lymphocyte homing receptor

M

 * M1 protein
 * M2 proton channel
 * MHC class I
 * Magnesium transporter
 * Magnetoception
 * Magnetosome
 * Magnetospirillum
 * Magnetotactic bacteria
 * Magnetotaxis
 * Manfred Eigen
 * Marcelo Osvaldo Magnasco
 * Marche a petit pas
 * Mario Ageno
 * Martin Gruebele
 * Maurice Wilkins
 * Max Delbrück
 * Max Perutz
 * Mechanics of human sexuality
 * Mechanome
 * Mechanosensitive channels
 * Mechanotaxis
 * Membrane biology
 * Membrane channel
 * Membrane contact site
 * Membrane curvature
 * Membrane fluidity
 * Membrane lipids
 * Membrane nanotube
 * Membrane potential
 * Membrane protein
 * Membrane topology
 * Membrane transport
 * Membranome
 * Mesaxon
 * Mesosome
 * Metachronal rhythm
 * Methylhopane
 * Microbial ecology
 * Microbial fuel cell
 * Microsome
 * Model lipid bilayer
 * Moens–Korteweg equation
 * Mohammad-Nabi Sarbolouki
 * Molecular motor
 * Monoamine transporter
 * Motility
 * Motor protein
 * Mucous membrane
 * Mucous membrane of the soft palate
 * Muscular hydrostat
 * Muscular layer
 * Muscularis mucosae
 * Myelin-associated glycoprotein
 * Myelin sheath gap
 * Myofilament
 * Mária Telkes

N

 * N-Acetylgalactosamine
 * N-Acetylglucosamine
 * N-Acetylmuramic acid
 * N-type calcium channel
 * NMDA receptor
 * Nanobiomechanics
 * Nanodisc
 * Nav1.1
 * Nav1.2
 * Nav1.4
 * Nav1.5
 * Nectin
 * Neurophysins
 * Nicolas Rashevsky
 * Nicotinic acetylcholine receptor
 * Niosome
 * Norepinephrine transporter
 * Nuclear pore

O

 * Optical tweezers
 * Oreste Piro
 * Origin of avian flight
 * Osmoregulation
 * Osmotic pressure
 * Outer mitochondrial membrane
 * Outline of biophysics
 * Overhead throwing motion

P

 * P-type ATPase
 * P-type calcium channel
 * P2RX1
 * P2RX2
 * P2RX3
 * P2RX4
 * P2RX5
 * P2RX6
 * P2RX7
 * P2X purinoreceptor
 * P300-CBP coactivator family
 * PF-4840154
 * PKD1
 * PSORT
 * PSORTdb
 * PTS1R
 * Parkinsonian gait
 * Passive transport
 * Paul Lauterbur
 * Paulien Hogeweg
 * Peptide transporter 1
 * Peptidoglycan
 * Peroxisomal targeting signal
 * Perylene
 * Peter Mansfield
 * Petr Paucek
 * Phosphatidylethanolamine
 * Phosphatidylglycerol
 * Phosphatidylinositol
 * Phosphatidylserine
 * Physics of skiing
 * Pink algae
 * Plasma membrane monoamine transporter
 * Plasmolysis
 * Platelet-derived growth factor receptor
 * Pleuroperitoneal
 * Podosome
 * Polar membrane
 * Porosome
 * Potassium channel
 * Prenylation
 * Preprohormone
 * Pressure-volume curves
 * Primary active transport
 * Protein Analysis Subcellular Localization Prediction
 * Protein targeting
 * Protein–lipid interaction
 * Protomer
 * Protoplast
 * Pseudopeptidoglycan
 * Pseudopodia
 * Pterygium

Q

 * Q-type calcium channel

R

 * R-type calcium channel
 * ROMK
 * RYR1
 * RYR3
 * Radial spoke
 * Receptor (biochemistry)
 * Reinhart Heinrich
 * Reversal potential
 * Richard Ernest Kronauer
 * Robert Corey
 * Robert G. Shulman
 * Robert Haynes
 * Robley C. Williams
 * Roger Wartell
 * Roland Benz
 * Role of skin in locomotion
 * Rosalind Franklin
 * Rosalyn Sussman Yalow
 * Rotating locomotion in living systems
 * Rudolf Podgornik
 * Ryanodine receptor 2

S

 * S-layer
 * SCN10A
 * SCN1B
 * SCN2B
 * SCN3A
 * SCN3B
 * SCN4B
 * SCN7A
 * SCN8A
 * SCNN1A
 * SCNN1B
 * SCNN1D
 * SCNN1G
 * SIGLEC
 * SK3
 * SK channel
 * Saffman–Delbrück model
 * Sammy Lee (scientist)
 * Sarcolemma
 * Sarcomere
 * SecY protein
 * Secondary active transport
 * Secretory pathway
 * Semipermeable membrane
 * Sergei Kovalev
 * Serotonin transporter
 * Serous membrane
 * Sessility (zoology)
 * Shaker gene
 * Sialoadhesin
 * Sidney Altman
 * Signal patch
 * Signal peptide
 * Signal peptide peptidase
 * Signal recognition particle receptor
 * Silent synapse
 * Simon Shnoll
 * Simtk-opensim
 * SkQ
 * Small-conductance mechanosensitive channel
 * Sodium channel
 * Soft tissue
 * Soluble cell adhesion molecules
 * Solute pumping
 * Sorting and assembly machinery
 * Sphingomyelin
 * Spinal locomotion
 * Sports biomechanics
 * Steady state (biochemistry)
 * Stephen D. Levene
 * Stretch-activated ion channel
 * Stroma (fluid)
 * Structural biology
 * Structural genomics
 * Structure validation
 * Stuart Kauffman
 * Submucosa
 * Subserosa
 * Synthetic ion channels

T

 * T-tubule
 * T-type calcium channel
 * TPCN1
 * TPCN2
 * TRPA (channel)
 * TRPC
 * TRPC1
 * TRPC2
 * TRPC3
 * TRPC4AP
 * TRPC5
 * TRPC6
 * TRPC7
 * TRPM
 * TRPM1
 * TRPM2
 * TRPM3
 * TRPM4
 * TRPM5
 * TRPM6
 * TRPM7
 * TRPM8
 * TRPML
 * TRPN
 * TRPP
 * TRPP3
 * TRPV
 * TRPV1
 * TRPV2
 * TRPV3
 * TRPV4
 * TRPV5
 * TRPV6
 * Talin protein
 * Tandem pore domain potassium channel
 * Tatyana Sapunova
 * Tetraspanin
 * Theories of general anaesthetic action
 * Thomas A. Steitz
 * Thomas Gold
 * Thylakoid
 * Total internal reflection fluorescence microscope
 * Tradeoffs for locomotion in air and water
 * Transepithelial potential difference
 * Transient receptor potential cation channel, member A1
 * Transient receptor potential channel
 * Transient receptor potential channel-interacting protein database
 * Translocon
 * Transmembrane channels
 * Treadmilling
 * Turgor pressure
 * Twin-arginine translocation pathway
 * Two-pore channel

U

 * Undulatory locomotion
 * Undulipodium

V

 * VCAM-1
 * VDAC1
 * VDAC2
 * VDAC3
 * V formation
 * Venkatraman Ramakrishnan
 * Vertical clinging and leaping
 * Vesicle (biology and chemistry)
 * Voltage-dependent anion channel
 * Voltage-dependent calcium channel
 * Voltage-gated ion channel
 * Voltage-gated potassium channel
 * Voltage-gated potassium channel database
 * Voltage-gated proton channel

W

 * WALP peptide
 * Walter Kauzmann
 * Wayne Hendrickson
 * WeNMR
 * Whiffling
 * Wing
 * Womersley number
 * Work loop

X

 * X-ray crystallography
 * Xiaowei Zhuang

Y

 * Yadin Dudai

Z

 * Zinc-activated ion channel
 * Zinovii Shulman