# Index of biophysics articles

This is a list of articles on biophysics.
* Top
* 0–9
* A
* B
* C
* D
* E
* F
* G
* H
* I
* J
* K
* L
* M
* N
* O
* P
* Q
* R
* S
* T
* U
* V
* W
* X
* Y
* Z

## 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