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
• Dušan Ristanović
• 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