structure the gaba receptor

navigate by keyword : acid amino anatomy anion antibody barbiturates benzodiazepines biology brain cell central chloride complex conduction coupled drugs endocrine gaba gpcr health heptahelical hormone human illustration immune immunoglobulin ions ligand medical medicine membrane metabotropic molecular molecule monoclonal nerve nervous neurology neuron neurotransmitter pore protein proteincoupled psychiatry receptor receptors science signal structure system tranquilizer transduction transmembrane helices

Structure of the GABA receptor Royalty Free Stock Photo
GABA Receptor Structure and Function Royalty Free Stock Photo
GABA Receptor Structure and Function Royalty Free Stock Photo
GABA receptor structure Royalty Free Stock Photo
GABA structure Royalty Free Stock Photo
Allopregnanolone chemical formula. Allopregnanolone 3D Realistic chemical molecular structure Royalty Free Stock Photo
GABA function Royalty Free Stock Photo
Structure of the GABA receptor
Cell membrane. GABA receptor. Top view of ion channel Royalty Free Stock Photo
Vector thin line icon of GABA molecular structure. Chemical formula Royalty Free Stock Photo
gaba molecule, molecular structure, gamma-aminobutyric acid, ball and stick 3d model, structural chemical formula with colored Royalty Free Stock Photo
Unveiling the GABA Neurotransmitter A Comprehensive 3D Molecular Structure of the Inhibitory Brain Chemical Royalty Free Stock Photo
gaba molecular structure, 3d model molecule, gamma-aminobutyric acid, structural chemical formula view from a microscope Royalty Free Stock Photo
gaba molecule, gamma-aminobutyric acid molecular structure, isolated 3d model van der Waals Royalty Free Stock Photo
Structure of the  alpha1beta1gamma2S tri-heteromeric GABAA receptor in complex with GABA spacefill Royalty Free Stock Photo
Structure of the GABA receptor. Central chloride anion conduction pore and Transmembrane α-helices


Stockphotos.ro (c) 2025. All stock photos are provided by Dreamstime and are copyrighted by their respective owners.