This image illustrates the detailed molecular structure of the alpha1beta1gamma2s tri-heteromeric GABAA receptor, featuring a spacefill model of the GABA molecule. The visualization highlights the complex arrangement of the receptor subunits and their interaction with neurotransmitters. It serves as a valuable resource for understanding synaptic transmission and receptor function in neurobiology. This scientifically accurate representation can enhance learning in academic or research settings.
This image can be utilized in various academic and commercial contexts, including educational posters, research papers, and scientific presentations. It is also suitable for websites focusing on neuroscience or pharmacology, infographics explaining neurotransmission, and social media posts aimed at disseminating scientific knowledge. Additionally, it can be incorporated into ebooks and mobile UI designs related to biology or neuroscience.
Name | Bytes | Width | Height | DPI | Media Type |
---|---|---|---|---|---|
small | 112225 | 727 | 484 | 72 | image/jpeg |
medium | 261508 | 1258 | 838 | 300 | image/jpeg |
large | 574989 | 2125 | 1416 | 300 | image/jpeg |
x_large | 1379408 | 3869 | 2579 | 300 | image/jpeg |
xx_large | 2678924 | 6000 | 4000 | 300 | image/jpeg |
Royalty Free Image Size: small: 727 x 484 Pixels, medium: 1258 x 838 Pixels, large: 2125 x 1416 Pixels, x_large: 3869 x 2579 Pixels, xx_large: 6000 x 4000 Pixels, - Orientation: Horizontal
Please buy a commercial licence for commercial use without attribution. Single Purchase or Subscription
Three Dimensional
Chain - Object
Communication
Medicine
Science
Healthcare And Medicine
Horizontal
Digitally Generated Image
Saudi Arabia
Colors
Shape
Green Color
Purple
Molecule
Model - Object
Biology
Chemistry
Nucleus
Complexity
Computer Graphic
Chemical
Cut Out
Color Image
E-commerce
Molecular Structure
Illustration
Biochemistry
Cartoon
Helix
Physiology
No People
Helix Model
Peptide
Persian Gulf Countries
Receptor
White Background
Hormone
Neurotransmitter
Protein
Ligand
Gaba
Signal transduction
Opacity