Metarhodopsin molecule F006 / 9709
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Metarhodopsin molecule F006 / 9709
Metarhodopsin II molecule, molecular model. This is one of the intermediary breakdown products formed when light falls on the photoreceptor pigment rhodopsin. Rhodopsin is found in the rod photoreceptor cells in the retina of the eye. The rhodopsin complex consists of the protein opsin, bound to a non-protein component, retinal. The retinal molecule absorbs light, which causes it to change shape and separate from the opsin. This initiates the transmission of nerve impulses to the brain, leading to the sensation of vision. The great sensitivity of rhodopsin is what allows vision in dim light
Science Photo Library features Science and Medical images including photos and illustrations
Media ID 9257191
© LAGUNA DESIGN/SCIENCE PHOTO LIBRARY
Alpha Helix Beta Sheet G Protein Coupled Receptor Low Light Vision Photoreceptor Pigment Proteomics Retina Retinal Sense Sight Strand Tertiary Structure Vision Biochemical Biochemistry Cutouts Molecular Molecular Model Molecular Structure Protein
EDITORS COMMENTS
This print showcases the intricate molecular structure of Metarhodopsin molecule F006/9709, also known as Metarhodopsin II. As an intermediary breakdown product formed when light interacts with the photoreceptor pigment rhodopsin, this molecule plays a crucial role in our visual perception. Rhodopsin, found in the rod photoreceptor cells within our retinas, consists of two main components: opsin and retinal. When light is absorbed by the retinal molecule, it undergoes a transformative process that causes it to change shape and detach from opsin. This separation triggers the transmission of nerve impulses to our brain, ultimately leading to the sensation we know as vision. The remarkable sensitivity of rhodopsin allows us to perceive images even in dim lighting conditions. Its ability to capture and respond to light makes it an essential component for our sense of sight. Through meticulous research and analysis in biology and medicine, scientists have unraveled the complex structure of this vital protein-molecule complex. The detailed illustration against a white background highlights its alpha helix and beta sheet formations along with its tertiary structure. With applications ranging from proteomics to healthcare advancements, understanding Metarhodopsin II's molecular composition opens doors for further exploration into low-light vision capabilities and potential medical breakthroughs. This artwork serves as a testament to both scientific discovery and artistic representation at its finest.
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