Potassium channel molecular model
Wall Art and Photo Gifts from Science Photo Library
Potassium channel molecular model
Potassium channel research. Molecular model of the molecular structure of a KcsA potassium ion (K+) channel (brown spirals, centre) from a mouse (mus musculus), in complex with FAB antibody fragments (multicoloured swirls, top, bottom, left and right). Ion channels are membrane-spanning proteins that form a pathway for the movement of inorganic ions (purple sphere, centre) across cell membranes. K+ channels have many functions including regulating the secretion of hormones, generating electrical nerve impulses, and controlling the pace of the heart. Antibody fragments are used in research to help understand the structure and operation of proteins
Science Photo Library features Science and Medical images including photos and illustrations
Media ID 6402465
© LAGUNA DESIGN/SCIENCE PHOTO LIBRARY
Antibody Cell Biology Cell Structure Channels Cytology Fragment Fragments Ion Channel Ions Membrane Membrane Spanning Move Movement Pathway Potassium Proteins Proteomics Regulation Tertiary Structure Bio Chemistry Biochemical Laboratory Molecular Model Protein
EDITORS COMMENTS
This print showcases the intricate molecular model of a Potassium channel, representing groundbreaking research in the field. The KcsA potassium ion (K+) channel is depicted as elegant brown spirals at the center, originating from a mouse specimen. Adding to its visual allure, multicolored swirls of FAB antibody fragments surround the channel from all sides. The image highlights the crucial role that ion channels play in facilitating the movement of inorganic ions across cell membranes. Positioned at the heart of cellular activity, K+ channels possess diverse functions such as hormone secretion regulation, electrical nerve impulse generation, and even controlling cardiac rhythm. In this artistic representation, antibody fragments are incorporated into the structure to aid scientists in comprehending protein architecture and functionality. These fragments serve as invaluable tools within laboratory settings for studying proteins' structure and operation. The photograph beautifully captures both movement and pathway concepts by illustrating how these membrane-spanning proteins create an avenue for ions (depicted as purple spheres) to traverse cell membranes seamlessly. With its fusion of artistry and biology, this print encapsulates various scientific disciplines including biochemistry, cytology, proteomics, and cell biology. It symbolizes cutting-edge research aimed at unraveling biological mysteries while showcasing the beauty inherent within molecular structures.
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