Erstellen

Studio

Hintergrund entfernen

Suchen

Meine Bilder

Auf Pro upgraden

Registrieren

A biology diagram illustrates the sodium-potassium pump, showing 3 Na+ ions exiting and 2 K+ ions entering the cell membrane, powered by ATP.

A biology diagram illustrates the sodium-potassium pump, showing 3 Na+ ions exiting and 2 K+ ions entering the cell membrane, powered by ATP.

“Simple educational biology diagram of sodium-potassium pump showing 3 Na out and 2 K in using ATP, labeled arrows” Mehr sehen

#biology #science #diagram #technical illustration

More images like this

A detailed scientific illustration of a sodium-potassium pump embedded in a cell membrane, with Na+ ions moving out and K+ ions moving in.

A 3D ball-and-stick model of a molecule with red lightning bolts indicating high energy bonds, labeled "ATP Adenosine".

Photorealistic rendering of a CDK2 protein molecule with sections colored turquoise, purple, and orange-red on a white background.

Hand-drawn diagram of meiosis I and II nondisjunction leading to trisomy 21 (Down syndrome), showing chromosome separation errors.

Detailed 3D scientific illustration of complex molecules and chemical structures undergoing a reaction with arrows.

Cartoon illustration of mast cells reacting to allergens, with blood vessels and tissue in the background.

Detailed scientific illustration of animal cell mitosis, showing prophase, metaphase, anaphase, telophase, and cytokinesis.

A diagram illustrating a Thin-Layer Chromatography (TLC) setup with labeled components in a beaker.

A detailed 3D illustration of a blue and green molecular protein structure with intertwined helical forms against a blurry background.

A detailed 3D scientific illustration of a chloroplast, showing a cross-section of its internal green and yellow structures.

Cartoon illustration of a teal rough endoplasmic reticulum with small smiling blue molecules, against a blurred cellular background.

A detailed microscopic view of cell-like structures and interacting molecules, with one large cell glowing brightly and radiating energy.

Detailed biological illustration of oxygen diffusion from alveoli to capillaries, labeled Alveolus, Capillary, Oxygen diffusion, and Red blood cell.

A colorful diagram of a prokaryotic bacterial cell with various parts labeled, including the capsule, cell wall, plasma membrane, and nucleoid.

Microscopic view of a transparent, pentagonal cell with a purple nucleus and cytoplasm on a dark background.

Microscopic 3D render of a spiky cell surrounded by red blood cells, other cells, and DNA strands against a blue-green background.

A detailed scientific diagram illustrating a cell signaling pathway, showing a growth factor binding to its receptor, activating a transducer, and leading to a transcription factor interacting with CDK inside the cell.

Illustrated diagram of cellular respiration, detailing glycolysis, Krebs cycle, electron transport chain, and ATP yield within a cell.

An illustrated diagram of a protein or enzyme molecule, showing an alpha-helix and labeled amino acids, active site, and binding site.

Medical diagram showing blue CD38 antibodies interacting with purple AL amyloidosis plasma cells, MM plasma cells, and T-reg cells.

A scientific diagram illustrating four stages of animal cell mitosis: prophase, metaphase, telophase, and cytokinesis, showing chromosomes and spindle fibers within blue cells on a dark background.

Illustration of animal cell mitosis stages: metaphase, anaphase, telophase, and cytokinesis, with chromosomes and spindle fibers.

A medical diagram illustrating how altered Factor V leads to impaired proteolytic inactivation and blood clot formation, ending in a thrombotic event.

Scientific diagram showing photon absorption, localized heating, and molecular changes, with text labels for each stage.

A stylized diagram of a DNA double helix with glowing strands, labeled "EXON", "INTRON", "TRANSCRIPTION", and "DNA" against a dark blue background with microscopic elements.

Scientific diagram showing Parkinix mechanism of action, from TrkC receptors to cell survival and dopamine production.

Digital biomedical illustration of blue antibodies with glowing yellow payloads interacting with a large, textured cancer cell.

Colorful crystalline molecular structures interacting with a dark, porous surface, depicting chemical processes.

A close-up view of a teal endosome, a spherical cellular structure, revealing its inner membrane composed of many small, bead-like phospholipids.

A detailed 3D illustration of an animal cell showing its nucleus and various organelles.

Chemical diagram showing the reaction of Compeund 3 and Compound 4 to form a dipeptide with the release of H2O.

A vibrant green pyramidal neuron with extensive branching dendrites and an apical dendrite, against a white background, with a 50 5m scale bar.

A 3D rendering of two glowing molecular structures, one blue and one yellow with red atoms, against a dark starry cosmic background.

A 3D rendering of four blue protein complexes embedded in a cellular membrane, with glowing orange particles transferring between them.

Stylized illustration of a cell showing DNA in a blue sphere, with mRNA, tRNA, and rRNA labeled around a central structure.

A schematic diagram illustrating the alkaline treatment of jute fibers, showing the removal of lignin and hemicellulose, and the chemical transformation from Cell-OH to Cell-O-Na+ with NaOH.

Glowing blue molecular structure with arrows on a dark background, illustrating a scientific process.

A schematic diagram showing the alkaline treatment of jute fibers. Untreated fibers, mainly composed of cellulose, lignin, and hemicellulose, with Cell-OH groups, are treated with NaOH to become treated fibers with Cell-O Na groups.

A two-panel scientific illustration comparing AL amyloidosis with T cells and isatuximab, and MM plasma cells.

Scientific illustration of DNA helix with CpG islands, methyl groups (CH3), and gene labels RASSF1A, GSTP1, CDKN2A (p16).

A detailed biological diagram illustrating cellular processes. It shows a cell with a nucleus, cytoplasm, and various labeled components like growth factors, a transcription factor, a transducer, cyclins, and CDK.

A detailed diagram illustrating the four stages of mitosis: Prophase, Metaphase, Anaphase, and Telophase, with chromosomes dividing.

A colorful diagram illustrating cellular respiration, showing glucose and oxygen as inputs entering a mitochondrion, and carbon dioxide, water droplets, and energy as outputs.

A 3D illustration of an animal cell undergoing mitosis, showing stages Prophase, Metaphase, Anaphase, Telophase, and Cytokinesis.

Photorealistic microscopy view of human intestinal villi with columnar epithelial cells and microvilli.

Abstract glowing illustration of a plant cell, DNA double helix, and chromosomes with a pipette.

A blue gradient line graph titled 'ENDOTHERMIC REACTION', with 'Temperature' on the y-axis and 'Time' on the x-axis.

A simple black and white diagram of an animal cell, showing the cell membrane, cytoplasm, and nucleus with labels.

Diagram of four stages of animal cell mitosis: prophase, metaphase, anaphase, and cytokinesis, showing chromosomes and spindle fibers.

A translucent, teal, helical molecular structure floats amidst small bubbles in a blurry, warm-toned microscopic view.

A close-up 3D render of a translucent blue liposome containing colorful molecular structures, against a dark blue background with blurred similar cells.

Labeled diagram of a neuron and the sodium-potassium pump, showing Na+ and K+ ion movement.

An illustration showing four stages of cell mitosis: prophase, metaphase, anaphase, and cytokinesis, with chromosomes and spindle fibers.

Scientific illustration of hexagonal BN platelets in a blue epoxy matrix with red heat flow arrows, inset shows atomic structure.

A detailed biological illustration of a pathogen encountering a cell, with labels for Antigen Processing, MHC, and TCR.

Diagram showing animal cell mitosis with stages labeled Prophase, Telophase, Anaphase, and Cytokinesis.

Scientific diagram showing the real-time formation of gold nanostars with TEM images at different time points and corresponding UV-Vis spectra.

A biochemical graph illustrating enzyme activity: reaction velocity versus substrate concentration, comparing no inhibition to non-competitive inhibition.

Colorful 3D render of a complex protein molecule with blue, magenta, and green folded chains against a dark blue background.

A scientific diagram illustrating a biological protocol, showing steps like isolating bone marrow from mice femurs, BMDM infection, incubation with M-CSF, adding gentamicin, PBS washing, and counting CFUs. The style is a clear, cartoon-like illustration.

A six-panel diagram illustrating the stages of mitosis in an animal cell: Prophase, Metaphase, Anaphase, Telophase, Telophase, and Cytokinesis.

Illustration of plant cell mitosis, showing prophase, metaphase, anaphase, and cytokinesis stages.

A microscopic view of various cells and bacteria on a textured green surface, with a large translucent glowing cell in the center.

Black and white diagram of a cell, labeled with cell membrane, cytoplasm, and nucleus.

An abstract illustration of an orange liver on the left connecting via a blue energy stream to a blue brain on the right. Various white chemical molecular structures with labels like 'Acetate' and 'Acetyl=CoA' float in the stream.

A glowing blue microscopic image of a cell preparing for division, with DNA double helix strands and X-shaped chromosomes inside.

A detailed diagram of the Golgi apparatus with parts like Cis face, Trans face, Lumen, and Transport vesicle labeled.

Magnified 3D illustration of skin layers with cells, fibers, and light rays, representing skin proteome and sun protection.

Medical illustration showing a healthy blood vessel progressing to full occlusion by inflammatory cells, forming a necrotic granuloma.

3D rendering of a plant cell with visible organelles like the nucleus, Golgi apparatus, and chloroplasts.

Scientific diagram illustrating the glycerophospholipid signaling axis in vascular dementia, showing a stylized heart, neuron, and mitochondria with various biological processes and labels.

Schematic diagram of multiplexing ELISA showing a pipette adding a sample to a microplate, with steps for binding, detection antibodies, and signal.