Intracellular Stock Videos
2TYHRF0–Robotic Intracellular Manipulation. 3D Navigation and Measurement Inside a Single Cell
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2W1NX8P–Robotic Intracellular Manipulation. 3D Navigation and Measurement Inside a Single Cell
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2W1XYCW–Robotic Intracellular Manipulation. 3D Navigation and Measurement Inside a Single Cell
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2W1W0P4–Robotic Intracellular Manipulation. 3D Navigation and Measurement Inside a Single Cell
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2TJX5D8–Cardiac Fat. There are 3 major fat depots around the heart: pericardial fat, epicardial fat and intracellular myocardial fat .
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2TNJNBR–Cardiac Fat. There are 3 major fat depots around the heart: pericardial fat, epicardial fat and intracellular myocardial fat .
0:14
2W793T1–Adenosine triphosphate molecular structure, ATP is intracellular energy transfer. C10H16N5O13P3. 3D render. Seamless loop. Chemical structure model: Ball and Stick.
0:15
2TPCC6P–Ligand, cell membrane, nuclear membrane, intracellular receptor DNA, drugs targeting receptors and DNA transcription in the cell nucleus, 2d animation, video
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2W765DC–Adenosine triphosphate molecular structure, ATP is intracellular energy transfer. C10H16N5O13P3. 3D render. Seamless loop. Chemical structure model: Ball and Stick. White background
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2TKMT8C–enzyme linked receptor, ligand, ADP, ATP, cell membrane, Enzyme-linked receptors, cell surface proteins that activate intracellular pathways upon ligand binding. 2d animation
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2W4E602–Adenosine triphosphate molecular structure, ATP is intracellular energy transfer. C10H16N5O13P3. 3D render. Seamless loop. Chemical structure model: Ball and Stick. RGB + Alpha (Transparent) channel
0:30
2TPD71A–enzyme linked receptor, ligand, ADP, ATP, cell membrane, Enzyme-linked receptors, cell surface proteins that activate intracellular pathways upon ligand binding. 2d animation
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3DK0KHF–Animation illustrating plant cell structure, highlighting endoplasmic reticulum against a vibrant green background
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2TMT0AC–Chlamydia word made of wooden blocks with stethoscope. Medical and healthcare concepts
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2TGB0RK–Structure of the human ether-a-go-go related potassium channel. Animated 3D cartoon model and Gausian surface models, putative membrane shown, PDB 5va1, black background
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3D7FK85–medical supplement visualization, health science display showcasing cellular regeneration processes, laboratorythemed illustration emphasizing metabolic functions and nutritional strategies
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3DAF2ME–scientific presentation featuring molecular interactions on teal grid background, educational animation demonstrating receptor ligand interactions and signaling pathways in biochemistry
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3CKRD5G–Animation illustrating plant cell structure with focus on ribosomes, highlighting organelles and cellular components in a clear, educational style
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2TJR1J0–Structure of E. coli hydrogenase-1 in complex with cytochrome b. Animated 3D cartoon and Gaussian surface models, entity id color scheme, putative membrane is shown, PDB 4gd3, black background
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2W4YJDG–Streaming of cytoplasm in myxomycete plasmodium - model of logic network and artificial intelligence
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2W563XR–Streaming of cytoplasm in myxomycete plasmodium - model of logic network and artificial intelligence
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2W4REBD–Streaming of cytoplasm in myxomycete plasmodium - model of logic network and artificial intelligence
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2W2B64K–Streaming of cytoplasm in myxomycete plasmodium - model of logic network and artificial intelligence
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2W2F0XE–Streaming of cytoplasm in myxomycete plasmodium - model of logic network and artificial intelligence
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2YD7Y5G–Amoeba proteus contains several organelles, including the nucleus (controls cell functions), contractile vacuole (regulates water balance), food vacuoles (digestion), pseudopodia (movement and feeding), and cytoplasm.
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2W55F7H–Streaming of cytoplasm in myxomycete plasmodium - model of logic network and artificial intelligence
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2TJRC30–Cryo-EM structure of a respiratory membrane-bound hydrogenase from Pyrococcus furiosus. Animated 3D cartoon and Gaussian surface models, entity id color scheme, putative membrane is shown, PDB 5cfw
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2W6FJCD–Langerhans cells populate the epidermis from the early developmental stage as a dense network of immune system sentinels.
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2TNWYHX–Mitochondria animation, cellular organelles, produce energy, Cell energy and Cellular respiration, DNA, 3D rendering animation
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3E0895N–Cell cross section with membrane layers, organelles and internal compartments on transparent background for biology and medical use.
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2W0PX2P–Langerhans cells populate the epidermis from the early developmental stage as a dense network of immune system sentinels.
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2TK88MW–Mitochondria animation, cellular organelles, produce energy, Cell energy and Cellular respiration, DNA, 3D rendering animation
0:30
2W1PPHD–Structure of an antibody molecule determined by X-Ray cristallography. PDB source 1igt
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3CMEW3M–Animation illustrating animal cell anatomy with labeled organelles, vibrant colors, and smooth transitions on a green background
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3D94AMJ–Animation illustrating animal cell anatomy with focus on mitochondrion, highlighting cellular components and their arrangement
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3CJDFEG–Animation illustrating plant cell anatomy with a focus on ribosomes, highlighting cellular components and their interactions
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3CRYFB7–Illustrated animation highlighting the Golgi apparatus within an animal cell, showcasing its structure and function in cellular biology
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3CKHNDM–Animation illustrating animal cell structure with focus on centrioles, highlighting organelles in a vibrant, educational style
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3D3GEWH–Illustration of an animal cell highlighting the Golgi apparatus, showing organelle development and structure in vibrant colors
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3CMEW6C–Animation illustrating animal cell anatomy, focusing on the endoplasmic reticulum with dynamic transitions and vibrant colors
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3CMEWFM–Animation illustrating animal cell anatomy, focusing on centrioles with vibrant colors and smooth transitions over 20 seconds
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3DATDW1–Colorful animation illustrating animal cell structure with focus on lysosome. Smooth transitions highlight organelles and cellular components
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3DA8662–Animation illustrating animal cell structure with focus on ribosomes, featuring vibrant colors and smooth transitions
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3D1MEJE–Illustrated animation of plant cell structure highlighting cytoplasm movement and organelles on a vibrant green background
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3CWE119–Animation illustrating plant cell anatomy, focusing on endoplasmic reticulum with vibrant colors and smooth transitions
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3CW26F9–Animation illustrating animal cell anatomy, highlighting organelles and nucleus with vibrant colors and smooth transitions
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3CRYERX–Animation illustrating plant cell anatomy with focus on endoplasmic reticulum, featuring detailed organelle transitions and vibrant colors
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3CMP8KB–Animation illustrating animal cell anatomy, focusing on ribosomes with vibrant colors and smooth transitions
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3D02CHA–Animation highlights the endoplasmic reticulum within an animal cell, showcasing its structure and function against a green background
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3CKHN9E–Animation illustrating animal cell anatomy, focusing on the endoplasmic reticulum with vibrant colors and smooth transitions
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3DK0K80–Animation illustrating animal cell anatomy, focusing on endoplasmic reticulum with vibrant colors and smooth transitions
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3D3GBPF–Illustrated animation highlighting the Golgi apparatus within an animal cell, featuring vibrant colors and smooth transitions
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3CRYER1–Animation illustrating plant cell structure, highlighting organelles with labels and dynamic transitions on a black background
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3CDCBFH–Animation highlights plant cell structure focusing on the Golgi apparatus with vibrant colors and smooth transitions
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3D0X396–Colorful animation illustrating the structure and function of the Golgi apparatus within an animal cell on a black background
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3DK2290–Animation illustrating animal cell anatomy with focus on mitochondrion, highlighting cellular components and dynamic transitions
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3DEG8KF–Detailed animation illustrating animal cell structure and lysosome function with vibrant colors and smooth transitions
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3CGEJRE–Animation illustrating plant cell structure and organelle functions with labeled components and dynamic transitions
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2YHCTN8–The endoplasmic reticulum (ER) is a cell organelle involved in protein and lipid synthesis, comprising rough and smooth types.
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2YKGKPD–The cell membrane protects the cell, controls substance movement, and supports cell communication.
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3D6THEJ–Animation illustrating plant cell structure with focus on vacuole and crystal formations, highlighting cellular components and dynamic transitions
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2YKGKTC–The cell membrane regulates the movement of substances in and out of the cell, maintaining homeostasis.
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