What is Kinesin? Ron Vale Explains
3:40
What is Kinesin? Ron Vale Explains
303.5K viewsApr 2, 2018
YouTubeUC San Francisco (UCSF)
Kinesin Motor Protein 3D Animation (with Labels)
0:23
Kinesin Motor Protein 3D Animation (with Labels)
190.5K viewsFeb 16, 2023
YouTubeProfessor Chimp
**The Protein That Walks Inside You - Kinesin Motor Protein Animation**
0:11
**The Protein That Walks Inside You - Kinesin Motor Protein Animation**
2.6K views1 month ago
YouTubeHealth Animation
Kinesin Animation
2:01
Kinesin Animation
1.5K viewsAug 8, 2021
YouTubeMedMonk
Kinesin Walking Animation | 3D Molecular Motor with Cargo
0:27
Kinesin Walking Animation | 3D Molecular Motor with Cargo
9.1K views10 months ago
YouTubeThom Leach
Kinesins are ATP-dependent motor proteins that transport cargo along microtubules, typically from the center of the cell to the periphery (anterograde transport, walking towards the plus end of a microtubule). They are contrasted with dyneins which are motor proteins that engage in retrograde transport, walking towards the minus end of a microtubule. #premed #apbio #biology #kinesin #microtubule #biologyclass #biologytok #fypシ #agreatchaos
0:07
Kinesins are ATP-dependent motor proteins that transport cargo along microtubules, typically from the center of the cell to the periphery (anterograde transport, walking towards the plus end of a microtubule). They are contrasted with dyneins which are motor proteins that engage in retrograde transport, walking towards the minus end of a microtubule. #premed #apbio #biology #kinesin #microtubule #biologyclass #biologytok #fypシ #agreatchaos
1.1M viewsOct 14, 2023
TikTokchemedits
medical_animation on Instagram: "Kinesin motor proteins transport dopamine-filled vesicles from the neuron's cell body, where they are synthesized, along microtubule tracks to the axon terminal, or synapse. This process, known as anterograde transport, is essential for ensuring a constant supply of dopamine for neurotransmission. 📹 by MGlomb3d&interactive (yt) #neuroanatomy #neurotransmitters #bioscience #biology #neurobiology"
0:13
medical_animation on Instagram: "Kinesin motor proteins transport dopamine-filled vesicles from the neuron's cell body, where they are synthesized, along microtubule tracks to the axon terminal, or synapse. This process, known as anterograde transport, is essential for ensuring a constant supply of dopamine for neurotransmission. 📹 by MGlomb3d&interactive (yt) #neuroanatomy #neurotransmitters #bioscience #biology #neurobiology"
23.6K views7 months ago
Instagrammedico_animations
3:33
The Workhorse of the Cell: Kinesin
354.5K viewsMay 15, 2014
YouTubeDiscovery Science
0:22
Kinesin protein walking on microtubule
2.2M viewsAug 17, 2012
YouTubeem2134x
0:32
The kinesin protein is with you... #love #science
2.6K views9 months ago
YouTubeMIKHI Yalan
0:16
Kinesin protein carrying a vesicle along a microtubule
5.9M viewsFeb 3, 2025
YouTubeScience Explained
0:32
Kinesin protein takes a walk on a microtubule
101.8K viewsNov 3, 2015
YouTubeLord Zordid
0:37
Kinesin protein walking on microtubules | Science Hub #sciencehub #biology #cellbiology #enzymes
1.2K viewsAug 21, 2024
YouTubeScience Hub
0:17
How kinesin move along microtubule #kinesin #microtubules #cytoskeleton
198 views3 months ago
YouTubeKnowledge4all
0:15
Kinesin motor protein walking on microtubules. medical 3d #Kinesin #MotorProtein
952 views2 months ago
YouTubeZee Health And Beauty Tips
0:33
"The Amazing Kinesin Motor Protein | Ajay Sir | Career Point
4.9K viewsDec 18, 2024
YouTubeCareer Point Kota
0:15
Kinesin motor protein walking on microtubules. medical 3d #Kinesin #MotorProtein
963 views3 months ago
YouTubeZee Health And Beauty Tips
0:08
Thinkenta on Instagram: "This video shows a kinesin protein walking along a microtubule inside a cell. Kinesin is a molecular motor responsible for transporting cargo, such as vesicles and organelles, across the cell. It moves by using energy from ATP and takes coordinated, step-by-step movements along microtubules in a hand-over-hand walking mechanism. This process allows cells to efficiently move materials to where they’re needed, making intracellular transport possible at the nanoscale. 🎥yt:
6.6K views5 months ago
Instagramthinkenta
See more
Static thumbnail place holder