🎯 Key points for quick navigation: 00:00:04 *🌱 Neural Plate Formation* - The surface ectoderm thickens to form the neural plate over the developing notochord. - The neural plate's development is synchronous with the notochord and is crucial for forming the central nervous system. - The neural plate extends cranially, reaching the oropharyngeal membrane. 00:00:31 *🌀 Formation of Neural Groove and Folds* - The neural plate invaginates to form the neural groove along the central axis. - Raised lateral margins, known as neural folds, emerge alongside the groove. - Neural crest cells line the tips of these neural folds, particularly evident at the cranial end of the embryo. 00:01:17 *🔗 Neural Tube Formation* - Neural folds converge and fuse to form the neural tube in a craniocaudal direction. - During fusion, the ends of the neural tube remain open as neuropores, connecting with the amniotic cavity. - The anterior neuropore closes around day 25, and the posterior neuropore by day 28. Made with HARPA AI
We are glad to help you Fatima. You can find more such amazing videos on the MediMagic App (link is in the description box). If you are a new user you can avail 14-day FREE trial of the app. Happy learning. :)
Can you upload more embryology animation videos please? Your videos are very informative and easy to understand. Kindly upload more embryo videos of development of several systems.
We are glad to help you Kokila. You can find more such amazing videos on the MediMagic App (link is in the description box). If you are a new user you can avail 14-day FREE trial of the app. Happy learning. :)
This channel is criminally underrated , pls keep up the good work
Ikrrrr
i just can't describe how much i'm gratefull to u
🎉best one yet ever
🎯 Key points for quick navigation:
00:00:04 *🌱 Neural Plate Formation*
- The surface ectoderm thickens to form the neural plate over the developing notochord.
- The neural plate's development is synchronous with the notochord and is crucial for forming the central nervous system.
- The neural plate extends cranially, reaching the oropharyngeal membrane.
00:00:31 *🌀 Formation of Neural Groove and Folds*
- The neural plate invaginates to form the neural groove along the central axis.
- Raised lateral margins, known as neural folds, emerge alongside the groove.
- Neural crest cells line the tips of these neural folds, particularly evident at the cranial end of the embryo.
00:01:17 *🔗 Neural Tube Formation*
- Neural folds converge and fuse to form the neural tube in a craniocaudal direction.
- During fusion, the ends of the neural tube remain open as neuropores, connecting with the amniotic cavity.
- The anterior neuropore closes around day 25, and the posterior neuropore by day 28.
Made with HARPA AI
Undoubtedly an amazing animation💕
We are glad to help you Fatima. You can find more such amazing videos on the MediMagic App (link is in the description box). If you are a new user you can avail 14-day FREE trial of the app. Happy learning. :)
So helpful, way more than pictures - thank you!
Can you upload more embryology animation videos please? Your videos are very informative and easy to understand. Kindly upload more embryo videos of development of several systems.
Super super helpful…best short video
Thank you so much sir🎉❤
Great explanation!!! Very explicit content and description
Super ..... Vedios...I'm preapring notes... from this...
Most grateful vedio👏
Keep it up ..
Amazing and v v informative animation
really help ful thankyou so much
Thanks a lotttt
please make more videos on embryology.
What an animation!
Find it so helpful thank you btw
We are glad to help you Kokila. You can find more such amazing videos on the MediMagic App (link is in the description box). If you are a new user you can avail 14-day FREE trial of the app. Happy learning. :)
Could you upload cvs embryology
daw kwaon ko ni lord sa tingog mo ba.
oropharyngeal