Ossification | Bone Formation | Histogenesis of Bone | Bone Histology | Embryology of the Skeleton

[@ahhhhh21968]

Simple and easy explanation. Saved my life.

[@qinisoel87]

this might be stupid but I love you.

[@Adam131-o8t]

you teach way bettter than my own professor, thank you!!!

[@scottstorchfan]

Extremely pedagogic. Thank you for your work.

[@Partlycloudy70degrees]

best video ever on this subject! Thank you

[@bytesizemed]

Thank you. I’m glad it was helpful! 😊

[@laslas71]

Plssss make videos of complete physiology

[@amirhamza228]

Your videos are best There is my suggestion that u upload these slides in pdf form too in description for our quick revision .

[@n.s.dissanayake7943]

Please do CNS embryology 🥺🙏 It's so easy to understand with you

[@axelle3338]

you explain so well! thank you so much for helping me understandd 🎀

[@fishaqthegreat]

This was an amazing video! Thank you so much for your efforts! ❤

[@bytesizemed]

I’m glad you liked it!😊

[@chrisrauniyar7578]

I love youuuu. You are too goof

[@BoniAnky]

You're Amazing😘thanks☺️

[@sofiaougo9765]

That's perfect thank you!

[@neha9349]

honestly this is such a great video!! Easy to understand and visually very attractive. Thank you so much!!

[@bytesizemed]

Thank you very much! I’m glad you liked it😊

[@SashaStudylover]

Thank you so much ❤ . What a cute presentation ☺️❤️ .

[@bytesizemed]

Thank you! ✨

[@logitfau252]

i have my main exam in two weeks and never came across such a good way to explain bones, its always like the textbook pictures leave something out or state the different kinds of bone development and direction and histology layers as confusing as possible :D But one thing is wrong: Mesenchymal cells are not equal to mesoderm. Mesenchymal is just "not epithelial" tissue -> no horizontal cell-cell-connections, no polarity (apical and basal) etc. . Thats what the primitive streak for example does -> it changes the epithelial nature of epiblasts into mesenchymal, migrating cells. Mesenchymal cells can derive from all kind of embryonic tissue, take for example the vicerocranium its bones are made of neural crest mesenchymal cells ( Meckel-Cartilage, Reicherts-Cartilage).

[@crunchykitkat7957]

wow you just explained an simplified a 2 1/2 hour lecture in 12 minutes you’re amazing, thank you so much for your work ❤❤❤

[@krishan5274]

First of all I would like to appreciate your voice which was too good then ❤❤❤❤ for this video on bone formation

[@bytesizemed]

Thank you!😊

[@fallenangel8785]

Brilliant ❤, I was wondering about the process of making these videos , do you use a video editing software to accelerate writing then record your voice on top of it ? Or do you use keynote ?

[@bio366geethasankar7]

🙏🙏🙏🙏🙏

[@shwetashete9417]

Upload Neurology lectures

[@grabbite]

Did you use goodnote to demonstrate?

[@kaizoku9963]

Great explanation especially about the epiphyseal growth plate

[@bytesizemed]

Thank you. I’m glad you liked it!😊

[@bucky79]

THANKYOU!!!!

[@bio366geethasankar7]

🙏🙏🙏🙏🙏

[@alagiyawannamukaweti4448]

My good god.what a teacher u are.must be admired the way you taught the entire lesson ..thank you 🌼❤❤❤

[@bio366geethasankar7]

🙏🙏🙏🙏😊

[@itsworldwideguy9193]

Plz provide pdf of this video✨btw the video is superb 🫡❣️

[@غاليةيوسفالمطيري]

Your videos are life saving, thank you so much for the effort you put into this video But i have a suggestion : can you try but all the information in the last slide so i can take a picture and used it to review the whole concept ✨

[@leila3936]

Your videos are so good that my teacher recommended them ❤❤

[@SantlalNirania]

Very helpful ❤🎉

[@user-if7wu4ii1g]

I'm so appreciated thank you very much you saved my life😅

[@StephanieChidera-b8q]

This was really good and easy to understand thanks

[@bytesizemed]

I’m glad it helped! 😊

[@kaleemkhan9693]

Thank you so much for this video

[@zangetsu949]

Mam your voice ❤❤❤❤❤❤❤❤

[@whichwitchswitchedtheswiss]

YOU ARE GENIUS 💯💯💯💯

[@maheenpirbhai5985]

thank you! very well explained

[@purplecorn27]

best video for this topic thank you so much

[@manojperumal2540]

how do you make this pictures please tell me

[@yeshaswiniraja308]

I am truly grateful to have found this. I am clearly mind mapping the concepts. Thank you so much. Please keep up the great work.

[@bytesizemed]

Happy to hear that you found them helpful!✨

[@selineceerden8934]

Amazing! I was really struggling with this topic, but you made it pretty clear. It was really easy to follow but you still touched upon all the important parts that were needed to be covered. Thanks a lot !!

[@bytesizemed]

I’m so glad I could help!✨

[@musyclover]

Excellent thank you

[@JessicaEscoto-n6i]

Thank you thank you

[@EbenezerMidodzi]

You talk too fast Take your time

[@nourzaouai7521]

i love u bro

[@umuulan.nanaman]

i think im in love with you

[@jonathanfargalla5427]

Thank you!

[@AhmedYadak]

Appreciated ❤

[@rummanashraf301]

awesome❣

[@Startpixie12]

ohmygosh these are so good!!! you are truly gos sent! thank you so much! is there a link available where I can download the notes for this particular topic? :)

[@rushicanna1164]

Great ❤

[@SereneTea-se3sq]

Fusion of ossification centres mean??? Please explain I have an exam in a few days

[@GamingWimpGW360]

😂

[@tahreemsheikh7582]

Such an amazing video! Much appreciated 🎉🎉

[@SereneTea-se3sq]

Can u explain what fusion of ossification centres mean I have an exam in a few days and I don’t understand it

[@laslas71]

Plsssss doooo videos on CNS

[@BeyeneBeyene-n3w]

Thank you ❤❤

[@bobbaraankalayya4254]

Good job

[@CalviNsiku]

I love the pace your using to explain. A soul saved here!❤

[@SereneTea-se3sq]

Can u plz tell what fusion of ossification centres mean