Stomach (Mucous Cells, Chief Cells, Parietal Cells, G Cells)

[@supernovachampions]

Your lectures are the most coherent, comprehensive and academic-like that I have seen on youtube. You are a good lecturer as well - drawing the listener in with good tone and tempo. I appreciate your knowledge sharing. CHEERS!

[@HomeSweetAva]

Thanks for always presenting a picture and making sense of every jigsaw puzzle piece! Your videos helped tremendously with my biochem exam and I watched them more for learning than cramming. They are fun to watch!!!

[@AKLECTURES]

+Ava Xue Thats amazing! Glad your enjoying course, its really a wonderful one! Best of luck with your studies Ava!

[@anteater9408]

Note to Self: You can copy the notes at 5:50

[@katemariano2324]

Thank you. Your style keeps me focused. Great video!

[@dante8605]

mr. knowing everthing

[@jeanettejmag6455]

Thank you so much for your explanation. I had been looking for a lecture that could explain it well and yours was it! I understood the material a lot better.

[@bikramkodgiya3747]

Our sir ,presentation for lecture is great full so i love this vedio at last thank you sir❤❤

[@red.4ng41]

Just donated! thank you so much for making these short informational videos. They truly help!

[@AKLECTURES]

Thank you! I saw! :) Really appreciate your donation!

[@mattmalone2525]

This is a great lecture, he is very articulate and clear in what he says. Thank you AK.

[@AKLECTURES]

You're welcome Matt! Thanks for the positive feedback :)

[@SilenceInTheBliss]

I am so grateful for your videos. So grateful.

[@bikramkodgiya3747]

Thank you, sir❤❤

[@environmentalhealth2201]

BEAUTIFUL PRESNTATION,ITS SOO PRECISE TO THE POINT

[@robinkabous9651]

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Very well-done! Thank you so much for all you do!

[@littleking5546]

Thank you sir ... This video helpful to me..

[@a2zbiology851]

I am from India .outstanding And excellent teaching sir .

[@yussufmohamedadenyussufade9858]

Thanks a lot professor. I wanted from you a well presented video of skeletal, Muscular and intergumentary system

[@EllOhhVeeE33]

Tq!! You teach better than my lecturers

[@tomsinite]

Awesome video. Extremely clear and helpful. Thank you for this sharing of knowledge.

[@AKLECTURES]

tomsinite you're very welcome, thanks for watching :)

[@Kercinogen]

Very concise. Enjoyed the simplicity of it.

[@osama8015]

thank you I want to know what is your univerisity

[@ericac2355]

Thank you very much for your amazing lectures. I have a question about the stimulation of G-cells: My professor told us that Gastrin-releasing peptide (GRP) was the neurotransmitter released via the Vagus N. that activates G-cell release of Gastrin, NOT ACh. Have you heard of this NT and if so just want to know which is the NT that binds to the G-cell to cause Gastrin release---thank you so much again! Truly love your lectures and wouldn't be passing medical school without you.

[@alial-jadiri5111]

Erica Concors the answer is Bombesin

[@Batats96Fatma]

you 're right

[@rexifyyy]

Thank you very much , its easier than reading textbook .

[@AKLECTURES]

Didi Ahmed you're welcome! still should read the material though, helps to reinforce the concept :)

[@maryellencitron5135]

great info video

[@thekamalkhan1623]

You are All rounder sir, Love You!

[@andalesuresh3484]

Awesome thank you so much very informative and clear enough it's like a refreshing revision

[@rockface112233]

of course the mcat question im working on is asking about D cells because thats the only one I can't find information on

[@sherrytaste8653]

thanks for your effort

[@nafissamehadji1445]

Really easy to unterstand! Thank you

[@ainnikhan4108]

Great teacher.... thank you.

[@graceliu7898]

Good. But G cell is stimulated by GRP from vagus instead of ACh.

[@mareezjohnyalfred1980]

Very helpful with my histology studies! Thank you:)

[@farmanqureshi886]

Wow🤩 sir very help full😀

[@mahletdemissi2469]

Thank you so much

[@benjaminkennedy3913]

Mucus cells are also known as goblet cells FYI

[@Mariah-ge5be]

My fav lecturere all the time👌🏻 2020_1_8

[@yoyobros99]

This helped me a lot. Thank you!

[@AKLECTURES]

Jeffrey Longoria You're welcome Jeffrey!

[@thuymobbs6513]

Love your lecture! Thank you!

[@lisbethlujano2510]

Good review thanks!

[@bridian2]

Thank you! That was very helpful! I especially like how much you reiterate things. ^_^

[@junczhang]

thanks for your help!

[@اسعداسعد-ع7ح]

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[@benjaminhoman9923]

This is very helpful! But this dude is flexing that left arm something fierce.. haha

[@cantante3555]

Great lecture, thank you!

[@AKLECTURES]

+Jessica Creamer Thanks Jessica!

[@ramchandrasuthar2848]

very nice Lecture Thanks GOD BLESS YOU

[@bravowhiskey223]

Thanks for the lecture

[@AKLECTURES]

bravowhiskey223 you're welcome!

[@zizetghobrial2155]

Thank you so much. Amazing.

[@92eliseharris]

Thank you!

[@robikazi5584]

good

[@omarmahmoudibraahim443]

thank you very much ma doctor

[@monirayusuf30]

thanks

[@MusicforYoungViolinists]

So helpful thanks!!!!

[@MaryamaAmina]

thank you

[@AKLECTURES]

MademoiselleLapin you're welcome! :)

[@mohanswaroop841]

Nice effort..Thank u)

[@abdaddy94]

thank you for the lecture. you remind me of wolf of wall street leonardo di caprio

[@AKLECTURES]

Abdullah Murad lol you're welcome! :-)

[@sumitprasa6202]

Anyone from India and watching it on 2021

[@christinechan5703]

are these: Mucous Cells, Chief Cells, Parietal Cells, G Cells referred as glandular structure of the stomach?

[@maryellencitron5135]

can’t get rid of mucus - comes up - lodges in sunl gland in neck and throat - help - had every test know to man - any help here???

[@nellyhoffman6194]

man amazing work :) i have one question what is your major ? phd in Biochemistry ?

[@shehzanshareef2087]

Where is the video for histology of small intestine?

[@hiratariq33]

Just amazin'

[@141039471]

Hi, In the lecture you said that parietal cells are the ones that release intrinsic factors. From my textbook it says the parietal cells release HCl which stimulates the Chief cells to secrete the intrinsic factor and pepsinogen. Is that correct?

[@mo.mandor8864]

cj105569 . If that is correct , destruction of parietal cell will not cause prenicious anemia . but peptic cellc secrete only pepsinogen and when it becomes in contact with hcl secreted by parietal cell it converts into active form (pepsin ) intrinsic factor is secreted from parietal cell along with the secretion of hcl to absorp vitamin B12 which is responsible for maturation of RBCs .....

[@mirnotion]

cj105569 Parietal cells secrets both. The intrinsic factor is necessary so that later on, in the small intestine, vitamin B12 can be absorbed.

[@mo.mandor8864]

Sabrina you are right you can add that vitamin B 12 and intrinsic factor form a complex attaches to cubam receptor in terminal ileum then it is transported across the cell membrane and bound to transcobalamine in the blood

[@vbt1992]

First Of All Thank You !, Your provide one of the Best Lectures about GI System on youtube. However could you please make a Video Explaining the Sequence in which those enzymes are released from moment we ingest food into the mouth , - is it that the food enters the Stomach the motility forces the G cell to release gastrin ? and does Gastrin then Proceed to Stimulate Parietal Cell(HCL) / Chief Cell (pepsin). I Hope my Sequence is correct. Thanks Again!.

[@Aelessya98]

G cell is an endocrine cell isn't it?

[@karinamorales6432]

What is a stomach cell?

[@salilsharma3888]

How to get Rid of Excess Mucus in Stomach.?

[@a.s.america]

Thank you so much