Diabetes Drugs | Oral Hypoglycemic Agents (OHA)| Classification | MedLive | Dr. Priyanka Sachdev

[@MedLiveByDrPriyanka]

To join me on other social media platforms click on linktr.ee/dr.priyankas

[@sansarali4288]

Mam K inside the cell increases when K channel is blocked it causes more electropositivity inside the cell so cell becomes less electronegative and threshold potential is achieved so voltage gated calcium channel opens and lot of ca come inside the cell which causes insulin vesicle to fuse with membrane and insulin is released.

[@sansarali4288]

Plz mam correct it 🙏

[@sabaahmed8926]

Hello mam...m unable to text u on Whatsapp number which u shared.

[@kavya0211]

Ma'am you are just amazing and superb. I'm starting to love pharmacology because of you. I've never seen anyone teach pharmacology in such a easier way than this. Thank you so much for helping us ma'am 🙏🙏

[@MedLiveByDrPriyanka]

It's my pleasure

[@YeJoHeVo]

I am dr 69yrs my self '78 mbbs has attended and chaired numerous lectures seminars your physiology lecture is the Best surpassing few world class I simply did not like u touched yr lt eye with finger😊 so 99/100

[@MedLiveByDrPriyanka]

🙏 Thank you sir/ma'am

[@udayjadhav9692]

The only way to learn Pharmacology is ur sessions ❤

[@vithalchowdary9716]

More than anything..... I have learnt to smile every minute after watching your videos. Thanks 🤍

[@MedLiveByDrPriyanka]

😊

[@anonymousprincess1512]

I am happy to see your own channel ♥️♥️♥️♥️💞💞💞 You are my one of favorite teacher on KZbin. Great Love and support from Pak🇵🇰🇵🇰🇵🇰

[@sokaltarona9889]

i love pharmacology and that is only for you ma'am..i searched your video every topic and after doing your class it becomes super easy..i will be always grateful to you..❤❤❤i have a request maam..can you take other classes too of endocrine pharmacology?plz

[@calm_sweetheart]

Enjoy the pharmacology lecture with you ma'am 😊

[@vinays5362]

Ma'am you've got unique art of teaching. Thank you so much n lots of love ma'am 💙🥰

[@Artisticbloom1008]

I am pharmacognocy student n this channel helping me lot .thankuuu ma'am 😊

[@MedLiveByDrPriyanka]

Stay connected 🤗

[@KrishnaYadav-pz3kh]

Osama is ma'am's favourite student I guess😂

[@MedLiveByDrPriyanka]

😄

[@nidhipukku1997]

Thanku so much mam, you explain in English as well as in Hindi, it's very helpful 🙂🙂🙂🙂, mind blowing explanation,🙂❣️

[@SadiaAkter-qy7cf]

Mam,can you please finish the remaining drugs? I absolutely love your videos ❤️you make any topic Crystal clear 🥺 Love from Bangladesh

[@random__human]

Hey did you found out the other videos of endocrine series

[@57tasnimsultana88]

MashaAllah maam. Super easy explanation 💖💖💖💖May Allah bless you💖

[@medicalknowledgewithabhi2394]

I'm pharmacy students and this channel helping us a lot

[@MedLiveByDrPriyanka]

Happy to hear this 😊

[@emmanuelokey2512]

U are amazing ma'am..... sending love from Nigeria ❤❤❤

[@shivanivarshney1425]

Huge respect for you ma'am

[@chemhashmbbs6181]

Respected ma'am u r the besttttttt of all time....kindly upload more videos of Pharma 🙏

[@poorvi8864]

Best strategy of teaching your superb teacher thanks ma'am

[@pawanbisht8502]

Ma'am the way you teach pharmacology is really appreciable.👌👍

[@MedLiveByDrPriyanka]

Thanks a lot Pawan ☺️

[@nivethak5387]

Thank you for your energetic lecture mam .Please upload all pharmacology topics vedio Mam...

[@dr.umheart2388]

Your voice gives me power, inspiration ❤❤❤❤ so energetic ❤❤❤❤❤❤❤❤

[@MedLiveByDrPriyanka]

Wow, thank you😊

[@shivanandrandale3815]

Im a pharamcist no one teaches like you in simple understanding language if you take rapid revision of the all subject it will be beneficial for my competitive exams 😊

[@AkshaySapkal-qk8rr]

mam is always best..enjoying concepts🤩

[@MedLiveByDrPriyanka]

Thanks a lot Keep watching 😊

[@sumitarchives]

your lectures are addictive

[@legolashunt6496]

Chi

[@aditeepate3118]

Explaining was crystal clear 👍👍👍

[@random__human]

Need more of these endocrine pharmacology....

[@rams.6541]

Fire concept ma'am ....🧨🧨🧨🧨🧨🧨🧨

[@abdulwaxir5503]

Loootsss of lovvvv and respecttt from 🇵🇰🇵🇰🇵🇰

[@Bacchachannel-q3r]

Ma'am apse pdkr yesa lgta h that u r godgifted Tr. for me for 2nd yr

[@SantoshHaravat]

Ma'am for conversion of glucose to glucose 6 phosphate: ATP is required,not atp is form during that process

[@shivsingh9334]

I am Nursing Students. Lecture was very easy explain. thank you so much ma'am

[@MedLiveByDrPriyanka]

It's my pleasure

[@somenathpatra9008]

Mam in glucose dependent insulin release by beta cell, potassium leaves the cell via K-atp channel and not enter in normal condition and when blood glucose is more than 75 ,with entry of glucose inside beta cell vis GLUT-2 receptor ,this K-atp channel is blocked by ATP which will lead to depolarization of the cell and further lead to insulin release. kindly correct this .

[@afrazmansoori8641]

Right 👍👍

[@MedLiveByDrPriyanka]

Absolutely correct 👍

[@priyamoorthy8098]

If you weren’t there, I can’t think about passing 2nd year mam❤ a huge heartfelt thanks🫀

[@MedLiveByDrPriyanka]

Thank you so much! ❤️ Your support means a lot to me. I'm here to help you in your learning journey, and I appreciate your kind words!

[@anchalupadhyay5516]

Thanku so much ma'am ❤ You are the best teacher nd doctor 👍🏻👍🏻🥰

[@MedLiveByDrPriyanka]

It's my pleasure! Thank you so much!😊🙏

[@Anublast]

This video is really helping mam thank you so much for good explanation

[@MedLiveByDrPriyanka]

It's my pleasure😊

[@tithitt4297]

thank you mam, you make my struggle easy❤

[@najiatamanna9733]

Mam plz discuss all other endocrine topics

[@sangeetasingh743]

U r the best ma'am ❤❤

[@tanupatil6817]

Most superb n easily understandable lecture it was mam 💖Need more lecture mam

[@MedLiveByDrPriyanka]

Thank you, I will

[@nivethak5387]

I hooked for your lecture mam

[@mushariqali3780]

Superb lecture

[@rohitkathar1848]

Best lec mam

[@whitebutterfly7035]

From Bangladesh 🇧🇩 Totally depending on your lectures to learn nowadays.... Aur kisi se man nehi lagta😅

[@MedLiveByDrPriyanka]

Thank you so much for your kind words. Wishing you best wishes for future endeavors

[@adithirao3901]

Thank you so much ma'am you don't realize how much you are helping us😭💗

[@muhindoedith5459]

When i see your videos, ninja nerd and Dr Najeeb i know the topic is done

[@MedLiveByDrPriyanka]

It's really wonderful to hear that😊

[@captainak7721]

Ma'am you are so osm beacuse you deal these concept like Pani

[@MedLiveByDrPriyanka]

Thank you for your kind words! I'm here to support your learning

[@vishnumohanan2296]

Very nice class

[@94anishshinde61]

Hello ma'am! I had a doubt, if intracellular concentration of potassium falls then how come the cell gets depolarized?

[@bhupenderhimral890]

Potassium level rises intracellularly , outward flow of ion restricted Written in KDT

[@hasinsami601]

Good question

[@legolashunt6496]

Lovely man lovely i was searching for this comment thank you u r a white rose in all red roses

[@debmalyamondal422]

I was searching for that also .

[@MHT_Official]

Yes I had the same doubt as well. Actually, the outward Flow of K will be inhibited and thus will result in Intracellular Rise of K which will cause Depolarisation.

[@dheerajbaliyan7731]

maam aapne Sulfonylureas drug ka mechanism of action mea btaya .... K+channel block and intracellular K+ fall then cause depolarization .....but yha ye galat hai ..... when K+channel is block then intracellular k+level is rise then cause repolarization and then insuline release

[@hetvi_1484]

Right

[@MedLiveByDrPriyanka]

Yes, you are correct

[@MayaHarichand]

Now I'm addicted to ur vedios 🥹❤

[@MedLiveByDrPriyanka]

Keep watching 😊

[@shivrajsingh1575]

Great teacher ❤

[@MedLiveByDrPriyanka]

Glad you think so😄

[@belmanorachallamsuchiang2341]

Soo good i love it

[@zaib7139]

Isn't it that the potassium channel cause the efflux of pattasium which cause hyperpolarization of membrane and calcium channels cause depolarization by entering in cells?

[@MedLiveByDrPriyanka]

Correct

[@habijabi74]

✅ 23:52 oral hypoglycemic drugs

[@maniprabhu3131]

Good Lecture Mam

[@deimaiashal400]

Excellent 👌👌👌

[@MedLiveByDrPriyanka]

Thanks a lot

[@YeJoHeVo]

Yr master graphics are original well intended and speakvolumes

[@SharmaShahil]

Ma'am ek chotu sa doubt tha ki k+ channel hamne ajtak dekha hai tu repolarization karta hai to ye k+ channel cell ke andar kaise leke arra hai potassium ma'am please ye doubt clear kardijiye 🥺🥺🥺

[@nehuchhabria425]

Yes it's a mistake . potassium channels block hone k bad depolrization hote h inside the cell.

[@Bapon623]

Yes...she made a mistake... ATP blocks K channel and inhibit K efflux and actually cause Intracellular accumulation of K and that is Depolarizations... Mam makes some mistakes in her lectures...if you can identify them... that's mean you actually understood the concept 😂 otherwise lectures are helpful😊

[@farazahmad2974]

Normally 43:39 Potassium ion move outside

[@MedLiveByDrPriyanka]

Agree

[@waniwani7332]

intracellular concentration of K+ will increase in beta cell rt mam ? then depolarisation will occur in general k+ moves from icf to ecf concn gradient but atp will block this

[@MedLiveByDrPriyanka]

Yes. You are absolutely right

[@Rakeshkumar-ef3tm]

The way you teaching very good

[@MedLiveByDrPriyanka]

Thanks a lot

[@captenqaisra1260]

Thank you for this outstanding

[@MedLiveByDrPriyanka]

You're very welcome!😊

[@Manthan99A]

THANKYOU MAM

[@parthsarti4561]

Mam jaisa koi nahin

[@MedLiveByDrPriyanka]

Thank u :-)

[@Pharma809]

❤❤ thanks mam

[@MedLiveByDrPriyanka]

Most welcome 😊

[@Chalchisa-ep4fm]

Please make the media English purely, we from worldwide are enjoying your lecture. Txs!

[@amarjiprajapati5345]

Super lecturer 👍

[@MedLiveByDrPriyanka]

Thanks a lot☺️

[@shivrajsingh1575]

Good Hindi ❤❤ concept clear

[@MedLiveByDrPriyanka]

Thank you 😊

[@sarah8844]

bestest🙌👏

[@syedaltafbukhari7908]

Excellent experience

[@MedLiveByDrPriyanka]

Thank you. Best wishes

[@shaun2606]

Osama guy in every video of this series 🫡

[@MedLiveByDrPriyanka]

😄

[@ellishzou6406]

So maam why do diabetes mellitus type 2 patients get insulin injectable

[@fatimaqueen5372]

best mam

[@MedLiveByDrPriyanka]

Thank you 😊 Best wishes

[@maheswaran2768]

Good session Mam ✌😊

[@vandanajaiswal6816]

Thanks ma'am ❤

[@MedLiveByDrPriyanka]

Most welcome 😊

[@batul_dw12]

Ma'am type 2 diabetes m to target cell k receptor m defect hai insulin bind nhi ho pa rha toh phir insulin subcutaneous Dene se kese glucose ka intake target cell m badh jayega

[@shanayashokat1051]

Same question 😢

[@manishaneupane845]

Such a good lecture

[@MedLiveByDrPriyanka]

Thank you. Best wishes

[@AdityaSatpute19]

Mam but potassium intea sai extra travel karta hai

[@MedLiveByDrPriyanka]

Correct.

[@SunilGupta-nm3fo]

Maam please guide me how to memories the adverse effect of drugs its far difficult than classification Only nausea, vomiting, diarrhea come in mind every time

[@maheswaran2768]

When will the next session be for other groups in OHD?

[@SantoshKumar-ko2dx]

Mam plz discuss rest important topic of endocrine !! mam please 😊😢❤

[@lifegoeson4904]

Ooo Mam... Recently i watched ur video it's AWESOME, I realized how much money i am wasting on my college? 😅

[@raufiqbal6479]

Ma'am please lecture on anti arrhythmic drugs

[@syedaltafbukhari7908]

Mam, why chloro......... is baned?1st generation

[@Entoreels]

Mam please also make a video to cover Drugs acting on Gastrointestinal System

[@MedLiveByDrPriyanka]

I will 👍

[@vaishnavimenon]

Where is the continuation of this unit? Can anyone please guide me?

[@MedLiveByDrPriyanka]

Will schedule it soon

[@pharmaceuticalchemistry9287]

Glucose to glucose 6-ph banne m to Atp Ka Utilisation hota hai🥺how will produce Atp? Then

[@esaiyazhini4120]

Mam leacture was awesome. But mam please try to lecture only in english like you usually do mam.

[@MedLiveByDrPriyanka]

I will surely try 😊

[@shakeeldot9185]

Love from Pakistan mam❤❤

[@crybaby5875]

Where is part 2 for anti diabetics

[@shivanshitiwari8235]

Mam plss make lectures on endocrinology and drugs

[@MedLiveByDrPriyanka]

I appreciate your response, please stay connected for further sessions.

[@skgolamrasul9871]

Ma'am if possible please upload more videos on pharmacology. Its too much easy we teach the topic otherwise can't get a single word 😢

[@MedLiveByDrPriyanka]

I will try 😊

[@skgolamrasul9871]

@@MedLiveByDrPriyanka thank you so much ma'am

[@TheUnknown17112]

Maam plzzz makes lecture vedios on all the chapters of pathology and pharmacology

[@MedLiveByDrPriyanka]

Sure, I will

[@TheUnknown17112]

Thanks alot ma'am ❤

[@momojannatul4591]

ATP inhibits K+ efflux so eventually it will get depolarised,here intracellular K+ will increase But ma'am why did you say increase?

[@syedaltafbukhari7908]

Thank you got answer

[@MedLiveByDrPriyanka]

Best wishes

[@sumitarchives]

Mam please make lectures on antipsychotic drugs 😢

[@random__human]

Have you found them?

[@sanasaddique-dk2gj]

Hy mam plz lecture on pain and NSAID...PLEASE MAM

[@untoldarmy5610]

Autocoid please , mam

[@apworld9640]

By increasing atp k level increase inside the cell

[@MedLiveByDrPriyanka]

✅