NEET PG | Pathology | Cellular Events of Inflammation By Dr Preeti Sharma

[@thelimbicsystem6398]

Normal flow------->Neutrophils are in the center because they are larger than RBC.

[@diyamaria8584]

this is probably one of the best pathology lectures I've sat through

[@nasrullahmirbahar4634]

Thank you. It was simple and amazing recap.

[@ganapathi.dduvvaganapathi8051]

Way of teaching for knowing the content of the topic

[@shahnawab]

No one can teach this in your way 🌸

[@amritagupta8664]

Thanks a lot ma'am, I'm pursuing MMLT. And by help of your lecture, i complete my syllabus..

[@AliHaider-kf7tw]

Thank you very much ma'am.
It was a supetcalifragilistic session.

[@Earthball882]

🤩🤩 thanks it's good for ug students too

[@rutz.mbbs09]

Nothing can be better than this video

[@saagarika6158]

Thank you so much Mam.

[@drnur9137]

Mam u are the best for pathology 🥰👍🏻thank u mam 😁❤️❤️

[@bhawnarajput1199]

Way of teaching 👍👍

[@faeezaalam2643]

This was soooo useful for me
Thank you sooo much mam😊

[@aishwaryakvernekar2842]

U have made pathology easy mam

[@vennelagmc6690]

Simple and superb

[@aizazhaidar8226]

Thanks..❤️🤍💙

[@ayushdwivedi5796]

Is Component opsonin functionality is c5b then 3b then 4b????

[@mybookismylife.2798]

Thank you so much mam..👍🙏🏿🙏🏿🙏🏿

[@drshouvikchakraborty]

No ma'am you said it wrong in laminar blood flow WBCs are present at the center then next to them lies RBCs and platelets and at periphery lies plasma.

[@gonegirl1374]

Yes right

[@muhammadayyazashiq4428]

Yes this is the right pattern you mentioned

[@sk.md.tanish3052]

But in Robbins & Cotran's Pathological Basis of Disease (10th edition, Page no. 77) it is mentioned that "In normally flowing blood in venules, red cells are confined to a central axial column, displacing leukocytes towards the wall of the vessel"

[@drshouvikchakraborty]

@@sk.md.tanish3052 that's not in general. That is specific for Venules only

[@kotraramanakumar3505]

Nice explanation mam👍

[@ndy0146]

Very nice and helpful lecture mam ❤️

[@Simrantrehan24]

Mam you are best ❤️

[@sunilahari1505]

Thanks a lot mam🙂

[@maryamwaseem1033]

Mam please 🥺 sare lectures upload krdey

[@roshnivv278]

thank you mam

[@Kittupatel089]

Nice explanation

[@suraj00718]

Thank you so much sir ❤️

[@singhage74]

thanks a lot

[@satyajitpatra5187]

Very nice ma'am ☺️

[@wahib786]

Thankuu so much mam

[@zerobasicbymou5118]

This is so nice😍😍😯😯

[@udaybiradar357]

Osm teaching ,,mam ,,,,, i got dis

[@villagevillegers8836]

Thanku mam

[@homeopathylover6550]

Nyc explain mam

[@amanpreetkaur561]

Endo epithelial cells

[@prathamesh_c]

I like the way you breath😂. Kidding.. Nice video 👍

[@Achlasingh111]

❤

[@manjeetgangwar1748]

Endothelial

[@Mbbsx7]

👍👍👍👍👍👍👍👍👍👍

[@parthmishra3915]

Sachdev mam alag bol rahe hai, aap alag bol rahii hai?? Dono jaan padhatii Unacedemy pai haii ... 😂 kuch samjh nai aa rahaa 🤣🤣🤣🤣

[@komalkanvade0018]

Thank you mam

[@parvathymohan4629]

Thank u so much ma'am 💖

[@premkumarpmourya8823]

thank you mam.

[@dinchakmaya9540]

Thank you mam