Hey man, great video. I dig your enthusiasm. Kiel ist pronounced correctly, it is a city in northern germany- one of our "pathology hotspots" so to speak, especially for lymphoma pathology. I would be very careful with p63 in the lung for scc because 20% of adenoarcinomas are positive. I usually only use p40 for this differential.

Thank you doctor Sanjay very helpful lecture for the new residents and the interns who are interested in pathology.

I don’t even have to watch the entire video to know this one will be good! Thanks!!

Thank you guys!

Thank you doc! Its a great video esp for first yr residency

Thank you for the lecture ! Great !

Fantastic lecture. Would be great for a IHC lecture series in this format.

Really good! Thanks for a wonderful revision with lots of new markers thrown in along with the reasons for their nomenclature.

Excellent video.

Outstanding

impressive videos！

Very informative lecture for beginners n u have covered lil tit bits too. It would be more beneficial if u upload more of such basic lectures. Thank you Sir.

Thank you!! 🙏

Thanx a lot sir learned a lot

Excellent video Sanjay.

Just on time sir .. your explanation is very clear & u made every thing easy to digest by our mind .. pls dr more videos about immunohistochemistry .. thank u so much

Dr, what tips would you give to differentiate peribronchiolar metaplasia from adenocarcinoma when we do not identify cilia obviously and if you would have examples of the retention of the basal layer evidenced by p 40. Thank you for the amazing youtube lectures.

that is magic!! fantastic lecture . Thank you so much ? do you have any more lecture ?

Thank you for this wonderful lecture..very helpful sir. Can you please suggest any book or other resources for IHC . Thank you 🙏.

Perfect perfect perfect as usual. most amazing video ever. your efforts are highly appreciated. you are a real mentor. we can't thank you enough.

the presence of Gata3 , it's mean cancer tumor is very developed and tha patient is in the dangerous zone?

TIMESTAMPS: 0:45 - IHC Introduction Nuclear Staining 4:37 - TTF-1 6:08 - p63 7:25 - p40 8:07 - INSM 1 9:32 - NUT 10:14 - CBER CISH - 10:14 12:34 - PAX-8 14:47 - GATA 16:07 - ERG 17:44 - CMV 18:38 - ER 19:07 - NKX3.1 21:49 - SF1 22:10 - STAT-6 22:32 - TLE1 23:27 - LEF1 23:53 - Ki-67 24:38 - TdT 25:39 - INI-1 26:24 - Bcl-6 Cytoplasmic Staining 26:57 - Napsin A 28:02 - Synaptophysin 28:19 - Chromogranin 28:50 - Keratin AE1/AE3 29:36 - CAM5.2 30:23 - kit 31:17 - DOG1 31:58 - FH 32:39 - PSA 33:13 - HMB-45 34:03 - Inhibin Cell Membrane Staining 34:21 - PD-L1 35:41 - D2-40 36:00 - MOC-31 36:54 - CD45 37:23 - CD20 37:36 - CD3 37:48 - CD68 38:11 - CD10 38:29 - CD5 38:49 - CD138 39:03 - CK7 39:24 - CK20 39:43 - CK5/6