Gram's Staining

[@MicrobiologyMantra]

0:56 Procedure
3:42 Principle
5:49 Disadvantages

[@torgotalp9375]

Thank you very much, I have watched many, but this is the best 🌸✨

[@MicrobiologyMantra]

Thank you!

[@iohanb211]

Congrates once again on a great video. Keep up the good work!

[@MicrobiologyMantra]

Iohan Kellerman thank you again. May I know where are you from.

[@iohanb211]

@@MicrobiologyMantra I am from Romania, I happend to find your channel. I can help with pictures (personal, so no need for copyright fear) and some info regarding microbiology. I work in a med lab.

[@MicrobiologyMantra]

Iohan Kellerman thank you for your concern.
Will keep in touch.

[@mayuripandey2483]

I've watched many vedio but this is one is well explained with all points. Thank you so much 👍

[@MicrobiologyMantra]

Thank you 😊

[@LWN-jb5pt]

Excellent explanation and free of complexity thank you so much

[@MicrobiologyMantra]

Glad it was helpful!
Thank you ☺️

[@bhavya2301]

This video is so helpful. Thanks a ton.

[@MicrobiologyMantra]

Thank you 😊

[@randomperson-ix9ku]

omg! Amazing all my concepts are clear now. thanks a ton.

[@MicrobiologyMantra]

👍😊

[@ishuuuonthefire4350]

Easy way explanation, thanks u sir, Love from India

[@MicrobiologyMantra]

Thank you for your words.

[@ruchika_899]

Gorgeous explanation 💝

[@MicrobiologyMantra]

Thank you 😊

[@priyankathakur1466]

Great explanation 👍

[@MicrobiologyMantra]

Thank you

[@SanaSana-kp7zf]

can we distinguish two gram negative bacteria by gram stain? is there any way

[@MicrobiologyMantra]

May not be possible unless there is difference in shape of the cells.

[@SanaSana-kp7zf]

@@MicrobiologyMantra thank you so much

[@zeeluck7901]

Thanks. Amazing work

[@MicrobiologyMantra]

Thank you

[@chandrikajampa340]

clear explanation ....

[@MicrobiologyMantra]

Thank you

[@sajiqulislam2586]

Clearcut concept❤️

[@MicrobiologyMantra]

Thank you

[@Anonymous-yt1zy]

Thank you very much u cleared all my doubts. ....

[@MicrobiologyMantra]

Thank you 😊

[@shabazquddus7791]

Why peptidoglycan of G-ve gets perforated (loosing the stain) whereas of G+ve gets dehydrated (retaining the stain) ?

[@MicrobiologyMantra]

As the Peptidoglycan layer of gram positive is thicker than G -ve it retains the stain. G -ve being thinner gets perforated due to the alcohol effect and loses stain.

[@shabazquddus7791]

@@MicrobiologyMantra Got it sir....thank you

[@sneha_wankhede22]

very helpful for an eleventh grader like me 👍❤

[@MicrobiologyMantra]

👍

[@Mrjutt492]

🤗thx you soo much

[@MicrobiologyMantra]

👍

[@sahilzahoor]

Thankyou💓

[@MicrobiologyMantra]

👍

[@sapnakant9725]

TQ u so much sir 🥰

[@MicrobiologyMantra]

Thank you 😊

[@hellenthestoryteller.4338]

❤❤❤❤❤