Cell Wall Synthesis

[@ellaschultz8669]

This is the best explanation of this process that I've seen. It might be the only video I've seen about it actually. Thanks so much!

[@angelarivera3568]

This is literally the best visual representation and explanation I've found about cell wall synthesis Thank you so much for this! You're literally helping me pass my board exam

[@sariya1319]

In E-coli, a gram negative bacteria, the tetrapeptide side chain at the third position contains ‘Meso-diaminopimelic acid’ and not L-lysine. And the covalent linkage is formed between D-alanine & meso-diaminopimelic acid.

[@nicorogervonlohengramm]

You are right. The tetrapeptide side chain should be L-Ala/D-Glu/DAP (Diaminopimelic acid)/D-Ala Source: Sherris Medical Microbiology 8th Edition

[@oykutosun5555]

I can't believe this lesson is free! It's perfectly explained, thank you!

[@yasmeen3419]

You explained it perfectly. Thank you! I finally understand NAG and NAM and how the cell wall is inhibited by antibiotics.

[@EDUKESH_REAL]

Glad to hear that. Thank you for your feedback!

[@nicorogervonlohengramm]

I'm watching this video again after 5 months. This is the only deep explanation of this topic in KZbin, thanks :)

[@민사지다]

Best explanation ever in socialmedia .. ❤

[@miraloona2159]

Your explanation is amazing!This is really the best explanation for the process I have ever seen!

[@leonardocappella1781]

Great explanation, thanks. Only 1 clarification: bactoprenol is not a protein but a lipid, in particular an hydrophobic alcohol.

[@Mr_Reb3llion]

I just subscribed. You helped me understand a topic i was doubtful i could. You're a great teacher. Thank you so much!

[@rubyshappylifestyle]

The best explanation of this work ever thank you so much!

[@nicolasaira1553]

Just a clarification. Bactoprenol is not a lipoprotein but a lipid.

[@martinacolarelli8218]

Thanks a lot! The best video and the best explanation about this theme. Besides I'm italian and your English is so simple and understandable that I hadn't any difficult.

[@CoconutPiglet]

Wonderful explanation, very clear!

[@barborabaubinova852]

Finally explanation for G+ peptidoglycan biosynthesis, but the whole video is great. Thank you!

[@tejaswishenoy3786]

Thank god you uploaded this . I didn't find any lectures on this topic. Thank you so much

[@medfiles6862]

Your videos are really good. Please keep on making videos. They are very helpful and educational. We appreciate your work.

[@dianasalazar4488]

Wow. You just blew my distance learning Covid mind. Thank you.

[@nataliacarolinaperonace8147]

My first language is spnish but this is the Only complete video Wich I undestod, awesome thank you

[@ghadaabdelrazik2239]

Best i have ever seen!!! and also for free !! please complete... Thank you veryyyyyyyyyyyyyyyyy much !!!

[@ilenisquinones4152]

GREAT VIDEO for a 2nd year med student! Thank you!

[@janaabhilash4577]

Thank you soo much sir... this is the best explanation i had ever seen.... thank you

[@fatmasamymahmoudabdohamad9662]

a perfect way in explanation. so organized

[@M_5787]

Finally found the video on this topic.. Thankyou sir 😊

[@b118mrinalrkumar9]

really helpful , thanks! Please upload the same for protein synthesis

[@MuhammadBilal-nd6oh]

Great video. A mild correction needed. In Gram negative bacteria, the third amino acid which is involved in cross linking with the 4 th amoino acid i.e D- Alinine, is Diaminopimellic acid and not L- Lysine. Thnaks.

[@yduchoa7276]

Thank you for great video. Your explanation is absolutely fantastic!

[@AlintraxAika]

This video was perfect, thank you!

[@analu7558]

perfeito é vc, seu lindo

[@Kanmanitamil-v4i]

Thank you so much for this best explanation 💯

[@jamesatkinson4360]

Thank you so much! Your explanation helps me immensely with my pharmacology studies.

[@debankandebnath3213]

😍Thank you so much for this clear cut explanation. Needed it badly!!

[@aranyamitra527]

very clearly explained . i understood every detail of it without any difficulty. please upload more such videos. best channel

[@Dr.Shymaa]

perfect demonstration indeed, thanks endlessly

[@ericotto1800]

Great video! Thank you for putting this together. It was well explained and the diagrams were very helpful.

[@replicationcellulaire9594]

Hello! Great video! I think there's a misrepresentation error in the diagrams modeling the gram+ and gram- cell walls at 1:20. In these representations, the cross-links are shown between the two types of sugars, NAG and NAM, while they actually form between two NAM sugars. This could be confusing for young students who are encountering these concepts for the first time.

[@g.vakshithaa5145]

superb sir. detailed and clear explanation...

[@Sparkla624]

This was absolutely amazing, thank you so much.

[@noufisnoushad8091]

The best explanation . Thank u sir 😍😊

[@insiderhub7089]

Much needed beautifully explained sir✨

[@mosheargaman9249]

Hey, I would like some help, what about the change of hydrophilic->hydrophobic when binding to bactoprenol? also, missing the part of 5 glycin brought by tRNA binding to the L-Lys amino acid? could you clarify this part, please? @edukesh

[@nikitaramteke5222]

Excellent job. Please make more videos.

[@saumyaprachi2858]

Thank you so much. This video explained everything in a simple manner ❤️

[@krupaingale2561]

Absolutely great explaination😃 that I ever want....keep sharing such informative pharmaceutical vedios with us☺️

[@pcastor4655]

Nicely explained ...easy to understand!

[@fellaahriz2798]

Absolutely amazing explanation! Thank you for make it so clear

[@meriemguertoumy6708]

Very impressive. It is so well explained. Thank you so much. It helped me a lot!

[@liscoll]

Perfectly concise! Thank you!!!

[@razazfaroug8068]

It is really an amazing explanation..very well done..😊😊

[@saibalaji7298]

I'm requesting you to do more videos..

[@innocentabae1118]

Excellent excellent!!👌👌👌👌👌👌

[@esraakhalid5538]

what app did u use to record this video sound quality is great

[@gregorbehr7344]

THIS IS SO GOOD, thank you very much

[@rm_ii66]

Please keep posting!!

[@silsila2529]

Thank you so much for this super explanation! You explained it so good and easy!

[@HashemSmashem]

Great explanation. Thank you very much!

[@gillharman5786]

Worth to watch 🤗🤗

[@geradmahega1570]

Best explanation ever seen

[@sanjaisrao484]

Excellent explanation

[@Chemtaiful]

You simplified something so complicated

[@ananyanath9519]

Very good Explanation sir .. Really helpful 😊😊😊

[@lamba.7]

My medicinal chemistry exam is tomorrow, and I had some questions regarding the MOA of the drugs you mentioned and the cell wall itself, but thanks to you I understand everything now, so THANK YOU VERY MUCH! May God bless you 🙏🏻

[@lkesh922]

Thank you for the kind comment. Good luck in the exam.

[@ajayjat1914]

Great explaination sir! 🙏🙏

[@ashganmostafa4632]

I wanna understand the last slide if u mean that crosslinking in E.coli is differ than that in Staph??

[@samianadir1356]

Best best explanation!

[@samahmed3874]

You deserve +100000 likes .thaank you soo much so helpfull

[@ajaykumart6475]

Nice and useful 👍😊

[@sunandajasrotia551]

Best explanation

[@doni_sinha]

Thanks a lot u explained it really well i understood all the stuff😌

[@aventadorgamer1575]

how does the terminal d alanine helps in covalent bonding before being detached ??????????

[@MB-fy4md]

Good explanation 👍

[@joana1747]

Thank you so much for this video! It helped me out a lot!

[@142umamageshwari5]

Thank you sir 🥰🥰 very much useful 🙏

[@muhammadhuzaifa8649]

why there are only few lectures on your channel . how to access more lectures ?

[@khushboopandey8685]

thanku so much sir, your video is really helpfull for me ..

[@zainabfatema3755]

Thank u so much 🥰💕..god bless

[@user-wc3fd8hz4y]

Thank you for wonderful video!!! Very specific and easy to understand :D

[@millahvunyali1471]

very well explained

[@mdhirok]

thanks a lot. your explanation is just awesome!

[@karangandhi1222]

Thank you very much! Great explanation

[@elnazn6368]

very well defined ! tysm

[@Jaishree.bhardwaj]

Great video 👍

[@anshumansinghrana9409]

Great content

[@sanjasossi376]

Thank you for making this video!

[@emmynuel1773]

Great illustration

[@tree2812]

Very helpful. Thanks a ton!

[@mohammedmehdi4318]

This video should hv more viewssss 💯💯💯💯

[@hidroklorikasit5784]

it was so beneficial, thank you

[@sopanshinde5860]

Nice one ....must watch . .

[@Умешхапа]

well explained. bravo

[@karlagarcia4141]

Thanks, please keep making videos!!!!

[@EverythiNg-fg3wi]

But plz tell me How does this happen in 3D ? I mean the Nam is attached to another Nam ....adjacent .lower and above .....so does it make thress links in the same way ?

[@DrShivaniShende]

Nice video sir

[@mohammedjalbout]

how does the NAG convert to NAM while we still see it in the cell wall??

[@Ana-xo1ek]

I don't know if I am right, but as I understood just some ob the GlcNAc are enzymed by MurA&B to MurNAc and later on when it's C55-P-UDP-MurNAc-pentapeptide*, also known as lipid I, UPD-GlcNAc molecules are polimerised by MurG and we get lipid II, that is flipped over the membrane. *undecaprenil-phosphate (C55-P) . it's from other resource so it may be a bit confusing and also I am still a student learning this subject and also English is not my native language, but I hope it helps.

[@mohammedjalbout]

Ana Yes you are right... Can you put the link of the resource which you have brought those information from!? Thank you again 👍🏼👍🏼

[@dedo3331]

This is reallllyyyyy gooooddd thank u so so so much

[@leeandlornagordon79]

Thanks. Very well done.

[@mitanagbhattacharyya6873]

Thank you so much, great job,great job

[@smileypriya8172]

Thank you sir it was so helpgul

[@thenumber1bobo]

Great video!

[@mahekshaikh8656]

Thank you so much sir 🙏😊

[@MohamedMahmoud-zr8rd]

Thanks for this great video ❤️