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
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.
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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.
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
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 🙏🏻
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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
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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.
You are right. The tetrapeptide side chain should be L-Ala/D-Glu/DAP (Diaminopimelic acid)/D-Ala
Source: Sherris Medical Microbiology 8th Edition
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You explained it perfectly. Thank you! I finally understand NAG and NAM and how the cell wall is inhibited by antibiotics.
Glad to hear that. Thank you for your feedback!
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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.
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Finally explanation for G+ peptidoglycan biosynthesis, but the whole video is great. Thank you!
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Great explanation, thanks. Only 1 clarification: bactoprenol is not a protein but a lipid, in particular an hydrophobic alcohol.
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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.
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
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I'm requesting you to do more videos..
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how does the terminal d alanine helps in covalent bonding before being detached ??????????
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 🙏🏻
Thank you for the kind comment. Good luck in the exam.
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Just a clarification. Bactoprenol is not a lipoprotein but a lipid.
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