I am a visual learner and this is a great work to understand the mechanism. I encourage you to continue working on this kind of visuals. You did a great job. Thank you.
there's no systematic evidence to suggest anyone is any more a verbal than a visual learner. you're probably trying to say that this was a good video. i agree.
Thank you for letting me see what is happening in my sinuses and respiratory track right now....day two of taking amoxicillin and I feel sooooo much better!!!
Thanks a lot...your language and method of explanation is excellent...I request you to upload more videos on the topic like..sulfonamides,cotrimaxazole and other important topics of pharmacology.
thanks alot this vedio is very very helpfull for me as i was unable to understand this machanism after trying several times .. but this vedio made it easy for me ..
good explanation.. I guess the moral for me who knows nothing about how this all works is to finish my course of antibiotics or the bacteria in my body will become resistant to the antibiotics I am taking, something I didn't do last time I was sick with a bacterial infection... cheers.
At this time there are no plans for additional animations on inhibitors. You may review other existing videos on our channel that cover antibacterial agents: "Macrolides: Mechanisms of Action and Resistance" and "Fluoroquinolones: Mechanisms of Action and Resistance". Please note: The animations represent a visual interpretation and are not intended to provide, nor substitute as, medical and/or clinical advice.
excellent video, very strait forward. I was thinking transpeptidase was the pentapeptide chain, most videos do not show the actual enzyme at work. Thank you
fantastic explanation.but im confused about the plasmid donation. as i know the begger bacterium who has not useful plasmid send a strand DNA to copy the wanted plasmid.not as shown here.some on give a comment.thank you
Why we should go schools if we can learn from these video ! I mean this is excellent video on ß-Lactams: Mechanisms of Action and Resistance subject !!@@!!
Are the PBPs embedded in the inner plasma membrane? In the video they don't appear membrane bound... But If they are in the membrane, I think this would make sense why it is more effective to have the beta lactamase enzymes in the periplasmic space for Gram-negative bacteria.... hmmm. Thanks for the clear explanations!
Good explanation. I was hoping for an clarification of the D-ala D-ala structural analogy of vancomycin and penicillin though their mechanism is different.
I am a visual learner and this is a great work to understand the mechanism. I encourage you to continue working on this kind of visuals. You did a great job. Thank you.
there's no systematic evidence to suggest anyone is any more a verbal than a visual learner. you're probably trying to say that this was a good video. i agree.
God bless whoever made this!!!
Not only is the animation super helpful, the summary in the video description makes note taking that much easier! Thank you!
Thank you for your comment. At times it's beneficial to omit certain details for the sake of clarity of overall picture.
Perfect explanation.
Made it ridiculously simple.
Whoever who made this.. Big thank for you
Surprisingly, the video gave a simple, yet relevant and helpful explanation to a very complicated MOA.
Wonderful! Makes key principles in biology so much easier to grasp!
The best visual understanding of Pharmacology Mechanism of Action and Resistance
Thank you! New videos will be uploaded in coming days. Please stay tuned.
Thank you for letting me see what is happening in my sinuses and respiratory track right now....day two of taking amoxicillin and I feel sooooo much better!!!
Brilliant and very helpful. Please post more and always keep educational stuff free!
God bless whoever made it.
Our professor showed us this video in the lecture thank you ❤
THANK YOU!!! More informative than my lecture in Microbio in med school!!
I just wanted to say... Thank you... the video was amazing... so simple... thanks
VERY illustrative, brief, accurate clear material, thank's a lot for sharing, this is great.
Thanks a lot...your language and method of explanation is excellent...I request you to upload more videos on the topic like..sulfonamides,cotrimaxazole and other important topics of pharmacology.
Oh my gosh. You are genius myan. Please make whole pharmacology videos. Please Please!!!!
Thank you for the video. I have been reading about penicillin and cephalosporin antibiotics and having a visual aid has helped immensely.
thanks alot this vedio is very very helpfull for me as i was unable to understand this machanism after trying several times .. but this vedio made it easy for me ..
Bacterial cell wall synthesis: 0:10 - 3:36Resistant mechanism: 5:19 -7:20
thank you a lot for this information i was studying the antibiotiques i was confused thank you a lot
@yaash29
Sincerely thank you for your evaluation! We glad it helps clearly to understand the subject matter.
This video helped me so much for my freshman honors bio projects.
Wow! This is amazing. Thanks a million
most helpfull for Pharmacy student
woooow that was very brilliant ,,, it made all things connected & cleared ,,, thanks sir :D
No, not at this moment. We may consider your suggested topic for our future animations. Thank you.
This is the best video I've watched n beta lactams, you are the best
this helped me with my presentation on the enzyme. Awesome!
excellent job , I really like it
THANKS FROM THE HEART :D !!!!
الشرح ممتاز شكراً جزيلاً🙏🏻💕
good explanation.. I guess the moral for me who knows nothing about how this all works is to finish my course of antibiotics or the bacteria in my body will become resistant to the antibiotics I am taking, something I didn't do last time I was sick with a bacterial infection... cheers.
At this time there are no plans for additional animations on inhibitors. You may review other existing videos on our channel that cover antibacterial agents: "Macrolides: Mechanisms of Action and Resistance" and "Fluoroquinolones: Mechanisms of Action and Resistance".
Please note: The animations represent a visual interpretation and are not intended to provide, nor substitute as, medical and/or clinical advice.
Excellent work. Thank you !
I have a question about the transformation part... if the first bacteria already had the resistance gene, why did it die?
Thank you very much indeed...It was very helpful.
excellent video, very strait forward. I was thinking transpeptidase was the pentapeptide chain, most videos do not show the actual enzyme at work. Thank you
Thank you, Brilliant!
Amazing job, thank you so much from Italy!!
This video is really really really.... PERFECT!
BLESS YOU. Thank you for this!
Extraordinary video, very concise and informative
This is excellent. Thank you!
Absolutely love it ! Thanks a lot !
Awesome presentation !!!
fantastic explanation.but im confused about the plasmid donation. as i know the begger bacterium who has not useful plasmid send a strand DNA to copy the wanted plasmid.not as shown here.some on give a comment.thank you
Cool this'll be extremely useful for a school project of mine.
Awesome Videos!!!!!!
This video was very informative, thankyou !
Very nice ! and i gain the Use for my project from this video , thank you ! :)
AWESOME VIDEO MAN I'M IN LOVE WITH BIOLOGY !
What a excellent presentation sir... nice job....
I love the way he says peptidoglycan.
You did a great work, sir . Thank you so much.
Why we should go schools if we can learn from these video ! I mean this is excellent video on ß-Lactams: Mechanisms of Action and Resistance subject !!@@!!
You didnt add formation of efflux pumps and inhibition/alteration of porin proteins that bring drug into cell.
This video was great. thank you!
Excellent video! Thanks
Beautiful explanation! Thank you!!
Fantastic! Thanks for this!
Are the PBPs embedded in the inner plasma membrane? In the video they don't appear membrane bound... But If they are in the membrane, I think this would make sense why it is more effective to have the beta lactamase enzymes in the periplasmic space for Gram-negative bacteria.... hmmm. Thanks for the clear explanations!
subbed! gona watch all your vids now...let me just get my popcorn
Thank you for this video, it was very helpful! :)
this is a great presentation
Excellent explanation! Thanks!
Great work, Thank you.
I was learnt this concept after I saw this view..thanku ... then I am requesting one video for cycle of grep cycle...and tca cycle...
Very nice, thank you for posting.
cleared the basic knowledge of penicillin action and resistance by bacteria
can't believe it was from 9 years ago
Good explanation. I was hoping for an clarification of the D-ala D-ala structural analogy of vancomycin and penicillin though their mechanism is different.
Good job 👏👏
You r a freaking genius.
Thank you. this video was really useful
This was awesome! keep it up!!!🖒☺
This is awesome. thanks you.
awesome video💖
BEST VIDEO REALLY.
Extremely helpful - thank you
This has helped!!!.Thank you
Very good !
this video made my day :'-D
thank you so much it's such a helpful video
please upload more videos, i really love you now :)
Very good, very clear explanation..
Suuuper helpful thank you very much for this
amazing channel !!!!!
Very enlightening video!
Technical question: which program do you use for these animations?
Thank you very much!
Thank you. Adobe Flash CS3 was used. Now Adobe change the name of the program to Adobe Animate CC.
Very nice subject. I like the Video.
beautiful explanation!
Thank you very much. Very helpful
awesome video!!! thank you :)
THANK YOU SO MUCH!!!!
Thank you so very much!
superb explanation.....helped me to understand the mechanism correctly ....thank u guys
very helpful video .. thank you so much !!
very nice and important for medical students
best explanation ever !