Antibiotic Classes in 7 minutes!!

In this video, Dr Mike outlines the classes of antibiotics, examples of each, and their mechanism of action in 7 minutes!!

Instagram: @drmiketodorovic

[brookeb]

I learned more from you in 7 minutes than I did from my own professor's 40 minute lecture.... thank you! You're a life saver

[ageyna]

Fastest ever most comprehensive lecture on antibiotics that spared me years of agony. Thanks man!

[thenurseceouk]

Intelligence ✅
Beauty ✅
Physique ✅
Accent ✅
Composure ✅
Delivery ✅
God sent ✅
Simplicity ✅
Comical ✅
Versatility ✅
Everything ✅

Nna edi too much
Sending you 💙 from Nigeria.
You are a life saver.
God bless you.

[waad]

A whole lecture in 7 minutes - absolute legend. Took me ages to get it and I finally do, thank you so much!!!

[akhilsajeev]

The world needs more teachers like you

[shiningstar]

Perfect lecture! I haven't heard anyone teaching Antibiotics better than this. You made this complicated, vast Antibiotic subject into a simple, fast & easy to learn experience in 7 minutes. Thank you!

[rajatsinghk]

Great resource! Thank you for posting it, Dr. Mike. I noticed an inaccuracy that is often mistakenly propagated about the MOA of Beta-lactam antibiotics in your video. If you get a chance to see this comment please consider revising the video. Here's what I mean. Though probably clinically irrelevant, the Beta-lactam antibiotics do not break the bonds that the transpeptidase forms between the peptide chains. The Beta-lactam ring is structurally similar to the two amino acid residues ((D-ala-D-ala)) at the end of one of the peptides to get crosslinked. The transpeptidase enzyme (aka PBP) gets inactivated because instead of binding to the D-ala-D-ala residues they end up binding to the Beta-lactam antibiotics (Penicillins, Cephalosporins, Monobactams (Aztreonam) and Carbapenems. So they prevent cross-links from forming but not destroying the ones already made (those are gradually broken down by the cell-wall remodeling enzymes. The ultimate result is a weakened cell wall which causes the cell to lyse as water moves down the osmotic gradient and pops the cell. Anyway... Thanks again!

[omaymaeldali]

Antibiotics have always been my worst nightmare, but you described it like it was nothing, i am amazed
Thank you so much 😊

[ramatouliebarry]

The *first video* that must be watched before reading any lecture on antibiotics. Thanks

[scottburnamrichards]

I have my final pharmacology exam tomorrow- and have probably watched this video 10 times now. Informative, direct and well explained. Thankyou for the amazing easy to follow explanations guys!

[hognin]

My test is an hour and I regret not knowing about your Chanel because it’s the first time pharmacology made since to me

[Moloia]

Dude, this was amazing - so direct and quick, yet so informative! Thank you so much for making it!! :D

[nxqqi]

I'm studying pharmaceutical sciences and currently on internship. This helps me recall all my drug knowledge! Thank you, sir!!

[SureshKumar-gcrl]

It would take 7 months if not years to understand this correctly which you have done in 7 minutes. GREAT

[SamiKhan-vqjg]

no words to thanks. but you saved my 3 days.and covered it in 7 mins, absolutly impecable you are

[wassim]

you are the best pharmacology guy in the internet, thank you so much, it took me ages to put all of these things together

[Supernova-]

you explained it so so well and thanks so much for mentioning how we use human-bacterial differences to exploit and kill bacteria, i always wondered about that, a job very well done!

[andredharmawanmed]

the way your gesture explains this lecture is absolutely interactive and interesting sir, thank you

[angelajimenez]

throughout my year in nursing school I feel you have described antibiotics the BEST way for understanding! Thank you!

[bebettertoday]

It looks like microbiology becomes handy here. I’m watching this even though I don’t start nursing school until August.