Serial Dilutions | Microbiology

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🎥 In today's video, we're exploring the purpose and procedure of serial dilutions used in Microbiology. I hope you will not have any questions on serial dilutions after watching this video.
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[@vaishaly3063]

great and simple explanation ….hats off to you.

[@MicrobiologyMantra]

Thank you 😊

[@aamodrisbud4204]

Great video i enhanced my knowledge via this :) thanks.

[@MicrobiologyMantra]

Glad it was helpful! Thank you for watching.

[@julieann4991]

Amazing explanation! thank you very much for this..

[@MicrobiologyMantra]

Thank you ☺️

[@simranshah3478]

Thank you 😊
Too accurate explanation.!

[@MicrobiologyMantra]

Thank you

[@hareemkashif5933]

Never seen such a good explanation about this topic ..whole concept has been cleared through this only video...great work.. hat's off to you 🤗

[@MicrobiologyMantra]

Thank you 🙏

[@derinkamal7284]

Thank you so much for your Video, it was so useful 👏👏👏

[@MicrobiologyMantra]

Good to hear this.👍

[@mariaqadar6470]

Such a great explanation..

[@MicrobiologyMantra]

Thank you

[@alaanaji2833]

Thank you very much for this video. I understood well. I really like how there's no music to allow me to focus. Thanks again😊

[@MicrobiologyMantra]

Glad it was helpful!

[@rishannascaria5831]

Thank you sir 😊 for this simple explanation

[@MicrobiologyMantra]

👍😊

[@JANANIV-dw9hu]

No one can not explain like you thank you sir

[@MicrobiologyMantra]

Thank you 🙏

[@ifeomaezeanolue997]

This is very very explanatory. Thank you

[@MicrobiologyMantra]

👍 Thank you for watching.

[@abubakrialliy3350]

Thank you so much for this video.
Such explicit a video.
But I think you made a mistake in writing the formula for calculation of CFUs.

[@Shortscience_I]

thank u so much

[@MicrobiologyMantra]

👍

[@preciousgarirai8406]

Well explained 👏

[@MicrobiologyMantra]

Thank you ☺️

[@OmmPrakashkar-su3le]

Thank you 👍🏿

[@MicrobiologyMantra]

👍

[@brianmarv]

If I were to use vial 3 and 4, how will I standardised / average them? From the reading, they are 2,600,000 CFU to 3,500,000 CFU respectively. Will the average be 3,050,000 CFU?

[@MicrobiologyMantra]

Choose the one with countable CFU.

[@brianmarv]

@@MicrobiologyMantra thank you. Yes, both have countable CFUs, as per your illustration. Though the computed ranges are wide, that's why I am seeking guidance.

[@MicrobiologyMantra]

You cannot take average of two different dilutions. You must take the average of two plates from the same dilution.

[@brianmarv]

Thank you. It now makes sense.

[@anshumansahoo9057]

Thank you ❤

[@MicrobiologyMantra]

👍

[@SAKSHISHARMA.39]

Thanku so much❤

[@MicrobiologyMantra]

👍

[@nishajalal3735]

Thanku ❤❤❤

[@MicrobiologyMantra]

👍

[@harshakunjam5754]

Now, I'm able to understand

[@MicrobiologyMantra]

👍

[@fullsunsquirtlestar767]

Can you give us some of your reference, like ebook or journal, i need it for my practical task

[@MicrobiologyMantra]

On what topic?

[@fullsunsquirtlestar767]

@@MicrobiologyMantra about this topic, bacterial dilution

[@fullsunsquirtlestar767]

@@MicrobiologyMantra like, where are you got this bacterial dilution technical and procedure

[@MicrobiologyMantra]

I don’t have any particular reference for this topic. I made this out of my own practice knowledge and resources from the Internet as well. There is lot of information available on this topic on the Internet. I suggest you to summarise and make notes. That will make you more familiar.

[@chumunga648]

It's kind of odd that the narration just disappears for the back half of the video