Lactose Intolerance

[@nanaminoz8159]

You are answering all of my questions!
I LOVE YOU

[@ejeikwutheophilus1911]

i am impressed!

[@stephanieaurelia5454]

Great video!

[@sdamarasekara]

Great Job

[@Wadiesally]

Thank u sir!!

[@giselaarce1596]

you are awesome

[@peternader603]

Great work ... keep doing videos (Y) !

[@yasirquershi3070]

If you would have included molecular basis of lactose intolerance, it would have made much sense.

[@syedtauha4001]

I can't even tell you sir how much helpful your videos are to me!!
I am very very much impressed by your elaborate explanations over wide range of disciplines.
Hope life will someday give me a chance to meet you sir.
I've made you a mentor in my life. ❤️❤️❤️

[@bookingsasha]

Thank you for all of your amazing videos! Do you know if lactase helps with people who have classic galactosemia?

[@drchef2000]

See, lactase helps in splitting lactose which forms glucose and galactose.
Lactase would have no effect on galactose because it is not the specified enzyme for the mentioned.
Hence, increased galactose causes classical galactosemia.

[@jj50087]

I think the direction of the first -OH bond of Glucose should be up rather than down ?
It is bate-Glucose not alpha Glucose right ?

[@jj50087]

+jj50087 or that doesn't bother at all lol

[@saisumanjaliyarra6459]

Lactose contains beta- D galactose and alpha-D glucose linked by beta- 1,4 glycosidic linkage. So, the OH group in the glucose is in down side.

[@beyzademirtas9768]

please turkish subtitles

[@sgill4833]

What happens if you ingest milk with nadh, will that make galacticol?

[@TheresaMumba-pu2fk]

Is this the same as lactose synthesis sir?

[@ngjackson8725]

Does that mean that people that suffer from classic galactosemia can get drunk on milk?

[@junczhang]

thank you for the great lecture!

[@rhysb-m3230]

Thank you!