Why is the OH group of the third carbon atom in ribose sugar on the lower side instead of the higher side like in glucose at the beginning of the video
Thank you for your comment and your question! The orientation of the hydroxyl group on the third carbon atom of ribose sugar is actually due to the stereochemistry of the molecule. In ribose sugar, the hydroxyl group on the third carbon atom is oriented downwards (towards the bottom of the molecule) in what is known as the "beta" configuration. This is because of the way the other groups attached to the carbon atom are positioned in three-dimensional space. In glucose, the hydroxyl group on the first carbon atom is oriented upwards (towards the top of the molecule) in what is also known as the "beta" configuration. Again, this is due to the stereochemistry of the molecule and the way the other groups attached to the carbon atom are positioned. I hope this answers your question! If you have any further questions or if there's anything else I can help you with, please don't hesitate to let me know.
Anomeric means the carbon atom which has functional groups ( aldehyde and ketones) In case of glucose anomeric C is C1 And in the case of fructose anomeric C is C2 When these get reduced it will convert to alcohols That is anomeric OH Alcoholic OH is the OH seen in C6 carbon Hope it's clear If anyone finds a mistake plzz correct me 🙂🙂
It depends on your field. Please let me know for which field you are asking. In general, 1. Biochemistry by voet and voet 2. Lehninger's principles of biochemistry 3. Biochemistry by garrett and grisham 4. Harper's illustrated biochemistry 5. Lippincott illustrated biochemistry These are my personal favourite books.
It's very helpful Sir....
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Sir aapne bahot ache se explain Kiya hai...
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excellent explaination. thank you
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Thank you this video was very helpful
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Sir can you specify in diagram which -OH grp is alcoholic and Anomeric??🙏🙏🙏
Thanks a lot . Very helpful 👍
Glad it was helpful!
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Helpful for neet 🙏
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very nice sir good expanded
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Confirmation of monosaccharide and disaccharides vr video bnva in advanced stereochemistry for MSc
Why is the OH group of the third carbon atom in ribose sugar on the lower side instead of the higher side like in glucose at the beginning of the video
Thank you for your comment and your question! The orientation of the hydroxyl group on the third carbon atom of ribose sugar is actually due to the stereochemistry of the molecule.
In ribose sugar, the hydroxyl group on the third carbon atom is oriented downwards (towards the bottom of the molecule) in what is known as the "beta" configuration. This is because of the way the other groups attached to the carbon atom are positioned in three-dimensional space.
In glucose, the hydroxyl group on the first carbon atom is oriented upwards (towards the top of the molecule) in what is also known as the "beta" configuration. Again, this is due to the stereochemistry of the molecule and the way the other groups attached to the carbon atom are positioned.
I hope this answers your question! If you have any further questions or if there's anything else I can help you with, please don't hesitate to let me know.
Good job. Do you have a video for the acidic sugars?
Thanku
Sir please explain me that, what is anomeric and alcoholic -OH
Anomeric means the carbon atom which has functional groups ( aldehyde and ketones)
In case of glucose anomeric C is C1
And in the case of fructose anomeric C is C2
When these get reduced it will convert to alcohols
That is anomeric OH
Alcoholic OH is the OH seen in C6 carbon
Hope it's clear
If anyone finds a mistake plzz correct me 🙂🙂
Thank You , Sir
Thanks for appreciation
Thank you!!
Welcome
Can you please explain L-ascorbic acid. Its also includes in derivatives
Any recommended books for biochemistry
It depends on your field. Please let me know for which field you are asking.
In general,
1. Biochemistry by voet and voet
2. Lehninger's principles of biochemistry
3. Biochemistry by garrett and grisham
4. Harper's illustrated biochemistry
5. Lippincott illustrated biochemistry
These are my personal favourite books.
Sir , shouldn't the OH group of c1 in galactose in beta site
12 part 2 cannot to found