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Mar 04
Hard-to-make diastereomers: How a cage-like allyl reagent changes the outcome
AI-Generated from
Phys.org - News And Articles On Science And Technology
1.
What are diastereomers?
A
Mirror images of each other
B
Structurally identical molecules
C
Non-identical molecules
D
Radioactive molecules
2.
What distinguishes diastereomers from each other?
A
Biological activities
B
Potencies
C
Toxicities
D
All of the above
3.
Why are diastereomers important in organic chemistry?
A
They are mirror images
B
They are radioactive
C
They can influence biological systems
D
They are colorless
4.
What is a key problem in creating diastereomers?
A
Structural differences
B
Biological activities
C
Separation
D
Potencies
5.
How can diastereomers be fully unlocked in organic chemistry?
A
By creating more mirror images
B
By increasing toxicity
C
By creating the necessary diastereomer
D
By changing color
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