A retro / forward synthesis of the following molecule from readily available materials:
It inhibits tuberculosis (IC50 11.3 ?g/mL). Thanks!!
A retro / forward synthesis of the following molecule from readily available materials: It inhibits tuberculosis...
1. Provide a complete retrosynthesis and forward synthesis of the target molecule below from the given starting materials. All carbons of the target must be from the given starting materials. You may use any reagents you find necessary. You may include more than one step over a reaction arrow, but please no more than 3 steps at a time. Please show the key intermediates in your synthesis for partial credit. (10 bonus points) For full credit, include a retrosynthetic analysis,...
Design a synthesis for the following molecule starting from
commercially available starting materials. You may use any reagents
along the way that are commercially available. Should a subtrate
you need not be commercially available, then you need to show me
how you would synthesize it.
Pay
close attention that your design takes into account the
stereochemistry.
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5. (Total 15 pts.) Provide the synthesis of the following compound from the mentioned starting materials. You are strongly advised to provide the retro-synthetic analysis before drawing the synthetic sequence. Show all reagents required for each transformation Retrosynthesis: Forward Synthesis: 60f 16 649 words English (United States Focus
Show a retrosynthesis for the following molecule. Forward synthesis not required.
3. (15 pts.) Provide retro- and forward syntheses of the following compound from the indicated starting materials. Show all reagents required for each transformation. Individual amino acids NCO2H NH2 H21
Perform a retrosynthetic analysis of the compounds below and
then devise their synthesis from readily available starting
compounds and any inorganic and/ or organic reagents. Your answer
should include a complete retrosynthetic analysis, synthesis
pathway with reagents and reaction conditions.
Ph Ph from Ph Ph from
Provide a retrosynthesis and forward synthesis for the following two conversions, a. Formation of this molecule from cyclopentane and ethane.
Here is a molecule. Do a retro synthesis (reaction
scheme) on the molecule and go all the way back to produce the
molecule until you can't go back anymore (think benzene or carbon).
You can use any source and synthesis/reaction to produce the
molecule above. Some notes about the molecule:
I would say start by writing down all the one step
reactions you know that would make the molecule without considering
from where the starting material comes. With some luck...
Here is a molecule. Do a retro synthesis (reaction
scheme) on the molecule and go all the way back to produce the
molecule until you can't go back anymore (think benzene or carbon).
You can use any source and synthesis/reaction to produce the
molecule above. Some notes about the molecule:
I would say start by writing down all the one step
reactions you know that would make the molecule without considering
from where the starting material comes. With some luck...
Here is a molecule. Being asked to do a retro synthesis
(reaction scheme) on the molecule and go all the way back to
produce the molecule until I can't go back anymore (think benzene
or carbon). I can use any source and synthesis/reaction to produce
the molecule above. Some notes about the molecule:
Here is my answer so far, I need help!
Please help, using my answer above here is what I
noticed:
> Some steps can be omitted and...