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| pluto... |
 Posted: Tue Oct 20, 2009 3:09 am |
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Guest
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Hi,
I am currently working on a project which is associated with side
reactions involved in a main reaction (both named and un-named
reactions).
The project mainly focuses on
- the possible side reactions as well as products
- which groups should be avoided in a chemical reaction to stop side
reactions.
Could you please help me with possible web sources for this.
Thanks... |
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| Bill Penrose... |
| Posted: Wed Oct 21, 2009 4:30 pm |
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Guest
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On Oct 20, 6:09 am, pluto <plutosmiles... at (no spam) yahoo.com> wrote:
[quote]Hi,
I am currently working on a project which is associated with side
reactions involved in a main reaction (both named and un-named
reactions).
The project mainly focuses on
- the possible side reactions as well as products
- which groups should be avoided in a chemical reaction to stop side
reactions.
Could you please help me with possible web sources for this.
[/quote]
This is far too broad a subject to do using web sites. You need a good
library, online search capability, and a thorough training in
chemistry for this. Probably also some bench time.
A telephone won't hurt either. A lot of info on side reactions is
never published and you may have to contact people directly. Don't
worry. I don't know anyone who doesn't like to talk about their work.
Dangerous Bill |
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| noauth... |
| Posted: Wed Oct 21, 2009 9:10 pm |
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Guest
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[quote]I am currently working on a project which is associated with side
reactions involved in a main reaction (both named and un-named
reactions)
....
Could you please help me with possible web sources for this.
[/quote]
Your Q is extremely vague. The primary literature is FULL of
side reactions, usually buried in the text of the main work.
There are a bunch of classic examples of side reactions that
become key transformations.
What, exactly, are your named reactions? Un-named reactions?
You might be re-discovering the broken wheel. (There are many
"Anomalous X" variations of the "X" reaction.
In the meantime:
Side Reactions in Organic Synthesis: A Guide to Successful
Synthesis Design by Florencio Zaragoza Dörwald. Wiley, 2005.
(Amazon and elsewhere.) |
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