The easiest way to convert linear azide into amine.
Catalytic hydrogenation, Pd/C in solvent; work up by filtration.
Alternatively you could use a solid phase supported triphenylphosphine to do the Staudinger, then filter and remove the water in vacuo.
Do a Staudinger reduction with triethylphosphite in THF/H2O, the side products are water soluble.
My compound is also water soluble therfore staudinger reduction is not fesable.
What's non-linear azide. btw?
I agree with Eric B. J. Harris, hydrogenation works fine, we did that many times. Depending of your azide, you need to run your reaction in a Parr.
May be useful
Suresh
The following reference might be useful.The ref mentions about water soluble substrates.
a) Org. Lett., 2007, 9, 5159-5162
hello
this is the book that help you to give your answer
Organic Azides Syntheses and Applications Wiley 2010
you can find your answer in chapter 3 of this book
this book is download free
Dear all,
these are good papers. Regards
Dear all;
this is the book recommanded by Dr. Sirous Ghorbani. Regards
Staudinger reaction with triphenyl phosphine.....
you can use zinc and ammonium chloride as reducing agent to convert azide to amine.
Triphenylphosphine in pyridine works well.
please check the following link
http://www.organic-chemistry.org/synthesis/N1H/reductionsazides.shtm
Azides are easily reduced amines by LiAlH4, NaBH4, NaBH4/LiCl, NaBH4/CoCl2/H2O, NaBH4/ZrCl4,Pd/C and H2, Mg or Ca in MeOH, Ni raney.
There are a lot of conditions, please check this book:
March's Advanced Organic Chemistry (Sixth Edition), page 1822.
Check the references given in the book.
you can use Trimethylphosphine in aqueous dioxane (8:2 dioxane:water) for 30-40 mins
or
DTT(2M)/DIPEA (1M) for 1.5-2 h
can we use lithium borohydride
Approximate concentrations are require in compared with the WHO permissible limts
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