Efficient, one-pot syntheses of biologically active α-linked glycolipids

Wenjun Du, Suvarn S. Kulkarni, Jacquelyn Gervay-Hague

Add Review (press R) Confirm Authorship

Paper Rating

Reproducibility

Clarity

Versatility

Paper Details

DOI 10.1039/b702551c

Journal Chem. Commun.
Location p 2336-2338, Issue 23, 2007
Publication Type journal-article

Tags glycolipids, biological activity, materials chemistry, electronic, optical and magnetic materials, chemistry(all), surfaces, coatings and films, metals and alloys, ceramics and composites, catalysis
Publisher Link Click Here

Paper Abstract Per- O -silylated galactosyl iodides undergo α-glycosidation with fully functionalized glycolipids producing biologically relevant conjugates.

Review

09 Dec 2016

Anonymous

(1)

Adjustments needed to increase efficiency of methodology

Reproducibility

Clarity

Versatility

The methodology described in this article is very valuable for scientists working with glycosphingolipids. It provided a one-pot syntheses of alpha-linked glycolipids with the possibility of using substrates with unsaturations in the fatty acid side chains. This was a challenge...

/paper/doi/10.1039/b702551c	0.000000	0.000000
INIT	0.000234	0.000234
_initView	0.001136	0.001370
_initViewBasic	0.000189	0.001559
_initSiteModules	0.000160	0.001719
_initRouters	0.000151	0.001870
Sess +	0.001506	0.003376
Sess _	0.000136	0.003512
pre dispatch _	0.000145	0.003657
LC::doiAction START	0.000227	0.003884
LC::doiAction END to showListing	0.231420	0.235304
LC::showListing START	0.000004	0.235308
LC::showListing get reviews START	0.000018	0.235326
ES Review Search START	0.000824	0.236150
ES Review Search END	0.008595	0.244745
LC::showListing get reviews END	0.001068	0.245813
Done	0.025418	0.271231

Loading...

Efficient, one-pot syntheses of biologically active α-linked glycolipids

Wenjun Du, Suvarn S. Kulkarni, Jacquelyn Gervay-Hague

Overall Rating

Review

Adjustments needed to increase efficiency of methodology

Recently Reviewed

Has Cited

Cited by

Sign In With