This index last updated: 13/12/2021

American Laboratory

 

2013
PengY.
A novel sensor for uric acid based on an electropolymerization technique
American Laboratory45 (8),

 

2008
WihlborgA.-K.BoydB.KronauerS.WidstrandC.TrinhA
The highly selective extraction of chloramphenicol from shrimp using molecularly imprinted polymer solid-phase extraction
American Laboratory40 (13), 6-7

 

2008
WidstrandV.P.
The simultaneous class-selective extraction and analysis of beta-blockers and beta-agonists using molecularly imprinted polymer SPE
American Laboratory40 (9), 6-7.

 

2008
WidstrandC.KronauerS.BjörkH.WihlborgA.-K.TrinhA.
The simultaneous class-selective extraction and analysis of beta-blockers and beta-agonists using molecularly imprinted polymer SPE
American Laboratory40 (9), 6-7.

 

2007
WidstrandC.BoydB.BillingJ.ReesA.
Efficient extraction of toxic compounds from complex matrices using molecularly imprinted polymers
American Laboratory39 (17), 23-24.

 

2006
WidstrandC.YilmazE.BoydB.BillingJ.ReesA.
Molecularly imprinted polymers: A new generation of affinity matrices
American Laboratory38 (19), 12.

 

2006
Quest for selectivity dominates column technology at Pittcon«'06
American Laboratory38 (11), 12-21.

 

2002
SpégelP.NilssonS.
A new approach to capillary electrochromatography: Disposable molecularly imprinted nanoparticles
American Laboratory34 (14), 29-+.

 

2002
PesekJ.J.MatyskaM.T.
A versatile method for biological and pharmaceutical analysis: Open tubular capillary electrochromatography
American Laboratory (May), 22-26.

 

2001
FleischerC.T.BoosK.S.
Highly selective solid-phase extraction of biofluids using restricted-access materials in combination with molecular imprinted polymers
American Laboratory33 (10), 20-25.

 

1998
StevensonR.MistryK.KrullI.S.
CEC '98: The state-of-the-art
American Laboratory30 , 16A-16L.

 

1997
SellergrenB.
Imprinted polymers: Stablereusable antibody-mimics for highly selective separations
American Laboratory29 , 14.