“LabChip enables us to perform experiments in an afternoon that would have required a month.”
Biogen-Idec, COG 2009
“Finally, the process that we have described reduces both experimentation cost and time while increasing throughput, making possible what–if experiments that, up to now, had been either prohibitively expensive or too complex to perform. This process results in better solutions, decreased development time and increased productivity.”
Vertex, COG ’09 & ’07 and Anal. Biochem., 2006:351 p122
“Microfluidic analysis of experiments moves the bottle neck from data analysis to experimental design.”
NCI-SAIC, COG 2009
“Microchip CE-SDS, under both non-reducing and reducing conditions, can be used in a variety of antibody product screening assays. The microchip analyses provide sufficient resolution and sensitivity for this purpose but on a time scale approximately 70 times faster (41 s versus 50 min per sample) than conventional CE separation.”
Amgen, Electrophoresis, 2008: 29 p4993
“LabChip allowed for detection of deglycosylated profile not detected with other analytical techniques (SDS PAGE, usual glycan mapping, HPLC).”
EMD Serono, COG 2008
“LabChip is a sole enabling technology for therapeutic protein analysis.”
VTU technology, COG 2008
”The results of our studies suggest the LabChip platform offers a unique high throughput platform with high resolution and high sensitivity. The LabChip technology appears to be extremely well suited for routine identification and quantification of HMW-GS especially for purposes of wheat quality screening and wheat cultivar development activities.”
LaSalle, COG 2008
“We achieved material cost savings of 50%+, and time savings of 75% per screen!”
Univ. of Wisconsin, Midwest LRIG 2007
“Caliper was willing to work with us to develop the 12 kb chip and provided tremendous support and interactions. We are very satisfied with the LabChip, will likely purchase 1-2 more and recommend this platform to our colleagues.”
Dow AgroSciences, COG 2007