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November 2018
Anchorage Independent Transformation Assay
Do No HarmColony counting in soft agar is the classic assay for selecting metastatic cells. It has two problems, 1) cells can be damaged by exposing them to temperatures at and above the 40 C melting temperature of agar, 2) it can take three weeks to grow colonies large enough to count. Damaged or heat stressed cells can skew your results, especially genomics, proteomics or metabolomics analyses. Colony counting is too imprecise to wait around three weeks. Do the Oppositepoly(2,3)Glucose...
August 2018
Hydrogel films and coatings
poly(2,3)Glucose™ T1-30-F is now available. This hydrogel forms films and coatings that swell but do not dissolve in water. Use organic solvent or heat to cast, extrude, coat, and seal T1-30-F.
Grid
Anchorage Independent Transformation Assay
Do No HarmColony counting in soft agar is the classic assay for selecting metastatic cells. It has two problems, 1) cells can be damaged by exposing them to temperatures at and above the 40 C melting temperature of agar, 2) it can take three weeks to grow colonies large enough to count. Damaged or heat stressed cells can skew your results, especially genomics, proteomics or metabolomics analyses. Colony counting is too imprecise to wait around three weeks. Do the Oppositepoly(2,3)Glucose...
Hydrogel films and coatings
poly(2,3)Glucose™ T1-30-F is now available. This hydrogel forms films and coatings that swell but do not dissolve in water. Use organic solvent or heat to cast, extrude, coat, and seal T1-30-F.
Allergan licenses poly(2-3)Glucose™ for the eye
January, 2015. Allergan, Inc. (NYSE: AGN) purchased an exclusive license from TRGel, LLC for poly(2-3)glucose™ in ophthalmic applications.
Medium
Anchorage Independent Transformation Assay
Do No HarmColony counting in soft agar is the classic assay for selecting metastatic cells. It has two problems, 1) cells can be damaged by exposing them to temperatures at and above the 40 C melting temperature of agar, 2) it can take three weeks to grow colonies large enough to count. Damaged or heat stressed cells can skew your results, especially genomics, proteomics or metabolomics analyses. Colony counting is too imprecise to wait around three weeks. Do the Oppositepoly(2,3)Glucose...
Hydrogel films and coatings
poly(2,3)Glucose™ T1-30-F is now available. This hydrogel forms films and coatings that swell but do not dissolve in water. Use organic solvent or heat to cast, extrude, coat, and seal T1-30-F.
Large
Anchorage Independent Transformation Assay
Do No HarmColony counting in soft agar is the classic assay for selecting metastatic cells. It has two problems, 1) cells can be damaged by exposing them to temperatures at and above the 40 C melting temperature of agar, 2) it can take three weeks to grow colonies large enough to count. Damaged or heat stressed cells can skew your results, especially genomics, proteomics or metabolomics analyses. Colony counting is too imprecise to wait around three weeks. Do the Oppositepoly(2,3)Glucose...
Hydrogel films and coatings
poly(2,3)Glucose™ T1-30-F is now available. This hydrogel forms films and coatings that swell but do not dissolve in water. Use organic solvent or heat to cast, extrude, coat, and seal T1-30-F.
Large Alt
Anchorage Independent Transformation Assay
Do No HarmColony counting in soft agar is the classic assay for selecting metastatic cells. It has two problems, 1) cells can be damaged by exposing them to temperatures at and above the 40 C melting temperature of agar, 2) it can take three weeks to grow colonies large enough to count. Damaged or heat stressed cells can skew your results, especially genomics, proteomics or metabolomics analyses. Colony counting is too imprecise to wait around three weeks. Do the Oppositepoly(2,3)Glucose...
Hydrogel films and coatings
poly(2,3)Glucose™ T1-30-F is now available. This hydrogel forms films and coatings that swell but do not dissolve in water. Use organic solvent or heat to cast, extrude, coat, and seal T1-30-F.
Full
Anchorage Independent Transformation Assay
Do No HarmColony counting in soft agar is the classic assay for selecting metastatic cells. It has two problems, 1) cells can be damaged by exposing them to temperatures at and above the 40 C melting temperature of agar, 2) it can take three weeks to grow colonies large enough to count. Damaged or heat stressed cells can skew your results, especially genomics, proteomics or metabolomics analyses. Colony counting is too imprecise to wait around three weeks. Do the Oppositepoly(2,3)Glucose...
Hydrogel films and coatings
poly(2,3)Glucose™ T1-30-F is now available. This hydrogel forms films and coatings that swell but do not dissolve in water. Use organic solvent or heat to cast, extrude, coat, and seal T1-30-F.
