-
786-362Isolates high quality plasmid DNA from 1-5ml E. coli cultures.
-
786-361Isolates high quality plasmid DNA from 1-5ml E. coli cultures.
-
P000910-LYSK0-A.0Hard tissue grinding MK28 - 2.8mm metal beads - 2mL pre filled tubes Lysing kit for Precellys - MK28 Hard tissue kit - 2mL tubes 50 prep.
-
P000917-LYSK0-A.0Hard tissue grinding MK28-R 2.8mm metal beads - 2mL pre filled Reinforced tubes Reinforced Lysing kit for Precellys - MK28-R Hard tissue kit - 2mL tubes 50 prep.
-
P000911-LYSK0-A.0Hard tissue homogenizing CK28 - 2.8mm Zirconium oxide beads - 2mL pre filled tubes Lysing kit for Precellys - CK28 Hard tissue - 2mL tubes 50 prep.
-
P000947-LYSK0-A.0Hard tissue homogenizing CK28, 15mL - 2.8mm Zirconium oxide beads - 15mL pre filled tubes Lysing kit for Precellys - CK28 Hard Tissue kit - 15mL tubes 25 prepThe CK28 matrix is composed of 2.
-
P000916-LYSK0-A.0Hard tissue homogenizing CK28-R - 2.8mm Zirconium oxide beads - 2mL pre filled Reinforced tubes Reinforced Lysing kit for Precellys - CK28-R Hard tissue - 2mL tubes 50 prep.
-
RNACOL-02HiBind® RNA Spin Columns, V-Spin.
-
RNACOL-01HiBind® RNA Spin Columns, V-Spin.
-
845-KS-1510250
Thomas Scientific
innuSPEED Bacteria/Fungi DNA Kit, 250 reactions
Price: $2,475.37List Price: $2,750.41The innuSPEED Bacteria/Fungi DNA Kit has been specially developed for isolating genomic DNA from gram+ bacteria, fungal spores and yeasts. The extraction protocol combines two steps: rapid homogenization of these hard-to-access starting materials, -
845-KS-1510050The innuSPEED Bacteria/Fungi DNA Kit has been specially developed for isolating genomic DNA from gram+ bacteria, fungal spores and yeasts. The extraction protocol combines two steps: rapid homogenization of these hard-to-access starting materials,
-
845-KS-2510250
Thomas Scientific
innuSPEED Bacteria/Fungi RNA Kit, 250 reactions
Price: $3,544.87List Price: $3,938.75The innuSPEED Bacteria/Fungi RNA Kit has been designed for rapid homogenization and includes an efficient process for digesting the cell walls of fungal spores and gram+ bacteria in specially developed Lysis Tubes the process utilizes the SpeedMill