GMO

Results: 18
AccuPower DP098140-6 PCR kit   [K-2960]

AccuPower® DP098140-6 PCR Kit is a ready-to-use premix for PCR that can be used to detect GAT4621 and ZM-HRA gene that has been introduced into genetically modified (GM) maize to improve herbicide resistance.

AccuPower MON87708 PCR kit   [K-2961]

AccuPower® MON87708 PCR Kit is a ready-to-use premix for PCR that can be used to detect DMO gene that has been introduced into genetically modified (GM) soybeans to improve herbicide resistance.

AccuPower MON87769 PCR kit   [K-2962]

AccuPower® MON87769 PCR Kit is a ready-to-use premix for PCR that can be used to detect PJ.D6D gene and NC.FAD3 gene that has been introduced into genetically modified (GM) soybeans to generate Stearidonic acid (SDA).

AccuPower DAS44406-6 PCR kit   [K-2963]

AccuPower® DAS44406-6 PCR Kit is a ready-to-use premix for PCR that can be used to detect ADD-12, 2MEPSPS, and PAT genes that have been introduced into genetically modified (GM) soybeans to improve herbicide resistance.

AccuPower DAS68416-4 PCR kit   [K-2964]

AccuPower® DAS68416-4 PCR Kit is a ready-to-use premix for PCR that can be used to detect ADD-12 and PAT genes that have been introduced into genetically modified (GM) soybeans to improve herbicide resistance.

AccuPower DAS81419-2 PCR kit   [K-2965]

AccuPower® DAS81419-2 PCR Kit is a ready-to-use premix for PCR that can be used to detect CRY1AC (Dynpro), CRY1FV3, and PAT genes that have been introduced into genetically modified (GM) soybeans to improve resistance to Lepidoptera pests and glufosinate herbicides.

AccuPower DAS40278-9 PCR kit   [K-2966]

AccuPower® DAS40278-9 PCR Kit is a ready-to-use premix for PCR that can be used to detect ADD-1 gene that has been introduced into genetically modified (GM) maize to improve resistance to 2,4-D and AOPP herbicides.

AccuPower MON87403 PCR kit   [K-2967]

AccuPower® MON87403 PCR Kit is a ready-to-use premix for PCR that can be used to detect ATHB17 gene that has been introduced into genetically modified (GM) maize to promote ear growth by inhibiting endogenous HD-Zip II protein activity that regulates grain growth.