Oncology Probes
Description: MYB Break Apart FISH Probe from Creative Bioarray can be used to detect a rearrangement of the MYB ...
Description: The MYB/CEN6 FISH Probe from Creative Bioarray is designed to detect the human MYB gene located on ...
Description: The MYB-NFIB fusion FISH probe from Creative Bioarray is designed to detect rearrangements between ...
Description: The MYEOV Break Apart FISH Probe from Creative Bioarray is designed to detect rearrangements in the ...
Description: The MYEOV/CEN11 FISH Probe is designed to detect the human MYEOV gene located on chromosome band ...
Description: The MYH11 Break Apart FISH Probe from Creative Bioarray is designed to detect rearrangements in the ...
Description: The MYH11/CEN16 FISH Probe is designed to detect the human MYH11 gene located on chromosome band ...
Description: The NAB2-STAT6 Fusion/Translocation FISH Probe from Creative Bioarray is designed to detect ...
Description: The NCOA4-RET Fusion FISH Probe from Creative Bioarray is used to confirm a fusion of the NCOA4 and ...
Description: The NINL/PPP1R16B/CEN9 FISH Probe from Creative Bioarray is designed to detect the human NINL gene, ...
Description: The NKX3-1/CEN8 FISH Probe from Creative Bioarray is designed to detect the human NKX3-1 gene ...
Description: The NONO-TFE3 fusion FISH probe from Creative Bioarray is designed to detect rearrangements between ...
Description: The NPM1-ALK fusion FISH probe from Creative Bioarray is designed to detect rearrangements between ...
Description: The NTRK1 Break Apart FISH Probe from Creative Bioarray is designed to detect rearrangements in the ...
Description: The NTRK3 Break Apart FISH Probe from Creative Bioarray that can be used to detect NTRK3 gene ...
Description: The NUP214 FISH probe is designed to hybridize to the NUP214 gene and is primarily used for ...
Description: The NUP214/CEN9 FISH Probe is designed to detect the human NUP214 gene located on chromosome band ...
Description: The PAX3-FOXO1 fusion FISH probe from Creative Bioarray is designed to detect rearrangements ...