Kreatech FISH Probes Advancing Cancer Diagnostics, Improving Lives BE Careers Get a quote: +32 78 48 16 62 Quote:0 KreatechFISHProbes are the latest advancement in DNA in situ hybridization. The probes are constructed using the REPEAT-FREE* technology that is based on subtractive hybridization, ...
FISH探针系列产品说明书 A D V A N C E D S T A I N I N G R E A G E N T S FULLY AUTOMATED FISH PROBES FOR BOND THIS BROCHURE IS NOT FOR USE IN THE USA Main Image: Example of FISH on BOND.K R E AT E C H F I S H P R O B E S F O R B O N D ...
Leica Biosystems has acquired privately held DNA fluorescent in situ hybridization (FISH) probes and target labeling reagents provider Kreatech Diagnostics for an undisclosed amount. Kreatech will join Leica Biosystems’ Advanced Staining business unit based in the UK. The combined business will develop...
Kreatech Catalog: Kreatech Diagnostics POSEIDON Repeat-Free FISH Probes 2008-2009Kreatech Diagnostic
NEWCASTLE-UPON-TYNE, England, and AMSTERDAM, July 9, 2013 — Leica Biosystems has acquired privately held DNA fluorescent in situ hybridization (FISH) probes and target labeling reagents provider Kreatech Diagnostics for an undisclosed amount. Kreatech will join Leica Biosystems’ Advanced Staining ...
KreatechFISH探针是 DNA 原位杂交方面的最新成果。此类探针利用差减杂交的 REPEAT-FREE* 专利技术构建,并针对性地移除了分布在靶标区域的重复序列。从动力学出发,删除这些重复序列更利于探针的特异性结合,您不再需要阻断 DNA。 选购ISH 探针 该技术基于专有的差减杂交方法,可针对性地移除分布在整个人类基因组的重复...
Kreatech FISH Probes are the latest advancement in DNA in situ hybridization. The probes are constructed using the REPEAT-FREE* technology that is based on subtractive hybridization, which specifically removes all repetitive elements from the probe that are dispersed throughout the target area of ...
Kreatech FISH Probes KreatechFISHProbes are the latest advancement in DNA in situ hybridization. The probes are constructed using the REPEAT-FREE* technology that is based on subtractive hybridization, which specifically removes all repetitive elements from the probe that are dispersed throughout the ...
KreatechFISH探针是 DNA 原位杂交方面的最新成果。此类探针利用差减杂交的 REPEAT-FREE* 专利技术构建,并针对性地移除了分布在靶标区域的重复序列。从动力学出发,删除这些重复序列更利于探针的特异性结合,您不再需要阻断 DNA。 选购ISH 探针 该技术基于专有的差减杂交方法,可针对性地移除分布在整个人类基因组的重复...
conditions for labelling of the probes and the final composition of the probe set required some fine tuning, due to the fact that some probes performed better than others. Typically, less performing FISH probes were given such colour combinations that colour overlap with other probes was minimised...