What's new
Learn more about how researchers developed a tool to predict gene editing outcomes.
10/21/2019
Discover how researchers used the ICELL8 Single-Cell System to perform scRNA-seq on fragile adult cardiomyocytes.
09/09/2019
Researchers from the Max Planck Institute of Heart and Lung Research are the first to apply single-cell RNA sequencing on intact, adult mouse cardiomyocytes using the ICELL8 Single-Cell System.
09/09/2019
See how our ThruPLEX DNA-seq and SMARTer RNA-seq kits are powering large-scale studies of microbiomes.
08/16/2019
Research spotlight
A quick turnaround on forensic lab results could mean the difference between a cold case and a closed case. Learn how researchers for the Royal Canadian Mounted Police brought their PCR processing time down from four hours to 26 minutes, while still successfully amplifying the ten critical loci for correct identification of an individual.
NOMID is a potentially fatal disease that is easily detected in infants with germline mutations in the NLRP3 gene. However, nongermline cases are difficult to detect, since a blood sample may bear only a few copies of the disease allele. Learn how scientists greatly improved the identification of NLRP3 somatic mosaicism.
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Faster PCR means faster forensic analysis
A quick turnaround on forensic lab results could mean the difference between a cold case and a closed case. Learn how researchers for the Royal Canadian Mounted Police brought their PCR processing time down from four hours to 26 minutes, while still successfully amplifying the ten critical loci for correct identification of an individual.
The critical pursuit of rare disease alleles
NOMID is a potentially fatal disease that is easily detected in infants with germline mutations in the NLRP3 gene. However, nongermline cases are difficult to detect, since a blood sample may bear only a few copies of the disease allele. Learn how scientists greatly improved the identification of NLRP3 somatic mosaicism.
