What's new
Learn more about how researchers are uncovering microbiotic influences in CNS disorders and pregnancy.
01/13/2020
Learn how researchers are using new exosome purification techniques to investigate the mechanism of a life-threatening disease.
12/18/2019
Learn why Takara Bio was awarded "Best Customer Service" for September 2019.
12/09/2019
The SMARTer Stranded Total RNA-Seq Kit v2 - Pico Input Mammalian provides a robust new method for RNA-seq studies from low-input biofluid samples.
11/22/2019
Research spotlight
Single-cell transcriptomics has provided a powerful new way to identify and characterize the various cell types that comprise complex tissues and organs. In this video, Dr. Bosiljka Tasic (Allen Institute for Brain Science) discusses a method she and her team developed to investigate the most complex organ of all: the mammalian brain.
Constant genetic variation is the norm for influenza, making vaccine research challenging. Instead of designing primers for each of the eight influenza RNA segments, a clever team of researchers identified a single primer pair, then relied on In-Fusion Cloning for accurate, fast, and standardized subcloning. Learning how to cut the time from outbreak to vaccine: That's Good Science!
Alzheimer's disease research
Alzheimer's disease (AD) affects ~5.8 million adults and is the sixth leading cause of death in the US alone. Over 400 AD clinical trials are currently underway, investigating the possibilities of immunotherapy, our microbiome, and inflammation as prospective therapeutic targets. We have a variety of best-in-class products that can help your AD research move forward.
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Custom enzyme service partnerships
We proudly offer custom enzyme supply services to help you incorporate our best-in-class enzymes into your own formulations, workflows, kits, or consumables. Our dedication to customer support brings unique and effective solutions to your specific challenges and applications. Partnering with Takara Bio allows you to:
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Mapping the brain, one cell type at a time
Single-cell transcriptomics has provided a powerful new way to identify and characterize the various cell types that comprise complex tissues and organs. In this video, Dr. Bosiljka Tasic (Allen Institute for Brain Science) discusses a method she and her team developed to investigate the most complex organ of all: the mammalian brain.
A simple approach to flu vaccine research
Constant genetic variation is the norm for influenza, making vaccine research challenging. Instead of designing primers for each of the eight influenza RNA segments, a clever team of researchers identified a single primer pair, then relied on In-Fusion Cloning for accurate, fast, and standardized subcloning. Learning how to cut the time from outbreak to vaccine: That's Good Science!
