Takara Bio USA, Inc.

We are excited to announce the acquisition of Curio Bioscience. Read the press release: https://ow.ly/5vx450UHf6f We’re proud of our rich, innovative history in #singlecell #genomics, having developed the first commercially available single-cell RNA- and DNA-seq kits. By incorporating #spatial genomics into our portfolio, we can extend the power of our #NGS solutions to give #scientists deeper insights into tissue #spatial organization and #molecular composition, enabling them to map the entire transcriptome with unparalleled sensitivity and resolution. Illuminating the organization and function of cells within their native tissue environments supports groundbreaking research in cancer biology, neuroscience, developmental biology, and immunology.

We’re enjoying our time in Vegas for #ABRF2025! The team is at Booth 331. Swing by to: ?? Try your luck on our slot machine ?? Talk with the #sequencing and #spatial experts, like Shuwen Chen, Saloni Pasta, Cella Mann, Anitha Jayaprakash, Amber Jorgensen, Heather Eckart, and Cristin Douglas ? Learn about getting more from your sequencing ??? Uncover true single-cell spatial mapping Discover what else we’re doing at #ABRF: https://ow.ly/HYst50V5Lsv

We just upped the ante for single-cell #sequencing research!?? If you are at #ABRF2025, join us on March 24, 9 am–10:15 am, for a talk about recent spatial genomics innovations that enable true single-cell mapping of #RNA and #DNA within intact tissues. With an introduction from Anoja Perera, Director of Sequencing and Discovery Genomics at the Stowers Institute for Medical Research, Dr. Fei Chen, co-founder of Curio Bioscience (now part of Takara Bio) will discuss how adding spatial context to sequencing data can empower researchers to uncover fundamental principles underlying tissue architecture. Visit Booth 331 to learn about integrating our Seeker? and Trekker? spatial mapping kits into your single-cell workflow to get the most out of your developmental and disease research! View our conference activities: https://ow.ly/MOab50Vjgbo

The lights are going out on our ‘What’s new?’ sale! ?? Save yourself time, money, and hassle by purifying your nucleic acids (or plasmids!) quickly and reliably—the first time. From scaling up your #purification workflow to dealing with diverse sample materials, we have the tools to help you purify your samples and keep your project moving. This is your last chance to save 20% on select nucleic acid and #plasmid purification tools! Offer ends 3.31.25. Last chance to shop the ‘What’s new?’ sale: https://ow.ly/XrYf50UZBsL

?? Dr. Brian Kalish is a neonatologist at Boston Children's Hospital and an assistant professor at Harvard Medical School who studies the #neuroplasticity of the brain during and after pregnancy. Adding #spatial mapping to #singlecell workflows has given Dr. Kalish and Keon Arbabi, a PhD candidate at the University of Toronto, new insights into the cell type-specific and spatially restricted molecular regulators that affect this neuroplasticity during the peripartum period. Tune in to our live webinar for real data, from real people. Register now: https://ow.ly/JWQz50V9yVP Curio Bioscience is now a part of Takara Bio USA, Inc.

Tired and sore from manually pipetting reagents for your In-Fusion? seamless #cloning reactions? By introducing #automation into your cloning workflow, you’ll: ??Get more done—increase throughput and productivity ?? Reduce hand fatigue—replace manual pipetting with automation to minimize soreness & repetitive strain injuries ?? Save money—lower per reaction costs To learn more, check out the 12-minute, on-demand webinar hosted by Calvin Leung, PhD and Dennis Condy. Watch the webinar: https://ow.ly/PHcI50V0C9l

Join Bryan B. speaks with Brian Kalish to understand how his lab has transformed their #singlecell workflow into #spatial #transcriptomics by incorporating one simple kit. No additional instrumentation required! Want to learn how? Register now!

There are many ways a #PCR experiment can go wrong, ruining your hard work. Environmental contamination of PCR samples is one such error, but you can easily nip it in the bud. Read “Seven tips for avoiding DNA contamination in your PCR” to learn how you can prevent this common problem!

The promise of #CRISPR lies in its ability to precisely modify #DNA, but challenges with efficiency and safety limit its #therapeutic potential. What if there was a #genome editor designed to address these challenges with both high fidelity and high activity? Breakthroughs in genome editing tools are making this vision a reality. Through rational engineering, researchers at the lab of Dr. Grzegorz Sienski developed an innovative CRISPR-Cas tool that raises the bar for safe and efficient therapeutic genome editing. The best part? This strategy isn’t confined to a single enzyme—it’s a versatile approach! Read the blog to learn more: https://ow.ly/lGUe50V3Sqq

Does your research require downstream sequencing? Sending impure samples for sequencing is a waste of your lab’s time and resources and can cause low-quality sequencing data and increased background noise. We know that you need an easy, high-quality purification workflow system—like the NucleoMag kit—to purify your samples, only sequence what you want to sequence, and get on with your research. With the NucleoMag kit, you can— ? Save time—automation-friendly solutions ?? Get more done—consistently pure products that are ready for sequencing, cloning, PCR, and more ?? Experience flexibility—a system optimized for different input types, and offers centrifugation- and magnetic bead-based clarification ?? Cut costs—with our ‘What’s new?’ sale Explore all on-sale purification products: https://ow.ly/5n0350UYMgG