Blog: Takara Clontech BioView
February 21, 2017 | Conference Summary: Stem cell, gene editing, and protein purification expertise at SLAS 2017
The Society for Laboratory Automation and Screening (SLAS) is an essential hub for a community of experts who are forging ahead to apply state-of-the-art technologies to find solutions for significant biological challenges in an interdisciplinary manner. At the SLAS conference, held on February 4–8, 2017 in Washington, D.C., Takara Bio USA, Inc. offered attendees expert guidance, technologies, and services for advancing their stem cell, gene editing, and protein purification research. Check out the posters and exhibitor tutorial we presented.
January 25, 2017 | Video: His-tagged protein maxipreps in 15 minutes
Sick of resins? Get high yields of highly concentrated his-tagged proteins in only 15 minutes with award-winning Capturem technology. Your protein purification will never be the same again. View the protocol to find out more.
December 21, 2016 | Article: Cloning multiple fragments into one vector
How do you clone multiple fragments into one vector? Get answers to this and other challenging cloning questions by checking out the In-Fusion Cloning FAQs. Learn how to design inserts and primers, choose vectors, and find tips to help you apply the power of In-Fusion Cloning technology to your specific applications. More >>
November 4, 2016 | Video: Accelerating Research in Breast Cancer
The size and complexity of cancer-associated genes can make identifying the driver mutations difficult, slowing time to diagnosis and treatment. With PrimeSTAR GXL polymerase, University of Southern California researchers consistently and accurately created NGS libraries of complex gene segments from GC-rich regions to large fragments. Learn more in this video! More >>
September 6, 2016 | In Memoriam: Roger Tsien, Nobel Laureate
Along with the worldwide scientific community, we at Takara Bio USA were deeply saddened by the loss of Nobel Laureate and distinguished scientist Roger Tsien on August 24, 2016. Our sincere condolences to his family, friends, colleagues, and students.
Through his work on the discovery and development of green fluorescent protein (GFP), he was one of only a handful of scientists to truly revolutionize and inspire the entire field of the life sciences. He provided the world with a completely new biological toolset for molecular and cell biology, enabling breakthroughs in methods of visual analysis—in vivo and in real time—that in turn have led to breakthroughs in many disciplines of biology and medicine.
Thank you, Dr. Tsien, for your dedication, brilliant mind, and hard work. Thank you for making the world a brighter and more colorful place.
August 24, 2016 | Announcement: Takara Bio Launches Human iPSC-Derived Beta Cells for Drug Screening & Diabetes Research
Takara Bio USA, Inc., which specializes in human induced pluripotent stem cell (hiPSC)-derived cells and medias for scale-up and differentiation, has expanded its offering of tools for drug discovery and disease modeling. Takara announced today the launch of fully differentiated, Cellartis hiPS beta cells for research use. More >>
July 13, 2016 | Case Study: Long PCR for Cost-Effective, Efficient Next-Gen Sequencing
When compared against five higher-priced competitors, PrimeSTAR GXL DNA Polymerase performed the best without reaction optimization, was compatible with two-step cycling, and could be used to amplify multiple BRCA gene targets under the same reaction conditions. Check out these clean bands! More >>
June 10, 2016 | Announcement: ELRIG Technology Prize Awarded for Capturem Protein A Technology
We were honored to receive the ELRIG Technology Prize for Capturem Protein A technology at the Recombinant Protein Technology 2016 conference in Sweden. This two-day conference focused on the latest advances in the use of recombinant proteins as biotherapeutics and as reagents in drug discovery. This year's topics included host-cell factories, genome editing, and protein engineering. ELRIG is the European Laboratory Research & Innovation Group, a not-for-profit organization serving the life science and drug discovery communities. Capturem Protein A is the newest technology of the Capturem brand that enables fast purification and screening of antibodies from various samples with no incubation step.More >>
May 20, 2016 | Video: Simplified Decoding of Influenza Virus Strains
How do scientists develop vaccines to fight the constantly-evolving flu virus every year? One of the bottlenecks in this fight happens when scientists work to read and decode the latest strains of the flu virus. Watch this video about how a group of scientists have developed a new method to decode and fight against this disease even as it is mutating into new forms.More >>
April 6, 2016 | Product Feature: Rapid Antibody Purification & Screening
How fast can you purify antibodies for screening? In just 5 minutes with Capturem Protein A Miniprep columns. Obtain up to 250 µg of high-purity, highly concentrated antibody per column from animal sera, ascites fluid, cell culture media & other sources.More >>
March 25, 2016 | Article: Speed Up the Process
In this featured interview from the European Biopharmaceutical Review, Kristina Runeberg, the Site Head and Senior Director in Business Development at Takara Bio Europe AB, shares information on the new Cellartis iPS Cell to Hepatocyte Differentiation System. "Hepatocytes derived from iPS cells have the potential to provide human in vitro model systems for predictive toxicity testing, vaccine development and drug discovery," she explains, and "iPS cell-derived hepatocytes can play an important role in improving and shortening several steps in the drug development process." In addition to talking about her role at Takara and within the biopharma community, she describes her hope that being able to reliably customize the genetic background of hepatocytes using Cellartis brand products will have a major impact on progress in drug discovery and toxicity research.Read more on the EBR website >>
February 18, 2016 | Video: Simplified Genome Modification Using Cre Recombinase Gesicles
Have you heard about the newest, easy method for efficient Cre-lox recombination? Conventional delivery of Cre protein via plasmids can lead to persistent expression, toxicity, and other unwanted effects. Gesicles—prepackaged, membrane-derived nanovesicles—deliver active Cre recombinase to target cells in a transient manner; with a convenient fluorescent signal that confirms delivery. For more details, view a video explaining this game-changing technology.More >>
January 8, 2016 | Tech Note: Ligation-Free ChIP-Seq Library Preparation
Why is library prep from low-input ChIP experiments so difficult? One reason is that ligation-based library prep from low numbers of cells is inefficient and results in reduced complexity and reproducibility. Free yourself from ligation-based protocols using our DNA template-switching method, which eliminates the adapter ligation and clean-up step and allows inputs of 100 pg–10 ng of dsDNA or ssDNA. Check out a technical note that describes how our improved, single-tube protocol results in high yield, reproducibility, and library complexity.More >>
December 7, 2015 | Tech Note: In-Fusion Cloning Outperforms TOPO Cloning
For labs that do a lot of cloning, lengthy and unpredictable methods such as the TOPO cloning workflow can really slow down progress. Juanita Von Dwingelo, a Ph.D. Candidate at the University of Louisville who does yeast two-hybrid studies, noted that the TOPO method her lab was using took five days from start to finish and had an efficiency of 50–75% at best. After trying In-Fusion Cloning technology, Juanita said she would use In-Fusion Cloning products again over the TOPO method, as the former reduced the time to create her clone by two days and had a 100% cloning efficiency. Check out her data and consider learning from this researcher's good science about what happens when you switch to a more reliable cloning method.More >>
November 2, 2015 | Video: Crisper Cloning
Need a better method for constructing mutant plants? Introducing targeted genomic mutations is difficult in plants like Arabidopsis, as was the case for a postdoc at Duke University who failed when using traditional ligation-based cloning methods. When this researcher tried In-Fusion Cloning technology, a seamless cloning system that can insert any PCR fragment into any vector without using ligase, she obtained the correct CRISPR construct quickly and easily.More >>
October 8, 2015 | Selection Guide: Ligation or In-Fusion cloning kits?
Depending on the complexity of your cloning project, In-Fusion technology may help you save valuable time relative to traditional, ligation-based methods. Check out our Cloning Kit Selection Guide and determine which approach is right for you!More >>
September 17, 2015 | Announcement: 10th Anniversary of Takara Clontech
Takara Clontech recently had its 10th anniversary! To commemorate the occasion, we celebrated with a kagami biraki ceremony—a 300-year-old traditional Japanese ceremony wherein a barrel of sake is opened with a wooden mallet. The practice originates from the 4th Tokugawa Shogun, who mandated that a barrel of sake be opened before an important battle to bring good fortune to the army. The battle afterwards was, indeed, successful, and the ceremony became a very popular custom. It's been a great 10 years, and we look forward to many more together!
August 6, 2015 | Video: Stem cells let biologists become time travelers
Throwback Thursday: In 2006, scientists showed that the addition of only four exogenous factors could reverse cell fate, creating induced pluripotent cells. Since then, iPS cells have proven to be a powerful tool for addressing both basic and clinical research aims.More >>
July 15, 2015 | Tech Note: Direct PCR of challenging, crude samples
What's the weirdest thing you've ever PCRed? How about raw meat? Red meat is a rich source of iron, zinc, and other metal ions that can interfere with PCR reactions. Terra Direct polymerase is designed to overcome challenging samples: it showed the highest tolerance to the PCR inhibitors in raw beef over other popular enzymes, which just couldn't deal.More >>
June 18, 2015 | Video: Creating cancer killers with RetroNectin reagent
Hope has arrived for patients with relapsed lymphoblastic leukemia. In this video, "Creating Cancer Killers," researchers used immunotherapy combined with gene therapy to program a patient's own T-cells to recognize and attack their cancer cells. The researchers couldn't have done it without RetroNectin reagent, which enhances co-localization of cells and viral particles, greatly increasing transduction efficiency. More >>
May 13, 2015 | Article: Genome editing is the new black
Genome editing wasn't invented yesterday, but the latest tool (it starts with a C…) makes it drastically faster and easier to generate in vivo variants, for better or for worse. Responsible use of CRISPR/Cas9 technology is the focus of this light read, "Genome editing is the new black" by Rafal Marszalek. Image credit: Ernesto del Aguiila, NHGRI. More >>
April 15, 2015 | Video: Ultra-low input RNA-seq library prep
How sensitive is your RNA-seq prep kit? Conventional methods require >10 ng of RNA from 50–100 cells, but the SMARTer Ultra Low Input RNA Kit for Illumina sequencing allows you to generate accurate cDNA libraries using a mere 10 pg of RNA from, say, a single circulating tumor cell. Learn more and imagine the possibilities with your system as you watch this clip from our That's GOOD Science! video series: More >>
March 12, 2015 | Video: His-tagged protein purification made easy
Watch our new protocol video and find out how to purify his-tagged proteins in 5 minutes using the Capturem His-Tagged Purification Miniprep Kit. More >>
February 4, 2015 | Product Feature: Lentivirus ready to go?
How can you tell if your lentiviral supernatants are ready to harvest? Find out instantly with Lenti-X GoStix. More >>
January 26, 2015 | Webinar: SMARTer ChIP-seq library prep
Ligation-free ChIP-seq library prep in ~4 hours? Watch our latest SMARTer webinar to find out how DNA SMART technology generates Illumina® sequencing libraries from low-input single-stranded and double-stranded ChIP DNA. More >>
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