Bionano U is the place to connect with all things Bionano. Learn about our latest product developments. Hear from leading researchers and Bionano customers making discoveries with our genome mapping platforms. See where Bionano data is being published and what we're doing at events around the industry.

Latest

May 24, 2018
There’s usually significant lag between a discovery being made and a paper being published, but the team at DowDuPont didn’t waste any time to get the first DLS paper out! The study, pre-published on Biorxiv, ...MORE
There’s usually significant lag between a discovery being made and a paper being published, but the team at ...MORE
There’s usually significant lag between a discovery being made and a paper being published, but the team at DowDuPont didn’t waste any time to get the first DLS paper out! The study, pre-published on Biorxiv, ...MORE
May 2, 2018
Our Direct Label and Stain (DLS) chemistry is out and we can’t be more excited to tell you all about it! We recorded a webinar to walk you through all the features and benefits, and Dr. Victor Llaca, technology ...MORE
Our Direct Label and Stain (DLS) chemistry is out and we can’t be more excited to tell you all about it! We ...MORE
Our Direct Label and Stain (DLS) chemistry is out and we can’t be more excited to tell you all about it! We recorded a webinar to walk you through all the features and benefits, and Dr. Victor Llaca, technology ...MORE
April 13, 2018
Traditional next-generation sequencing (NGS) technology excels in detecting small variant mutations that can cause disease. However, the human genome also contains structural variants (SVs), which account for the largest number ...MORE
Traditional next-generation sequencing (NGS) technology excels in detecting small variant mutations that can cause ...MORE
Traditional next-generation sequencing (NGS) technology excels in detecting small variant mutations that can cause disease. However, the human genome also contains structural variants (SVs), which account for the largest number ...MORE
April 12, 2018
  Bionano uses a unique high-throughput optical mapping technology to detect structural variants.  This unique approach provides us with exceptional performance, but this difference can make our first contact with ...MORE
  Bionano uses a unique high-throughput optical mapping technology to detect structural variants.  This unique ...MORE
  Bionano uses a unique high-throughput optical mapping technology to detect structural variants.  This unique approach provides us with exceptional performance, but this difference can make our first contact with ...MORE
April 11, 2018
If you’re going to be at AACR in Chicago, then you should come see us! After an incredible ACMG in Charlotte, we are heading north to exhibit back-to-back at two of the most important medical conferences of the year.   We ...MORE
If you’re going to be at AACR in Chicago, then you should come see us! After an incredible ACMG in Charlotte, we are ...MORE
If you’re going to be at AACR in Chicago, then you should come see us! After an incredible ACMG in Charlotte, we are heading north to exhibit back-to-back at two of the most important medical conferences of the year.   We ...MORE
March 22, 2018
Two thirds of our genome consists of repetitive sequences, and until recently many scientists didn’t care all that much. But as our understanding of the genome improves, so does our insight in the importance of many of ...MORE
Two thirds of our genome consists of repetitive sequences, and until recently many scientists didn’t care all that ...MORE
Two thirds of our genome consists of repetitive sequences, and until recently many scientists didn’t care all that much. But as our understanding of the genome improves, so does our insight in the importance of many of ...MORE
February 21, 2018
The human genome is the most studied and best characterized of all genomes by far, and much of this research was possible thanks to the excellent reference genome that’s freely available to all scientists. A good ...MORE
The human genome is the most studied and best characterized of all genomes by far, and much of this research was possible ...MORE
The human genome is the most studied and best characterized of all genomes by far, and much of this research was possible thanks to the excellent reference genome that’s freely available to all scientists. A good ...MORE
February 12, 2018
Direct Label and Stain chemistry is finally here and we can’t wait to tell you all about it! But we couldn’t say it any better than we did on the dedicated DLS page… so hurry over! www.bionanogenomics.com/DLS ...MORE
Direct Label and Stain chemistry is finally here and we can’t wait to tell you all about it! But we couldn’t ...MORE
Direct Label and Stain chemistry is finally here and we can’t wait to tell you all about it! But we couldn’t say it any better than we did on the dedicated DLS page… so hurry over! www.bionanogenomics.com/DLS ...MORE
February 11, 2018
Bionano is on the ground in Florida for the Advances in Genome Biology and Technology (AGBT) General Meeting, and it promises to be a conference to remember. We are showing data generated with our brand new Direct Label and ...MORE
Bionano is on the ground in Florida for the Advances in Genome Biology and Technology (AGBT) General Meeting, and it ...MORE
Bionano is on the ground in Florida for the Advances in Genome Biology and Technology (AGBT) General Meeting, and it promises to be a conference to remember. We are showing data generated with our brand new Direct Label and ...MORE
January 24, 2018
The axolotl is an odd creature. It never really grows up and stays in its larval stage throughout life. It looks like an anime character. It regenerates limbs effortlessly. And it has the largest genome ever assembled: 32 ...MORE
The axolotl is an odd creature. It never really grows up and stays in its larval stage throughout life. It looks like an ...MORE
The axolotl is an odd creature. It never really grows up and stays in its larval stage throughout life. It looks like an anime character. It regenerates limbs effortlessly. And it has the largest genome ever assembled: 32 ...MORE
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