Top Tweets for #TwistBlog
Combatting Global Warming With A $4.3 Million Heifer. 🐄
NGS fans, you’re definitely going to want to read this… https://t.co/toVZSBx0D1
@TwistBioscience, #TwistBlog
🌟 Exciting news! 🌟
We are partnering with @MedGenomeLabs, to establish the HOPE for Rare Diseases Program, which provides heavily discounted whole exome sequencing for economically disadvantaged families.
Read more about it on the #TwistBlog:
https://t.co/kHTjlapHQJ
The alchemy of antibody discovery: creating a new gold standard. Read about how #TwistBiopharmaSolutions combines in vitro, in vivo, and in silico technologies to accelerate and enhance antibody discovery.
@TwistBioscience #TwistBlog
https://t.co/BFqzaseqJr
Target capture meets long-read sequencing! The #TwistBlog highlights how long-read panels make it possible for researchers to fill the gaps left by short-read sequencing & shine light on the human genome’s structural complexity.
@PacBio @TwistBioscience
https://t.co/YdMBqtEDBl
Target capture meets long-read sequencing! The #TwistBlog highlights how long-read panels make it possible for researchers to fill the gaps left by short-read sequencing & shine light on the human genome’s structural complexity.
@PacBio @TwistBioscience
https://t.co/dxVA4AHGF4
Unleashing the Power of RNA-seq: Optimizing with Twist Solutions. Using quality library prep, well-designed target capture, & simple workflows, RNA-seq can become just another unremarkable process that produces remarkable data.
#TwistBlog @TwistBioscience
https://t.co/V2BFLidGbs
Target capture meets long-read sequencing! The #TwistBlog highlights how long-read panels make it possible for researchers to fill the gaps left by short-read sequencing & shine light on the human genome’s structural complexity.
@PacBio @TwistBioscience
https://t.co/068dQp3ORL
The alchemy of antibody discovery: creating a new gold standard. Read about how #TwistBiopharmaSolutions combines in vitro, in vivo, and in silico technologies to accelerate and enhance antibody discovery.
@TwistBioscience #TwistBlog
https://t.co/9y2HEvPyDP
Target capture meets long-read sequencing! The #TwistBlog highlights how long-read panels make it possible for researchers to fill the gaps left by short-read sequencing & shine light on the human genome’s structural complexity.
@PacBio @TwistBioscience
https://t.co/chr2OCuAhN
Unleashing the Power of RNA-seq: Optimizing with Twist Solutions. Using quality library prep, well-designed target capture, & simple workflows, RNA-seq can become just another unremarkable process that produces remarkable data.
#TwistBlog @TwistBioscience
https://t.co/e8z1Am77Cj
The alchemy of antibody discovery: creating a new gold standard. Read about how #TwistBiopharmaSolutions combines in vitro, in vivo, and in silico technologies to accelerate and enhance antibody discovery.
@TwistBioscience #TwistBlog https://t.co/9YbwRGHzb8
Sit down with two of Twist’s CRISPR experts, @Juli_Bla and Siyuan Chen to discuss the basics of sgRNA library design and what tips they have for anyone considering a custom approach. #TwistBlog
Expert Advice on CRISPR Design | Twist Bioscience https://t.co/wxWOZmlYde
Target capture meets long-read sequencing! The #TwistBlog highlights how long-read panels make it possible for researchers to fill the gaps left by short-read sequencing & shine light on the human genome’s structural complexity.
@PacBio @TwistBioscience
https://t.co/5Hn54d51yx
Long read sequencing highlighted on the #TwistBlog out this week.
@PacBio @TwistBioscience
Where Target Capture Meets Long-Read Sequencing | Twist Bioscience https://t.co/OxaEOKFsv2
Target capture meets long-read sequencing! The #TwistBlog highlights how long-read panels make it possible for researchers to fill the gaps left by short-read sequencing & shine light on the human genome’s structural complexity.
@PacBio @TwistBioscience
https://t.co/eLLhgMD0JH
Sit down with two of Twist’s CRISPR experts, @Juli_Bla and Siyuan Chen to discuss the basics of sgRNA library design and what tips they have for anyone considering a custom approach. #TwistBlog
https://t.co/VK31r4YnTf
Happy #WorldEnvironmentDay! At Twist, sustainability is in our DNA. The #TwistBlog is sharing some of the sustainability programs we have in place like glove and laboratory plastics recycling, and reducing our carbon footprint…
https://t.co/CVaoUVuOba
For a single gene, plate-based DNA manufacturers can rack up emissions w/ a carbon footprint equivalent to driving a gas-powered car for 59 miles. Twist’s approach is the equivalent of just 0.14 miles.* Read more about our sustainability on the #TwistBlog:
https://t.co/nfV4qUIUS4
Hot off the press! Twist carbon stats: For the # of genes we shipped in 2022 we ⬇️ carbon emissions by the equivalent of driving around the circumference of the 🌍 >1.3K x in a gas-powered car compared to traditional methods. The #TwistBlog has more…
https://t.co/6JIHiMgX5X
Next-generation sequencing (NGS) is modernizing an ancient form of crop production. Read the #TwistBlog to find out more about how agricultural biotech researchers are leveraging #NGS for marker assisted selection (MAS) applications.
NGS in Agriculture https://t.co/dGhT9FdDDH
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