Recombinetics retweeted
Gene editing allows scientists to change gene sequences by adding, replacing or removing sections of DNA. Take a look at our animation, which explains how this technology works, as well as its possible ethical and societal implications: bit.ly/2NoX1B1
We’re excited to be moving into a new space with improved research laboratories in which to edit genes and reprogram stem cells.🧬🔬🧫 #biotech
We're honored to be on this list by @ChildrensTumor: Top Ten Advancements in NF Research 2019. Our innovative pig model of NF1 recapitulates the conditions found in NF1 patients including optic glioma & cafe au lait spots. ctf.org/news/top-ten-advance… #biotech #preclinicalresearch
8 Biopharma Trends to Watch in 2020: Genome editing, Alzheimer's drug, gene therapy, and among industry’s likeliest drivers heading into new year genengnews.com/a-lists/8-bio…
Did you watch Sunday's 60 Minutes featuring George Church who was on our scientific advisory board? It's worth a watch. cbsnews.com/video/could-gene…
Recombinetics retweeted
If you can improve a process and help humans, animals and the planet, would you not do so? -Sabreena Larson @Recombinetics #NSIF19
Recombinetics retweeted
We need to focus on gene editing as the natural progression of animal breeding. -Sabreena Larson @Recombinetics #NSIF19 @FJ_PORK
Recombinetics retweeted
Replying to @Recombinetics @PNASNews
@recombinetics were fantastic collaborators towards this publication. Our shared findings in mice, and in pigs, inform our understanding of human development, and the embryonic origins of #testiscancer
Several of our scientists contributed to this newly-published @PNASNews PNAS paper of findings that could shed light on the origins of testicular #cancer: pnas.org/content/early/2019/…
Recombinetics retweeted
New research led by @pk_nicholls in the Page lab indicates that primordial germ cells do not commit to becoming sex cells until shortly after reaching the gonads during development. The findings could shed light on the origins of testicular cancer: ow.ly/BDby50xe5yd
Recombinetics retweeted
1. I’m very excited to share my new work on the origin of germ cells, now online @PNASNews
To make sense of it all, a thread!
Mammalian germ cells are determined after PGC colonization of the nascent gonad
pnas.org/content/early/2019/…
Recombinetics retweeted
10. A huge thank you to the Page lab @WhiteheadInst and @MITBiology, funding for my post-doc research from @HopeFunds1 and @NHMRC, numerous collaborators incl. @recombinetics, and reviewers, each of whom supported, contributed to, and improved this work.
Genome editing market to surge significantly during 2019-2024. ccsentinel.com/business/geno…
Doctors use CRISPR gene editing in cancer patients, a first in the U.S. latimes.com/science/story/20…
Recombinetics retweeted
"The evidence shows that growing #GMOs has led to a reduction in agricultural chemical use of 37% overall, and much more when it comes to insect resistant GM crops. And their use has greatly increased farm and environmental safety."
euractiv.com/section/agricul…
Recombinetics retweeted
New study by researchers from @RoyalAgUni shows shifting to 100% #organic farming isn't enough to reduce #greenhouse gases. We need all the tools including #GeneEditing which allows farmers to use less land while greatly increasing organic crop yields.
bit.ly/2Jit6bl
Recombinetics retweeted
Replying to @Maci_Mueller
@Maci_Mueller @UCDavisGrad gives beautiful presentation @aaabg2019 comparing gene editing vs. conventional breeding to introgress the polled allele into 🇦🇺 Brahman cattle population to avoid dehorning @Recombinetics @Barb4Hmom @John_B_Cole #AAABG2019 @ucanr @ucdavis @ucdavisCAES
Recombinetics retweeted
Frank Mitloehner @GHGGuru of @ucdavis receiving the Borlaug @CASTagScience Communication Award at the @WorldFoodPrize event in Des Moines @BioBeef @kevinfolta @akin_adesina














