Erik and Paul
@SynBioCarlsons
Followers
119
Following
38
Media
2
Statuses
44
Erik Carlson (Sattely Lab, Stanford) & Paul Carlson (@Sherlock_Bio). Formerly @NUSynBio @jewettlab_NU @LucksLab
Palo Alto, CA and Boston, MA
Joined July 2014
Welcome @BryanDechairo!.
Thrilled to welcome our new CEO @BryanDechairo to Sherlock’s Boston headquarters today! We’re excited to have Bryan helming the ship as we continue our mission to disrupt molecular diagnostics.
1
0
3
RT @Sherlock_Bio: In a #CRISPR first, our partner NorDx ran the first-ever successful automation of a CRISPR test for high-throughput, usin….
0
3
0
RT @PatrickSDonahue: Looking to obtain COMET or mMoClo plasmids from @Addgene ? We have deposited 291 plasmids and they are starting to bec….
0
5
0
So proud of the work being done at @Sherlock_Bio to expand access to COVID-19 testing 👏🏻👏🏻.
Today we announce a coalition with 221b Foundation, @open_phil, & @idtdna facilitated by @digbijaymahat to provide our #CRISPR SARS-CoV-2 #diagnostic kits to the country of Nepal as an essential diagnostic test for combating the #Covid19 pandemic.
1
0
2
RT @PatrickSDonahue: Hi experimental @NUSynBio and other #synbio colleauges, have you ever had difficulty applying someone else's findings,….
0
4
0
RT @Sherlock_Bio: Catch our CTO William Blake on 5/28 @ 12pm EST during @MassMEDICouncil Virtual Town Hall talking about Sherlock Bioscienc….
0
1
0
RT @Sherlock_Bio: #BREAKINGNEWS Sherlock Biosciences makes history for first ever #FDA authorized use of #CRISPR technology. Emergency Use….
0
90
0
Proud of the amazing team at @Sherlock_Bio: our #COVID19 assay using #CRISPR detection has received emergency use authorization from the FDA!.
A Cambridge biotech startup is using CRISPR to diagnose the coronavirus, with a kit that the company says can give results within an hour.
0
3
9
RT @jewettlab_NU: Making new chefs with @mjhammerling @djyoesep @SynBioCarlsons @kimds91 and Brian Fritz. Thanks to @NUSynBio @Northwestern….
nature.com
Nature Communications - Directed evolution of the ribosome is challenging because the requirement of cell viability limits the mutations that can be made. Here the authors develop a platform for in...
0
10
0
RT @jewettlab_NU: Interested in creating a mirror world? What about making new kinds of medicines or materials with the ribosome? We report….
nature.com
Nature Communications - Directed evolution of the ribosome is challenging because the requirement of cell viability limits the mutations that can be made. Here the authors develop a platform for in...
0
38
0
RT @PatrickSDonahue: I’m excited to share the publication of our new toolkit for composing custom genetic programs in mammalian cells, COME….
0
11
0
RT @LucksLab: Could not be more proud: lab alumn @TakahashiLab introduces recent graduate @SynBioCarlsons telling us about Sherlock Bio’s I….
0
1
0
RT @jewettlab_NU: Looking to teach synthetic biology and biotech concepts for high school or undergrads? Check out Biobits Kits. Our new pa….
pubs.acs.org
Recent advances in synthetic biology have resulted in biological technologies with the potential to reshape the way we understand and treat human disease. Educating students about the biology and...
0
24
0
RT @LucksLab: Just read the #HR7171 Bill for the Engineering Biology Research and Development Act of 2019. A must read for all synthetic bi….
congress.gov
Text for H.R.7171 - 115th Congress (2017-2018): Engineering Biology Research and Development Act of 2019
0
19
0
RT @LucksLab: Congrats to Paul Carlson of @SynBioCarlsons and @NUSynBio for getting the cover of this Month's @BiochemistryACS ! Check out….
0
3
0
RT @LucksLab: Excited to share our latest @NUSynBio bioRxiv preprint by @glasscoc et al with @DTELab and @tyolabNU! Riboregulated switchabl….
biorxiv.org
Dynamic pathway regulation has emerged as a promising strategy in metabolic engineering for improved system productivity and yield, and continues to grow in sophistication. Bacterial stress-response...
0
8
0
RT @LucksLab: A fantastic summary of these findings pointing to the elegance of RNA folding! Even more evidence that strand displacement is….
0
1
0
