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Edward Pimentel Profile
Edward Pimentel

@EdwardBPimentel

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Following
639
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110

Chemist, Dad. (he/him) Loves Bikes, Books and Plants 🇺🇸 🇧🇦 🇷🇴 🇳🇱 🇸🇩 🇧🇪

Joined December 2021
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@EdwardBPimentel
Edward Pimentel
10 days
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@EdwardBPimentel
Edward Pimentel
11 days
Hot off the press! Our @Martell_Group mini-review on DNA-scaffolded catalysis just dropped in @TrendsChemistry. An interesting look at this unique intersection of catalysis, supramolecular chem, and DNA nanotechnology. Read here:
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@EdwardBPimentel
Edward Pimentel
2 months
New preprint from the Soh lab! Nice work by my labmate Haji - new highly specific steroid aptamers identified using our modified sequencer platform. I've used the progesterone aptamer myself and can vouch for it! #chemtwitter @ChemRxiv
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biorxiv.org
Aptamer-based biosensors offer several advantages for detecting small molecules, including chemical stability and compatibility with diverse sensing formats. However, developing highly specific DNA...
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@cenmag
C&EN (Chemical & Engineering News)
2 months
At #ACSFall2025, we caught up with Tejas Shah, who is automating chemistry to ensure food security: https://t.co/vkJe3VT8zg
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@jacobcollier
Jacob Collier
2 months
A new album!!!! “The Light For Days”, out October 10th 💡 Presave here: https://t.co/HK7X3VvWLb
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@YulabJin
Yulab
2 months
Using protein native backbone as ligand for organometallic catalysts without attaching ligands to protein is long sought after. Our MPAA ligand provides a perfect avenue to achieve this, showing high mono-selectivity: Nature Catalysis: https://t.co/c6NFzx8rfa
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@KFBChem
Kyle F. Biegasiewicz
2 months
Super cool to have our VHPO-catalyzed thioketal cleavage highlighted in OPRD! Thanks so much for the highlight! https://t.co/AyrygF08cX
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pubs.acs.org
@KFBChem
Kyle F. Biegasiewicz
8 months
KFB Lab Alert: Our latest work applying enzymatic halide recycling to thioketal cleavage is now available @ChemRxiv! Congratulations to @ManiksharmaASR and Yue Li on this work! https://t.co/RUIRpPXMkB
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@EdwardBPimentel
Edward Pimentel
3 months
Check out the latest preprint from the @Martell_Group: we combined DNA-scaffolded catalysis with DNA-encoded libraries to perform >500,000 parallel reactions on attomole scale! 🧬🧪 Shout out to Caleb and @JeffChem and all of our amazing coauthors! https://t.co/ZKknvF57Dd
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@EdwardBPimentel
Edward Pimentel
3 months
Really great article about teaching undergraduate chemistry the sets a higher bar for the "unknown puzzles" we all remember solving (some fondly, other not so much)! This authentic chemistry learning approach made being a TA at UW-Madison really great!
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pubs.acs.org
We present example assessments featuring spectroscopic unknown puzzles, where the solution to the puzzle is the outcome of a known chemical reaction. These spectroscopic exercises engage students in...
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@EdwardBPimentel
Edward Pimentel
3 months
We built a DNA-scaffolded and DNA-encoded high-throughput reaction screening platform that runs 500,000+ reactions in <3 days and can generated data to train predictive models! 🧬🧪 Proud to finally share the preprint: 🔗 https://t.co/ZKknvF57Dd
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@EdwardBPimentel
Edward Pimentel
8 months
I'm grateful to have been recognized as one of the Top 100 applicants for the 2025 #CASFutureLeaders. Congrats to all of the amazing chemists who were selected! 🧪🧬 And thanks to @petercarlton for organizing this awesome program!
@CASChemistry
CAS
8 months
Join us in congratulating the 2025 #CASFutureLeaders! We look forward to welcoming these exceptional Ph.D. students and postdoctoral scholars to Columbus, Ohio, and Washington, DC, this August. https://t.co/59m5gdePaD
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@EdwardBPimentel
Edward Pimentel
11 months
When an unusual late-night lab observation leads to something more! Swellable cross-linked protein crystals as a support for enzymes and catalysts, now in @ACS_AMI. H/t Jed, @Ethan_Hartman97, and Eli for all of their work on this! @Martell_Group https://t.co/E72mOfMHpN
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pubs.acs.org
Scaffolding catalytic reactions within porous materials is a powerful strategy to enhance the reaction rates of multicatalytic systems. However, it remains challenging to develop materials with high...
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@ItaiYanai
Itai Yanai
1 year
Doing good science is 90% finding a science buddy to constantly talk to about the project.
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@owl_posting
owl
1 year
The unreasonable effectiveness of plasmid sequencing as a service (Plasmidsaurus) https://t.co/kWOd8oNOnz i cover @plasmidsaurus, the plasmid sequencing company they are one of the most interesting startups ive ever stumbled across and this essay explains why (3.8k words)
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owlposting.com
3.8k words, 18 minutes reading time
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@EdwardBPimentel
Edward Pimentel
1 year
Excited to be working in the @HTSohLab!
@HTSohLab
The Soh Lab @ Stanford
1 year
#TraineeSpotlight: Edward is a postdoc who researches natural/non-natural aptamers to target analytes that can't be targeted with conventional antibodies. Outside of lab, @EdwardBPimentel likes to read, bake, and spend time with his wife and two daughters (photo @lawrencehallsci)
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@EdwardBPimentel
Edward Pimentel
1 year
Check out this neat paper on photocatalyst activation at cell-cell contacts by my former labmate and fellow DNA enthusiast @XuZhou_102! It's great to see this published!
@JeffChem
Jeff Martell
1 year
Check out our new paper! DNA-Directed Activation of Photocatalytic Labeling at Cell–Cell Contact Sites. Congrats to @XuZhou_102, who led this work. Xu just started his own lab at Nanjing University–keep a lookout for his group's exciting DNA nanotech work! https://t.co/aj7CX3kCRw
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@HTSohLab
The Soh Lab @ Stanford
1 year
Take a look at a cool new perspective looking at biosensors for #ParkinsonsDisease by @gmmaddocks
@ACS_Sensors
ACS Sensors
1 year
Out today from the @HTSohLab, this critical perspective on biosensors for #ParkinsonsDisease seeks to pinpoint necessary changes for new sensors to translate into impact for PD patients.
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@ACS_Sensors
ACS Sensors
1 year
Out today from the @HTSohLab, this critical perspective on biosensors for #ParkinsonsDisease seeks to pinpoint necessary changes for new sensors to translate into impact for PD patients.
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pubs.acs.org
Parkinson’s Disease is the second most common neurological disease in the United States, yet there is no cure, no pinpointed cause, and no definitive diagnostic procedure. Parkinson’s is typically...
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