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Alzheimer's drug may someday help save lives by inducing "suspended animation" (wyss.harvard.edu)
3 points by gmays 8 days ago | past | discuss
DNA-powered signal amplification increases sensitivity of mass cytometry (wyss.harvard.edu)
2 points by geox 44 days ago | past
A better way to make RNA drugs (wyss.harvard.edu)
2 points by geox 67 days ago | past
DNA origami-based vaccines toward safe precision cancer immunotherapy (wyss.harvard.edu)
2 points by geox 6 months ago | past
Scientists build tiny biological robots from human cells (2023) (wyss.harvard.edu)
2 points by novateg 7 months ago | past
Team builds first living robots–that can reproduce (wyss.harvard.edu)
3 points by adityaathalye 10 months ago | past | 1 comment
Octobot: A Soft, Autonomous Robot (2016) (wyss.harvard.edu)
2 points by fidotron on July 23, 2023 | past
Wyss Institute at Harvard University to launch RNA solutions company (wyss.harvard.edu)
1 point by geox on Dec 19, 2022 | past
Modeling a devastating childhood disease on a chip (wyss.harvard.edu)
1 point by giuliomagnifico on June 24, 2022 | past
Programming cells with computer-like logic (wyss.harvard.edu)
39 points by _lnwk on May 30, 2022 | past | 1 comment
Fighting Viruses Is as Easy as Breathing (wyss.harvard.edu)
1 point by b0ner_t0ner on April 13, 2022 | past
The immune system is complicated, but now, it’s on a chip (wyss.harvard.edu)
2 points by clouddrover on March 18, 2022 | past
The first autonomous, soft robot (2016) (wyss.harvard.edu)
1 point by Cieplak on Feb 13, 2022 | past
Biohybrid fish made from human cardiac cells swims like the heart beats (wyss.harvard.edu)
2 points by rbanffy on Feb 11, 2022 | past
Team builds first living robots–that can reproduce (wyss.harvard.edu)
60 points by nkotov on Nov 29, 2021 | past | 19 comments
PhonoGraftTM: Biomimetic Hearing-Restoration Technology (wyss.harvard.edu)
1 point by pikseladam on Aug 24, 2021 | past
Harvard’s eardrum-restoring PhonoGraft enters commercial development (wyss.harvard.edu)
4 points by rbanffy on Aug 23, 2021 | past
Mike Levin on using bioelectricity to study how cells form (2019) (wyss.harvard.edu)
116 points by walterbell on July 13, 2021 | past | 21 comments
Tailored Fats for Food Applications (wyss.harvard.edu)
3 points by curmudgeon22 on May 8, 2021 | past
Human organ chips enable rapid drug repurposing for Covid-19 (wyss.harvard.edu)
2 points by curmudgeon22 on May 8, 2021 | past
Move over CRISPR, the retrons are coming (wyss.harvard.edu)
28 points by sethbannon on May 5, 2021 | past | 3 comments
Move over CRISPR the retrons are coming (wyss.harvard.edu)
3 points by antman on May 3, 2021 | past
A Computational Guide to Lead Cells down Desired Differentiation Paths (wyss.harvard.edu)
1 point by sizzle on March 15, 2021 | past
Combination gene therapy treats multiple age-related diseases in mice (wyss.harvard.edu)
1 point by elorant on Nov 10, 2019 | past
A swifter way towards 3D-printed organs (wyss.harvard.edu)
2 points by EndXA on Sept 7, 2019 | past
Folding polyhedron sampler enables easy capture of delicate underwater organisms (wyss.harvard.edu)
14 points by rfreytag on Dec 27, 2018 | past | 2 comments
Soft multi-functional robots get really small (wyss.harvard.edu)
1 point by rbanffy on Aug 13, 2018 | past
A Multifunctional, Multiscale, Reconfigurable Surface (wyss.harvard.edu)
1 point by ArtWomb on July 2, 2018 | past
Origami-inspired soft artificial muscles (wyss.harvard.edu)
200 points by lithander on Nov 28, 2017 | past | 52 comments
Low-cost wearables manufactured by hybrid 3D printing (wyss.harvard.edu)
1 point by lainon on Sept 6, 2017 | past

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