Bella Archibald (@bella_arch) 's Twitter Profile
Bella Archibald

@bella_arch

BioE Ph.D. student in the Brophy Lab at Stanford | Make a difference while you’re here and while you can. Be kind because you’re here and because you can.

ID: 3720132732

linkhttps://www.brophylab.org calendar_today29-09-2015 00:33:37

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Michael C. Jewett (@michaelcjewett) 's Twitter Profile Photo

How might we enable a sustainable future 🌍🍃? #syntheticbiology and (bio)chemical engineering research will be key drivers👇 nature.com/articles/s4428…

Noah Eckman (@noaheckman) 's Twitter Profile Photo

Thrilled that our review in Nature Reviews Bioengineering is out!! Read about how to design biomaterials which are enabling the next generation of adoptive cell manufacture and delivery:

Vivian Zhong (@vivzhong97) 's Twitter Profile Photo

The day may come when I stop doing non-PhD things before I graduate…but it is not this day 🙈 As part of a fellowship with Federation of American Scientists🔬, I scoped out the challenges and opportunities in bringing agricultural biotechnology to market: fas.org/publication/ag…

Eric A. Appel (@appelgroup) 's Twitter Profile Photo

New achievement unlocked… inspiring the design of the protagonist in a steamy romance novel! Book 3 of Tara Roi’s Love & Disaster trilogy centers on a Stanford Professor who invents an awesome new hydrogel-based fire retardant for wildfire prevention!

New achievement unlocked… inspiring the design of the protagonist in a steamy romance novel!

Book 3 of Tara Roi’s Love & Disaster trilogy centers on a Stanford Professor who invents an awesome new hydrogel-based fire retardant for wildfire prevention!
Science Magazine (@sciencemagazine) 's Twitter Profile Photo

A nitrogen-fixing organelle, or “nitroplast,” has been identified in a marine alga. This discovery sheds light on the evolutionary transition from endosymbiont to organelle. Learn more from a recent issue of Science: scim.ag/6KY

A nitrogen-fixing organelle, or “nitroplast,” has been identified in a marine alga. This discovery sheds light on the evolutionary transition from endosymbiont to organelle.

Learn more from a recent issue of Science: scim.ag/6KY
Science Magazine (@sciencemagazine) 's Twitter Profile Photo

Plant communication encompasses both aboveground and belowground interactions. A new #SciencePerspective argues for more research on what happens belowground, which has thus far received less exploration. scim.ag/6Lr

Plant communication encompasses both aboveground and belowground interactions. 

A new #SciencePerspective argues for more research on what happens belowground, which has thus far received less exploration. scim.ag/6Lr
Xiaojing Gao (@synbiogaolab) 's Twitter Profile Photo

Following our field's inspiring history of building synthetic receptors, here we share our lab's first attempt at a post-transcriptional one. Based on ADAR-editing and compatible with various inputs/outputs.

Brady Lab (@bradylabs) 's Twitter Profile Photo

25 Inspiring Women in Plant Biology | Plant Science Today. What an incredible group of women. blog.aspb.org/25-inspiring-w…

Joydeb Sinha (@sinha_joydeb) 's Twitter Profile Photo

I'm thrilled to announce that my PhD thesis work from Bintu Lab on how the H3.3K36M oncohistone disrupts the establishment of epigenetic memory is now out in the latest issue of Molecular Cell. shorturl.at/X9IZG (1/4)

Science Magazine (@sciencemagazine) 's Twitter Profile Photo

In Mesoamerican cloud forests, climate change and deforestation are leading to plant species moving upslope. However, an analysis of forest plant traits from across the tropical Americas suggests that forests are not changing fast enough to keep up with climate change. Learn

In Mesoamerican cloud forests, climate change and deforestation are leading to plant species moving upslope. However, an analysis of forest plant traits from across the tropical Americas suggests that forests are not changing fast enough to keep up with climate change.

Learn
Xiaojing Gao (@synbiogaolab) 's Twitter Profile Photo

LIDAR is out! rdcu.be/efugD We've improved a lot, e.g., making MESA-like LIDAR work, RNAseq of on-/off-target editing, and optimizing RNA delivery. We are one baby step closer to making it useful for therapeutics. NIH high-risk high-reward program provides key support.

Santiago Mille (@santimillef) 's Twitter Profile Photo

Out today! LIDAR, a new class of synthetic receptors expanding the cell engineering toolbox. We demonstrate orthogonal sensing of secreted & membrane-bound ligands, spatial patterning & mRNA delivery! Thanks to co-authors, especially co-first Xiaowei Zhang rdcu.be/efugD

Stanford Synthetic Biology (@stanfordsynbio) 's Twitter Profile Photo

Stanford hosted its 2nd Synthetic Biology for Sustainability Symposium on May 7!🌱 Supported by the deans of Stanford Engineering Stanford Medicine Stanford Doerr School of Sustainability, the event featured cross-campus speakers on how synthetic biology can power a more sustainable future. Live sketch by Callie Chappell

Stanford hosted its 2nd Synthetic Biology for Sustainability Symposium on May 7!🌱 Supported by the deans of <a href="/StanfordEng/">Stanford Engineering</a> <a href="/StanfordMed/">Stanford Medicine</a> <a href="/stanforddoerr/">Stanford Doerr School of Sustainability</a>, the event featured cross-campus speakers on how synthetic biology can power a more sustainable future. Live sketch by <a href="/eco_genome/">Callie Chappell</a>
Vivian Zhong (@vivzhong97) 's Twitter Profile Photo

Side quest # TooMany of this PhD: I co-authored an article for Issues in Science and Technology on the need for better soil data to monitor topsoil loss, plus farmland price valuation that reflects the true quality of soil to incentivize topsoil preservation. Feedback welcome! issues.org/better-soil-da…