Carolina Chávez-Madero (@chm_carolina) 's Twitter Profile
Carolina Chávez-Madero

@chm_carolina

PhD Candidate | Biomedical Engineering | @gilbertlab
Usually at the microscope, out for a run, or here.

ID: 176686295

calendar_today10-08-2010 04:47:35

517 Tweet

202 Followers

498 Following

Advanced Portfolio News (@advportfolio) 's Twitter Profile Photo

Researchers develop a one step technique for bioprinting multi-channel hydrogel filaments. Altering the printing parameters gives rise to the varied architectures seen below (scale bar: 200 μm) Ali Khademhosseini Paul Weiss Mario Moisés Álvarez Grissel Trujillo de Santiago 👉 ow.ly/2iGR50Kou4M

Researchers develop a one step technique for bioprinting multi-channel hydrogel filaments.

Altering the printing parameters gives rise to the varied architectures seen below (scale bar: 200 μm) <a href="/khademh/">Ali Khademhosseini</a> <a href="/PSWnano/">Paul Weiss</a> <a href="/MarioMoiss/">Mario Moisés Álvarez</a> <a href="/GrissSantiago/">Grissel Trujillo de Santiago</a> 

👉 ow.ly/2iGR50Kou4M
Gilbert Lab (@gilbertlab) 's Twitter Profile Photo

This superwoman 🦸‍♀️ brought energy ⚡️, curiosity 🧐, research prowess 🔬🥼, and an altruistic spirit🤲to the Gilbert Lab on a level that impacted us in the best possible ways. We are SO PROUD OF YOU Louise Moyle, and will miss you, but can't wait to follow your path CCRM. 🍻

This superwoman 🦸‍♀️ brought energy ⚡️, curiosity 🧐, research prowess 🔬🥼, and an altruistic spirit🤲to the <a href="/GilbertLab/">Gilbert Lab</a> on a level that impacted us in the best possible ways. We are SO PROUD OF YOU <a href="/DrLouiseMoyle/">Louise Moyle</a>, and will miss you, but can't wait to follow your path <a href="/CCRM_ca/">CCRM</a>. 🍻
PertzLab (@pertzl) 's Twitter Profile Photo

Our latest work ! authors.elsevier.com/a/1floh5Sx5gq7…. We show how simple self-organization rules in MAPK signaling allows to shape a simple epithelial cyst - a breast acinus.

Our latest work ! authors.elsevier.com/a/1floh5Sx5gq7…. We show how simple self-organization rules in MAPK signaling allows to shape a simple epithelial cyst - a breast acinus.
Emma West (@_emmarosewest) 's Twitter Profile Photo

What if you could image cells in fixed tissue sections, choose which ones to sequence 🔬, and then return to the same cells after NGS? Light-Seq⚡️🧬: high-res spatial sequencing of cells in fixed tissue for directly linking imaging + NGS + protein stains! nature.com/articles/s4159…

Wilson Poon (@wilsonpoon) 's Twitter Profile Photo

Hi y'all 👋, I'm recruiting 2 PhD students to join my lab Poon Lab @ UTEP at UTEP for Fall 2023. Projects focused on engineering tools to study nano-bio interactions for drug delivery. ⚗️🧫🧬💊 I'll be at #BMES2022 to chat more, or check out our new website utep.edu/engineering/de…

Hi y'all 👋, I'm recruiting 2 PhD students to join my lab <a href="/ThePoonLab/">Poon Lab @ UTEP</a> at <a href="/UTEP/">UTEP</a> for Fall 2023. Projects focused on engineering tools to study nano-bio interactions for drug delivery. ⚗️🧫🧬💊 I'll be at #BMES2022 to chat more, or check out our new website utep.edu/engineering/de…
mcguiganlab (@mcguiganlab) 's Twitter Profile Photo

We are so happy to introduce our new platform, SPOT, a Scaffold-supported Platform for Organoid-based Tissues, that allows low volume, high-throughput organoid culture. Check out 👉 doi.org/10.1016/j.biom… Thread below 👇

We are so happy to introduce our new platform, SPOT, a Scaffold-supported Platform for Organoid-based Tissues, that allows low volume, high-throughput organoid culture. 

Check out 👉 
doi.org/10.1016/j.biom… 

Thread below 👇
Carolina Chávez-Madero (@chm_carolina) 's Twitter Profile Photo

I invite my Twitter friends to take a look at my last work from my undergrad lab that just got published! We used sacrificial chaotic flows as our technology to contribute to the conversations of biosystems that reproduce anatomic architectures. Also, daaah, Happy holidays! 🍭🎄

Donnelly Centre (@donnellycentre) 's Twitter Profile Photo

Congratulations to Donnelly Centre members Molly Shoichet, Henry Krause, Peter J. Roy, Gilbert Lab, and Rafa Montenegro who received $4.8M in research funding through the CIHR Project Grant program - enabling research in genomics, regenerative medicine, and drug discovery.

Congratulations to <a href="/DonnellyCentre/">Donnelly Centre</a> members <a href="/MollyShoichet/">Molly Shoichet</a>, Henry Krause, <a href="/PeterJRoy/">Peter J. Roy</a>, <a href="/GilbertLab/">Gilbert Lab</a>, and <a href="/rafa_utoronto/">Rafa Montenegro</a> who received $4.8M  in research funding through the <a href="/CIHR_IRSC/">CIHR</a>  Project Grant program - enabling research in genomics, regenerative medicine, and drug discovery.
bryan stewart (@bryanstewart27) 's Twitter Profile Photo

Very happy to share the latest from our terrific collab with the Gilbert Lab : Electron microscopic analysis of the influence of iPSC-derived motor neurons on bioengineered human skeletal muscle tissues biorxiv.org/content/10.110…

Kirsty Duncan (@kirstyduncanmp) 's Twitter Profile Photo

Science and research are fundamental building blocks of Canada. They require attention, nurture and support for a better future, environment and quality of life for all. Grad students and postdocs are the future of research, and they need our support. nature.com/articles/d4158…

Andres Moreno-Estrada (@morestrada) 's Twitter Profile Photo

First time I get the cover of a magazine and it's in nature! Had this idea to illustrate the diversity captured by the MX Biobank across Mexico and brilliant designer Mauricio Guzman brought it to life inspired by indigenous Huichol art from near my home town. nature.com/nature/volumes…

First time I get the cover of a magazine and it's in <a href="/Nature/">nature</a>! Had this idea to illustrate the diversity captured by the MX Biobank across Mexico and brilliant designer <a href="/mauguz33/">Mauricio Guzman</a> brought it to life inspired by indigenous Huichol art from near my home town. nature.com/nature/volumes…
Medicine by Design (@mbd_uoft) 's Twitter Profile Photo

Great panel at the #MbDSymposium with Derrick Rossi, Helen Blau Stanford Medicine , Fiona Watt EMBO and Peter Zandstra University of British Columbia reflecting on how partnerships have shaped their careers and driven research innovation. Moderated by CCRM's Michael May.

Great panel at the #MbDSymposium with Derrick Rossi, Helen Blau <a href="/StanfordMed/">Stanford Medicine</a> , Fiona Watt <a href="/EMBO/">EMBO</a> and Peter Zandstra <a href="/UBC/">University of British Columbia</a> reflecting on how partnerships have shaped their careers and driven research innovation. Moderated by <a href="/CCRM_ca/">CCRM</a>'s Michael May.
Itai Yanai (@itaiyanai) 's Twitter Profile Photo

Out today in Nature Biotechnology! PhD students & postdocs: there's a trick – overlooked and underused – for having new ideas in the creative process. Talk science 1 on 1 with a science buddy that you trust and think of it as an improvisation. nature.com/articles/s4158…… Martin Lercher

Out today in <a href="/NatureBiotech/">Nature Biotechnology</a>! PhD students &amp; postdocs: there's a trick – overlooked and underused – for having new ideas in the creative process. Talk science 1 on 1 with a science buddy that you trust and think of it as an improvisation. nature.com/articles/s4158……
<a href="/MartinJLercher/">Martin Lercher</a>
bryan stewart (@bryanstewart27) 's Twitter Profile Photo

Very happy to share the latest publication from the lab. Painstaking work by Christine Nguyen alongside wonderful collaborators in the Gilbert Lab saw this through. ⁦UTM Biology⁩ ⁦UTM Research & Innovation⁩ link.springer.com/article/10.100…

eriksahailab (@eriksahailab) 's Twitter Profile Photo

Very pleased to share our latest preprint on MAPK dynamics and cell fate decisions in lung cancer biorxiv.org/content/10.110… . Does EGFR mutation mean MAPK is always on? NO, it shows dramatic pulses👇1/4

Donnelly Centre (@donnellycentre) 's Twitter Profile Photo

A team led by University of Toronto researchers has uncovered new targets that could be key to effectively treating #glioblastoma, a lethal type of brain #cancer. Glioblastoma is challenging to treat due to the resistance of its stem cells to therapy. Learn more 👉 uoft.me/Glioblastoma

A team led by <a href="/UofT/">University of Toronto</a> researchers has uncovered new targets that could be key to effectively treating #glioblastoma, a lethal type of brain #cancer.

Glioblastoma is challenging to treat due to the resistance of its stem cells to therapy.

Learn more 👉 uoft.me/Glioblastoma