
Rebecca Taylor (@jrbexbox.bsky.social)
@jrbexbox
Followers
156
Following
96
Media
7
Statuses
134
Assoc. Prof. in Mechanical Engineering at Carnegie Mellon University, nanotechnologist, bioengineer, interdisciplinarian, and paper and molecular model fanatic
Pittsburgh, PA
Joined March 2007
RT @CMU_Mech: Apply by August 1st for the Rising Stars in Mechanical Engineering workshop supporting female graduate students and postdocs….
meche.engineering.cmu.edu
The Rising Stars in Mechanical Engineering Workshop supports women graduate students and postdocs who are considering careers in academia. The purpose of the workshop is for participants to gain...
0
7
0
RT @natrokh: @christlet @inkscape @SchulzScience_ and I created a guide to figure-making, with a focus on using open-source materials and s….
0
4
0
RT @TanentzapfLab: Funny thing about science is that If you ignore the existing literature or never bother to read it every single one of y….
0
40
0
RT @CMU_Mech: Are you a female graduate student or postdoc considering a career in academia?. Apply by August 1 for the Rising Stars in Mec….
meche.engineering.cmu.edu
The Rising Stars in Mechanical Engineering Workshop supports women graduate students and postdocs who are considering careers in academia. The purpose of the workshop is for participants to gain...
0
5
0
RT @RCSA1: 1st meeting of #Scialog: Automating Chemical Laboratories, cosponsored by RCSA, @BeckmanFnd, the Frederick Gardner Cottrell Foun….
0
9
0
RT @CMU_Mech: CMU MechE is hiring! . We have multiple tenure-track and a teaching-track position open. Full details here: . .
meche.engineering.cmu.edu
Join the faculty of the Department of Mechanical Engineering at Carnegie Mellon University.
0
8
0
As we work to build ever-smaller and more uniform micro- and nanorobots, milliscale models help us understand locomotion determinants!. Buoyant magnetic milliswimmers reveal design rules for optimizing microswimmer performance - now published in Nanoscale
pubs.rsc.org
Magnetically-actuated swimming microrobots are an emerging tool for navigating and manipulating materials in confined spaces. Recent work has demonstrated that it is possible to build such systems at...
0
2
7
RT @sbeltrancmu: Our work with cerebral #organoids and #TBI is published @SciReports! Many thanks to my advisors and collaborators! @pascal….
nature.com
Scientific Reports - Characterization of neural mechanotransduction response in human traumatic brain injury organoid model
0
4
0
RT @NanoLetters: 🔓 #OpenAccess + Most Read in the past 30 days: "Synthetic Cell Armor Made of DNA Origami" by Wang, Hayes, Ren, & @jrbexbox….
pubs.acs.org
The bioengineering applications of cells, such as cell printing and multicellular assembly, are directly limited by cell damage and death due to a harsh environment. Improved cellular robustness thus...
0
2
0
We are delighted that Nature has written a highlight about our team’s recent work on tunable DNA-based nanoshells for cells. Congrats to Weitao Wang for leading this! Thanks to Xi (Charlie) Ren for being such an amazing collaborator. @CMU_Mech @cmu_bme.
pubs.acs.org
The bioengineering applications of cells, such as cell printing and multicellular assembly, are directly limited by cell damage and death due to a harsh environment. Improved cellular robustness thus...
1
3
22
RT @MinkieWinky: My first paper as joint senior author has been accepted in Advanced Materials 🥳 With the triplex origami method, researche….
0
13
0