C3STC (@c3stc) 's Twitter Profile
C3STC

@c3stc

The Center for Cellular Construction - an NSF funded Science and Tech Center. A diverse community harnessing the power of cells to build awesome things.

ID: 825827431470637057

linkhttp://ccc.ucsf.edu calendar_today29-01-2017 22:06:17

1,1K Tweet

834 Followers

423 Following

Beata Science Art (@beatascienceart) 's Twitter Profile Photo

Are you passionate about #SciArt and joining #CellBio2022? Submit an abstract to our subgroup "Science and Art: Bridging Two Creative Universes" by Aug 2 and join the amazing Janet Iwasa Dr. Ahna Skop, Ph.D. Minhaj Sirajuddin Graham Johnson & David Schneider for a talk. Please RT! #AcademicTwitter

Are you passionate about #SciArt and joining #CellBio2022? Submit an abstract to our subgroup "Science and Art: Bridging Two Creative Universes" by Aug 2 and join the amazing <a href="/janetiwasa/">Janet Iwasa</a> <a href="/foodskop/">Dr. Ahna Skop, Ph.D.</a> <a href="/ms_chirps/">Minhaj Sirajuddin</a> Graham Johnson &amp; David Schneider for a talk. Please RT! #AcademicTwitter
Ben Larson (@beuplotes) 's Twitter Profile Photo

A slide shared by C3STC Summer Course students during this year's "Big Ideas" activity- one slide and 2 min to pitch your big idea. Stentor in Every School pitched by students from Deepa Rajan and Wallace Marshall Computation by Cells group This is the world I want to live in.

A slide shared by <a href="/c3STC/">C3STC</a> Summer Course students during this year's "Big Ideas" activity- one slide and 2 min to pitch your big idea. 
Stentor in Every School pitched by students from <a href="/DeepaHRajan/">Deepa Rajan</a> and <a href="/WallaceUcsf/">Wallace Marshall</a> Computation by Cells group
This is the world I want to live in.
Wallace Marshall (@wallaceucsf) 's Twitter Profile Photo

CCC summer course final presentations - student team developing methods to image peroxisomes in seaweed tissues collected from the wild C3STC

CCC summer course final presentations - student team developing methods to image peroxisomes in seaweed tissues collected from the wild <a href="/c3STC/">C3STC</a>
Wallace Marshall (@wallaceucsf) 's Twitter Profile Photo

CCC summer course final presentations - student group investigating organelle structure in skate retina / hiw cell architecture affects signal processing C3STC

CCC summer course final presentations - student group investigating organelle structure in skate retina / hiw cell architecture affects signal processing <a href="/c3STC/">C3STC</a>
Wallace Marshall (@wallaceucsf) 's Twitter Profile Photo

CCC summer course student presentation on organelle scaling and geometry using soft xray tomography and Python based image analysis. Project led by @MaryMirvis C3STC

CCC summer course student presentation on organelle scaling and geometry using soft xray tomography and Python based image analysis. Project led by @MaryMirvis <a href="/c3STC/">C3STC</a>
Jennifer Frazier (@frazierarchive) 's Twitter Profile Photo

How can we use seaweed to combat climate change? How do we rethink scientific ethics after Theranos? And how does a single cell move 175 meters?! Reunited *in person* around great questions at the Center for Cellular Construction Annual Retreat C3STC

How can we use seaweed to combat climate change?  How do we rethink scientific ethics after Theranos?  And how does a single cell move 175 meters?!  Reunited *in person* around great questions at the Center for Cellular Construction Annual Retreat <a href="/C3STC/">C3STC</a>
Janet Iwasa (@janetiwasa) 's Twitter Profile Photo

We're featuring Dr. Judith Simcox PhD for #SeeingDiversity! This illustration was made by a talented summer intern, Sarah Nelson Rosy Shrike and features plasma lipids and the tissues of production & uptake. The design was inspired by Navajo weaving.

We're featuring Dr. <a href="/JudithSimcox/">Judith Simcox PhD</a> for #SeeingDiversity! This illustration was made by a talented summer intern, Sarah Nelson <a href="/RosyShrike/">Rosy Shrike</a> and features plasma lipids and the tissues of production &amp; uptake. The design was inspired by Navajo weaving.
Tang Lab (@lab_tang) 's Twitter Profile Photo

How do cells heal injuries and repair wounds? Cutting cells is the first step to studying the extremely important process of wound healing! We are excited to share our recently published work where we cut Stentor coeruleus cells using fluid flow. (1/6)

SACNAS (@sacnas) 's Twitter Profile Photo

Congratulations to all student presenters for completing their presentations for #2022NDiSTEM! You should all be SO proud of your hard work and dedication!

Congratulations to all student presenters for completing their presentations for #2022NDiSTEM! You should all be SO proud of your hard work and dedication!
CEMB (@cemb_stc) 's Twitter Profile Photo

Applications are NOW OPEN for the #CEMB summer undergrad research program #UExB! Encourage the sophomores and juniors you know to apply! Full details: cemb.upenn.edu/programs/educa… Want to learn more? Join us at two virtual info sessions on 11/16 & 11/22: bit.ly/CEMB_Informati…

Applications are NOW OPEN for the #CEMB summer undergrad research program #UExB! Encourage the  sophomores and juniors you know to apply! 
Full details: cemb.upenn.edu/programs/educa… 
Want to learn more? Join us at two virtual info sessions on 11/16 &amp; 11/22: bit.ly/CEMB_Informati…
Wallace Marshall (@wallaceucsf) 's Twitter Profile Photo

Delighted to announce our new paper on single-celled learning, In which we show that the gradual habituation to mechanical stimulation seen in groups of Stentor results from step-like responses in individual cells. sciencedirect.com/science/articl…

Delighted to announce our new paper on single-celled learning, In which we show that the gradual habituation to mechanical stimulation seen in groups of Stentor results from step-like responses in individual cells.  sciencedirect.com/science/articl…
Deepa Rajan (@deepahrajan) 's Twitter Profile Photo

Even a single cell can learn, but this research was a collaboration among many cells in many brains. s/o to co-authors asa Kathya Correa Almanza Brenda Garibay Athena Lin Kyle Barlow Mark M. Slabodnick and more for all the brain cells working together to learn how cells learn. 10/n

Even a single cell can learn, but this research was a collaboration among many cells in many brains. s/o to co-authors <a href="/AsaKalish/">asa</a> <a href="/kathyacorreaa/">Kathya Correa Almanza</a> <a href="/scientistbrenda/">Brenda Garibay</a> <a href="/AthenaUCSF/">Athena Lin</a> <a href="/KbSci/">Kyle Barlow</a> <a href="/mmslabodnick/">Mark M. Slabodnick</a> and more for all the brain cells working together to learn how cells learn. 10/n
Deepa Rajan (@deepahrajan) 's Twitter Profile Photo

Also, thank you to C3STC for fostering wonderful collaborations between UC San Francisco and SF State. I had so much fun working on this project with FANTASTIC (!!!) Master’s and undergraduate students during the CCC summer course. 11/n

Also, thank you to <a href="/c3STC/">C3STC</a> for fostering wonderful collaborations between <a href="/UCSF/">UC San Francisco</a> and <a href="/SFSU/">SF State</a>. I had so much fun working on this project with FANTASTIC (!!!) Master’s and undergraduate students during the CCC summer course. 11/n
Deepa Rajan (@deepahrajan) 's Twitter Profile Photo

Matthew Gates They are SO charismatic! We're starting a "Stentor in Every School" initiative to bring these cells to classrooms across SF, since kids seem to love Stentor and they are a gateway to exploring nature in general Kathya Correa Almanza Brenda Garibay C3STC

<a href="/Synchangel/">Matthew Gates</a> They are SO charismatic! We're starting a "Stentor in Every School" initiative to bring these cells to classrooms across SF, since kids seem to love Stentor and they are a gateway to exploring nature in general <a href="/kathyacorreaa/">Kathya Correa Almanza</a> <a href="/scientistbrenda/">Brenda Garibay</a> <a href="/c3STC/">C3STC</a>
Wallace Marshall (@wallaceucsf) 's Twitter Profile Photo

if you are interesting in quantitative cell biology and cellular engineering check out the presentations tomorrow at #ASCB2022 from the Center for Cellular Construction C3STC

if you are interesting in quantitative cell biology and cellular engineering check out the presentations tomorrow at #ASCB2022 from the Center for Cellular Construction <a href="/C3STC/">C3STC</a>
PrakashLab (@prakashlab) 's Twitter Profile Photo

(1/n) 2023 begins with new hopes & dreams. Restarting our #FrugalScience global adventure this year with an invitation to global cohort of problem solvers. Here is invitation for global community to engage - come solve hard problems with us with a little bit of play.

(1/n) 2023 begins with new hopes &amp; dreams. Restarting our #FrugalScience global adventure this year with an invitation to global cohort of problem solvers. Here is  invitation for global community to engage - come solve hard problems with us with a little bit of play.