Sara Gosline (@sargoshoe) 's Twitter Profile
Sara Gosline

@sargoshoe

Computational biologist/data magician @pnnl focused on the interplay between chemicals and the human body. All views my own.

ID: 16642108

linkhttps://www.pnnl.gov/people/sara-gosline calendar_today08-10-2008 01:48:30

12,12K Tweet

1,1K Followers

1,1K Following

Sara Gosline (@sargoshoe) 's Twitter Profile Photo

It's happening again! Come join us in Denver, Colorado to nerd out on the latest systems biology approaches in the cancer biology space.

Sara Gosline (@sargoshoe) 's Twitter Profile Photo

It's happening again! Come join us in Denver, Colorado to nerd out on the latest systems biology approaches in the cancer biology space.

Chris Anderton (@the_anderplants) 's Twitter Profile Photo

Our team has a new PostDoc opportunity: MALDI MSI Development and Applications! Check it out and apply if interested! Amazing team, highly competitive pay (+no state income tax), leading-edge facilities+instrumentation, & rafting Imaging MS Society Pacific Northwest National Laboratory careers.pnnl.gov/jobs/9504?lang…

Ernesto Nakayasu (@esnakayasu) 's Twitter Profile Photo

The Linus Pauling post doc program is an outstanding opportunity. Unbeatable salary and access to major resources at PNNL. Please, apply! careers.pnnl.gov/jobs/9425?lang…

Itai Yanai (@itaiyanai) 's Twitter Profile Photo

Every project is unique – like a ❄️– but after experiencing many projects it also gets pretty clear that there is pretty much a common way they unfold, once the initial idea happens:

Every project is unique – like a ❄️– but after experiencing many projects it also gets pretty clear that there is pretty much a common way they unfold, once the initial idea happens:
Sara Gosline (@sargoshoe) 's Twitter Profile Photo

It’s finally out! This work is a treasure trove of information about #networkbiology and an amazing accomplishment! Kudos to Dr. Tijana Milenkovic and Marinka Zitnik for leading this effort!

Soragni:Lab (@soragnilab) 's Twitter Profile Photo

Lots of good news to share on our NF1 work. Our platform to screen cutaneous neurofibroma organoids was recently published & we were awarded two grants from Neurofibromatosis Therapeutic Acceleration Program and Gilbert Family Foundation to take these models to the next level. So proud of this team! uclahealth.org/news/release/f…

James Fraser (A$AP J) (@fraser_lab) 's Twitter Profile Photo

🔔🔔🔔FACULTY POSITION IN OUR DEPARTMENT UC San Francisco 🔔🔔🔔 We are scientifically diverse, spanning a huge range of basic sciences! Bioengineering, Computational Biology, Drug Development Sciences, Molecular Design, Systems Pharmacology, ANYTHING QUANTITATIVE! aprecruit.ucsf.edu/JPF05232

Sara Gosline (@sargoshoe) 's Twitter Profile Photo

I'm looking for some papers on how to handle ties in rank statistics and found this, a paper on handling ties while ranking statisticians: tandfonline.com/doi/abs/10.108…

Jesse Rabinowitz 🔥🌹@jesserbnwtz.bsky.social (@jesserbnwtz) 's Twitter Profile Photo

REMINDER: The Jewish High Holidays are coming up. Don't schedule meetings on these days: - Rosh Hashanah: Sundown 10/2- 10/5. - Yom Kippur: Sundown 10/11- 10/12. Other nearing major but less known holidays - Sukkot: Sundown: 10/16-19 - Shmini Atzeret: Sundown 10/23-10/26

Joachim Schork (@joachimschork) 's Twitter Profile Photo

The Kruskal-Wallis test is a non-parametric method used to determine if there are statistically significant differences in the distributions of three or more independent groups based on ranks. Unlike ANOVA, it does not assume a normal distribution, making it versatile for

The Kruskal-Wallis test is a non-parametric method used to determine if there are statistically significant differences in the distributions of three or more independent groups based on ranks. Unlike ANOVA, it does not assume a normal distribution, making it versatile for
Sushmita Roy (@sroyyors@genomic.social) (@sroyyors) 's Twitter Profile Photo

Don't forget to register for #RSGDREAM2024 happening in Madison Oct 1-3rd. Learn about key recent advances in statistical, ML and computational genomics methods to problems in gene regulation across a diversity of basic and transitional research areas!