Zach Compton (@arizonaevo) 's Twitter Profile
Zach Compton

@arizonaevo

T32 Fellow @UAZCancer @UAZMedTucson | PhD @ace_arizona | Founder, ACE Scholars | at the intersection of evolutionary theory and cancer biology

ID: 1188643611266572288

linkhttps://www.acescholarsprogram.com calendar_today28-10-2019 02:28:26

1,1K Tweet

286 Followers

355 Following

Martijn Schenkel (@maschenkel) 's Twitter Profile Photo

And more great stuff in the second session! Rob Unckless on B chromosomes, Ivar Westenberg on fungal centromeres, Jeffrey Vedanayagam on meiotic drive suppression, Fanny Mazzamuro on transformation and mobile genetic elements, and Austin Burt on synthetic gene drives

And more great stuff in the second session! Rob Unckless on B chromosomes, Ivar Westenberg on fungal centromeres, <a href="/Anti_Sense/">Jeffrey Vedanayagam</a> on meiotic drive suppression, Fanny Mazzamuro on transformation and mobile genetic elements, and Austin Burt on synthetic gene drives
Antoine Dujon (@amdujon) 's Twitter Profile Photo

Check out our new paper in Evolutionary Applications! We predict the consequences of exposing wildlife to human-made oncogenic ecosystems and argue for the importance of accurately quantifying the costs of activating anti-cancer defences. onlinelibrary.wiley.com/doi/full/10.11…

Check out our new paper in <a href="/EvolAppJournal/">Evolutionary Applications</a>! We predict the consequences of exposing wildlife to human-made oncogenic ecosystems and argue for the importance of accurately quantifying the costs of activating anti-cancer defences.

onlinelibrary.wiley.com/doi/full/10.11…
Itai Yanai (@itaiyanai) 's Twitter Profile Photo

Our opinion piece is out today, "The origin of novel traits in cancer"! Do the phenotypes come first and only later are they locked in by genetic or epigenetic changes? Insights from evolutionary biology are super useful for understanding cancer! cell.com/trends/cancer/… #S_Frank

Our opinion piece is out today, "The origin of novel traits in cancer"! Do the phenotypes come first and only later are they locked in by genetic or epigenetic changes? Insights from evolutionary biology are super useful for understanding cancer! cell.com/trends/cancer/… #S_Frank
Zach Compton (@arizonaevo) 's Twitter Profile Photo

How life history theory may be leveraged to explain the differences in cross-species cancer risk is a fascinating puzzle. Slowly but surely we are adding pieces to that puzzle🧬 The latest from Arizona Cancer Evolution Center University of Arizona Cancer Center Dr. Stefania Kapsetaki academic.oup.com/emph/advance-a…

Arvid Ågren (@arvidagren) 's Twitter Profile Photo

New paper in ISEMPH with Zach Compton, Andriy Marusyk, and Aurora Nedelcu: * The Elephant and the Spandrel * Comparative oncology asks why some species get more cancer than others. Here, we evaluate some of the fundamental assumptions of the field.

bioRxiv Evobio (@biorxiv_evobio) 's Twitter Profile Photo

Natural selection acting on complex traits hampers the predictive accuracy of polygenic scores in ancient samples biorxiv.org/cgi/content/sh… #biorxiv_evobio

Lucie Laplane (@lucielaplane) 's Twitter Profile Photo

Our paper on clonal evolution is out in Nature Reviews Cancer The output of a cool collaboration with Carlo Maley We searched for where and how progress could be made in our understanding of evolutionary dynamics in cancers. rdcu.be/dT8pT Thanks Carlo for this collab!

Daniel Chavez (@danielc23028196) 's Twitter Profile Photo

Did you know that most invividulas in Ecuadorian zoos come from the wild (e.g rescued from wild trafficking)? I will talk about the importance of creating zoo biobanks coupled with Genomic research for conservation.

Did you know that most invividulas in Ecuadorian zoos come from the wild (e.g rescued from wild trafficking)? I will talk about the importance of creating zoo biobanks coupled with Genomic research for conservation.