Really pleased that this special issue celebrating 100 years of dominance hierarchy research is now published. Edited by @Eliz_Hobson @_straussed @ShizukaLab & me. There are many fantastic contributions across a range of study systems and themes.

RT @lapp_hannah: Limited bedding also increased serum testosterone in female pups. Testosterone levels were also positively associated with…

RT @lapp_hannah: Limited bedding reduced pup body weight, changed USVs emitted, and reduced pup core body temperature, as measured by impla…

RT @lapp_hannah: New publication! 🥳 Thrilled to have this paper out in @HormBehav with @fachampagne @Melissa_S24

RT @AlexDeCasien: I’m thrilled & honored to be starting a new lab @ the NIA!! 🤩🥹 The Computational & Evolutionary Neurogenomics Unit focus…

@AlexDeCasien That's fantastic news Alex - congratulations! You deserve it. Looking forward to seeing your new lab's science.

Nice new work by @lapp_hannah

@Kevin_M_Moran Haha. - I should request that they leave it like that for class

@BecYBrim You deserve it ! Grateful to have you as an awesome colleague. Biology is lucky to have a fantastic researcher, mentor and teacher.

RT @BecYBrim: Elated to announce that I’m starting as an Assistant Professor in the Department of Integrative Biology at UT Austin, well to…

This was the craziest game of scrabble I’ve played in a long time. Can’t be too sad about losing after scoring 561! We both got triple-triples. ACIERAGE for me and MEDFLIES for Jeremy.

There is a new opening for a research associate in the lab of @fachampagne at UT Austin. Please let anybody know who may be interested!

Up The Villa !!!

@ampolter haha - I feel exactly the same. If there is a plethora of "Indeed"'s then it's likely me.

We have an exciting TT job available in Psychology, Natural Behavior and Computation at UT! We're looking for researchers who apply advanced computational approaches to high-density behavioral data collected in everyday environments. More details:

5. Finally, we also identify "social transition genes" that are relatively higher in expression in animals who either socially ascend or socially descend. Prominent among these are the genes Crym and Mybpc1. These genes may support pathways associated with status change.