Sabine Begall

@sabinebegall.bsky.social

Zoology prof. @unidue.bsky.social; sensory biology, sociality, aging, cancer resistance in mole-rats; magnetoreception; 2014 IgNobel awardee; vize president @mammalbiology.bsky.social

However, this finding proved hard to replicate by other labs and whether mole-rat skin biomechanics are actually special was never even tested. Using cutometry we find: It is not, when compared to laboratory rodent species. (3/8)

Cutometric comparison of subterranean (blue) and surface-dwelling (red) rodent taxa. The higher R8, the greater the skin's ability to recover its initial conformation (elasticity).

In any case, the idea of increased skin elasticity in burrowing mammals is not supported. Has elasticity been confused with skin looseness (adherence to underlying muscles) in the past? Perhaps, but whether skin looseness is remarkable in burrowers also needs to be tested (not trivial to do) (7/8)

Ansell's mole-rat, held by a human. Loose skin on the back is obvious. Photo by Sarah M. Wilms.

Ig Nobel Euro Show 2026 Save the date! April, 17th 2026, 7 pm +++ Further details follow soon Marc Abrahams and a line-up of Ig Nobel prize winners will present their research at the University of Duisburg-Essen (@unidue.bsky.social) in Essen, Germany, free admission special guest: Minkorrekt!

The stinker - inofficial mascot of the Ig Nobel prizes

New paper out in Mammalian Biology: Walking backwards, as impractical as it may seem, is mastered by the Ansell's mole-rat (Fukomys anselli). In this study, we showed that mole-rats can walk backwards and forwards with equal ease. This is likely an adaptation to their subterranean habitat.