Experimental and computational modeling of tissue growth control
We are interested in studying the impact of artificial environmental chemicals, used in industry and agriculture, on our health. We primarily focus in obesity and obesity-related diseases such as diabetes or metabolic syndrome and we use mice as model system.
Gene Regulatory Networks, germ layer specification, Xenopus, targeted genome editing, genome-wide assays
Maja Bialecka – Fornal
Mitochondrial size control, mitochondrial volume inheritance regulation
I am working on a collaborative project with Prof. Monica Lind at Uppsala University aimed at determining whether prenatal bisphenol A exposure can reprogram mesenchymal stem cells toward the adipogenic lineage at the expense of bone.
I'm interested in understanding the molecular bases of the cilium. My focus is to identify and study new regulators of ciliogenesis.
Sarah E. Lutz
Trascellular and paracellular blood brain barrier permeability in a mouse model of multiple sclerosis using in vitro and intravital two photon microscopy.
Babu Reddy Janakaloti Narayana
Ji Won Oh
Pierre Le Pabic
Studying the developmental and genetic mechanisms of craniofacial morphogenesis and their evolution using zebrafish and African cichlids.
Saurabh Ghosh Roy
Activity of sphingolipid analogs on mouse model of prostate cancer
Soleil Sun Schutte
I am studying the molecular and cellular mechanisms involved in pathogenesis of Huntington's disease using Drosophila models.
transcriptional control of tendon development and how tendon development is connected to ECM organization
mRNA decay, translation, RNA localization, mitochondria, yeast, biochemistry, microscope.
Matheus Palhares Viana
I am interested in stem cell activation and quiescence controlled by both its niche and macro-environment, including immune regulation. My research will shed light on hair growth, skin wound healing, and melanoma.
Long non-coding RNA, protein binding motif on RNA