Two postdoc fellows join PKU/CIBR team

Yanchen Ma obtained a PhD in Cell Biology in December 2020, from the School of Life Science, Xiamen University, China, under the supervision of Prof. Ying Chen. The title of her PhD thesis is “A GPR17-cAMP-lactate signaling axis in oligodendrocytes regulates whole-body metabolism”. She is joining the neuroscience team to unravel novel mechanisms of p75ntr subcellular localization and signaling.

Pawanrat Tangseefa, a.k.a. Queenie, obtained a PhD in Medicine/Physiology in May 2020 from the University of Adelaide, Australia, under supervision of Prof. Andrew Zannettino. The title of her PhD thesis is “The role of osteoblasts-mTORC1 in the regulation of glucose metabolism”. She is joining the metabolism team to elucidate the mechanistic basis of the metabolic effects of mutations in the ACVR1C gene found in the human population.

Meng Xie joins PKU and CIBR research units as Research Assistant Professor in Metabolism

Meng Xie took a PhD in 2014 at McGill University, Montréal, Canada. His doctoral thesis was on studies of the regulation of lipid metabolism in the dauer larvae of Caenorhabditis elegans. With a prestigious EMBO fellowship, he then undertook postdoctoral studies at Karolinska Institute in Stockholm, Sweden, under the guidance of A/Prof. Andrei Chagin. During his postdoc tenure, he worked on several projects, including studies on the mediation of phenotypic plasticity of body size and craniofacial shape by amino acid sensing, and evolution of long bone secondary ossification center and regulation of craniofacial cartilage during development. He has an impressive research output, with articles in Cell Metabolism, PNAS, Nature and eLife. Meng will conduct research at the new units at PKU and CIBR, and assist in training of students and lab management tasks. 

Open positions

PhD students, postdoctoral fellows and lab technicians are being recruited for the new laboratories at Peking University and Chinese Institute For Brain Research.

Work in the unit will focus on understanding the functions and signaling mechanisms of neuronal growth factors and their receptors in neuronal function and connectivity, neurodegeneration and in metabolic regulation, for the development of better therapies to diseases of the nervous system and metabolic disorders.

Candidates with expertise in cellular, molecular or structural biology, drug development, neurobiology, metabolism, adipose tissue and mouse genetics are encouraged to apply.

Applications, including CV, list of publications and statement of research interests should be sent by email to Prof. Carlos Ibanez: Email Applicants should arrange to have at least two confidential letters of reference sent independently by referees to this email address.