PhD proposal about the subcellular compartmentation of redox processes
The group of Jean-Christophe Jonas is seeking a talented candidate to do a PhD at the pole of Endocrinology, diabetes and nutrition of the IREC institute at UCLouvain.
General Topic: Subcellular compartmentation of redox processes in the context of insulin secretion in health and disease.
Profile: You recently obtained a Master in Biomedical Sciences, Pharmacy, Bioengineering, Biology, Biochemistry or the like, and have a strong motivation to do research in field of diabetes/metabolism and cell biology.
Conditions: The candidate should apply to a PhD fellowship from the F.R.I.A. in August 2020, with oral defense in October-November 2020. In case of failure, the first-year fellowship will be paid by the lab, and the candidate will reapply to the FRIA in 2021. No further commitment can be made at this stage.
Starting Date: October 1, 2020 (the FRIA project and defense will need to be prepared beforehand)
More info on the “Google Scholar” and “ResearchGate” profiles of Jean-Christophe Jonas, on Pubmed, or on the UCLouvain publication database DIAL.
Apply before July 9th, 2020 by sending your CV, a letter of interest and the name / affiliation / e-mail address of two scientists who know your work at:
jean-christophe.jonas@uclouvain.be
PhD thesis proposal on 'Direct and indirect mechanisms controlling glucagon and insulin secretion: therapeutic implications for diabetes'
The endocrine pancreas plays a key role in glucose homeostasis. It is organized in islets mainly composed of beta, alpha- and delta-cells, secreting, respectively, insulin, glucagon and somatostatin. Insulin is the major hypoglycemic hormone whereas glucagon is hyperglycemic. Somatostatin potently inhibits the secretion of both insulin and glucagon. Diabetes is characterized by an impaired glucose homeostasis and results from a deficit in insulin which is absolute in type 1 diabetes (due to beta-cell destruction) or relative in type 2 diabetes (as a results of decreased beta-cell mass and insulin resistance). Diabetes is also characterized by a defective glucagon secretion (hypersecretion and altered response to hypoglycemia) of unknown origin. All the cell types of the islets influence each other, but the nature of these heterologous interactions is still poorly understood. The objectives of the project are to study the direct and indirect mechanisms controlling glucagon and insulin secretion, using various approaches, from the gene to the cell and to the whole organism in healthy states and in diabetes. One goal will be to identify new therapeutic targets to help to normalize glucose homeostasis in diabetes. Studies will be performed on both human and mouse tissue.
Techniques: cell culture, Fluorescence-Activated Cell Sorting (FACS), study of gene expression (qPCR + RNAseq), live cell imaging, secretion assays, conventional and confocal fluorescence microscopy, cloning and adenovirus construction, transgenic mouse models, ... The students will work in collaboration with researchers of the laboratory.
Profile: The applicant should have a strong CV, holder of a Master degree in biology, pharmacy, agronomy, bioengineering, biomedical sciences, medicine, … or equivalent. He/she should have a strong knowledge in biology, cellular physiology and gene expression. He/she should be able to write and speak in English. Good communication skills and the ability to work both independently and as part of a team are also very much appreciated.
Starting Date: The position should start in September/October 2020.
Environment: Our lab is composed of about 15 researchers including PhD students and post-docs from various nationalities. The lab is located in a pleasant area in Brussels.
Procedure: The applicant should send, preferable before July 15th, in a single PDF file, to the email address below (i) a motivation letter, (ii) a detailed curriculum vitae mentioning a phone number, an e.mail address, the birthdate, copies of relevant university degrees, and (iii) names, addresses, e.mail addresses and phone numbers of at least 2 (ideally 3) persons of reference.
To Dr. E. Gatineau eva.gatineau@uclouvain.be and P. Gilon patrick.gilon@uclouvain.be
Post-doctoral Fellowship on 'Direct and indirect mechanisms controlling glucagon and insulin secretion: therapeutic implications for diabetes'
The endocrine pancreas plays a key role in glucose homeostasis. It is organized in islets mainly composed of beta, alpha- and delta-cells, secreting, respectively, insulin, glucagon and somatostatin. Insulin is the major hypoglycemic hormone whereas glucagon is hyperglycemic. Somatostatin potently inhibits the secretion of both insulin and glucagon. Diabetes is characterized by an impaired glucose homeostasis and results from a deficit in insulin which is absolute in type 1 diabetes (due to beta-cell destruction) or relative in type 2 diabetes (as a results of decreased beta-cell mass and insulin resistance). Diabetes is also characterized by a defective glucagon secretion (hypersecretion and altered response to hypoglycemia) of unknown origin. All the cell types of the islets influence each other, but the nature of these heterologous interactions is still poorly understood. The objectives of the project are to study the direct and indirect mechanisms controlling glucagon and insulin secretion, using various approaches, from the gene to the cell and to the whole organism in healthy states and in diabetes. One goal will be to identify new therapeutic targets to help to normalize glucose homeostasis in diabetes. Studies will be performed on both human and mouse tissue.
Fellowship: The postdoctoral position is expected to start in September/October 2020 (but will remain open until suitable candidates are found). Position is for two years, with a possibility of one-year extension. Fellowship starts from approximately 2500 €/month after tax
Profile: The applicant should have a PhD thesis in medical/biological sciences or equivalent that is not from our University. He/she should be in a position of international mobility, which requires that he/she should have spent at least one year outside Belgium during the 3 years preceding the beginning of the post-doc fellowship, and he/she cannot have defended his/her thesis more than 6 years before the start of the post-doc fellowship. The applicant should have a strong knowledge in biology and cellular physiology. Experience in bioinformatics is a plus. The ability to write and speak in English is mandatory. Good communication skills and the ability to work both independently and as part of a team are required. The candidate should have demonstrable track record of research excellence.
Techniques used in the lab: Cell culture, Fluorescence-Activated Cell Sorting (FACS), gene expression analysis, secretion assays, live cell imaging, conventional and confocal fluorescence microscopy, patch-clamp, cloning and adenovirus construction, transgenic mouse models, ... The students will work in collaboration with researchers of the laboratory.
Environment: Our lab is composed of ~15 researchers including PhD students and post-docs from various nationalities. The lab is located in a pleasant area in Brussels.
Procedure: The applicant should rapidly send, in a single PDF file, to the email address below (i) a motivation letter, (ii) a detailed curriculum vitae mentioning a phone number, an e.mail address, the birthdate, copies of relevant university degrees, and (iii) names, addresses, e.mail addresses and phone numbers of at least 2 (ideally 3) persons of reference.
To Dr. E. Gatineau eva.gatineau@uclouvain.be and Dr. P. Gilon patrick.gilon@uclouvain.be
PhD fellowship jointly supervised by UNamur and UCLouvain (Belgium) on cell biology / cancer cell immunology
Please see attachment here below.