Please, find below the closing and re-opening dates of the following central services:
Stock, maintenance and ordering: closes from Friday, Dec. 23, at 11:15 AM and opens again Monday, Jan. 3 morning. Washing facility: closes from Friday, Dec. 23, at 15:30 and opens again Monday, Jan. 3 morning. Central administration: closes from Friday, Dec. 23, at 11:30 and opens again Monday, Jan. 3 morning. IT support: closes from Friday, Dec. 23, at 17:00 and opens again Monday, Jan. 3 morning. If you need computer support within of these dates, please contact the helpdesk of Unil by phone at 22.11 or by e-mail at helpdesk (at) unil.ch
Scientific Services of the CIG:
Phenotyping: closes from Friday, Dec. 23, at 12:00 PM and opens again Monday, Jan. 3 morning. Genotyping: closes from Friday, Dec. 23, at 15:00 and opens again Tuesday, Jan. 8 morning. Cell cultureand solutions: closes from Friday, Dec. 16, at 16:00 and opens again Monday, Jan. 3 morning. Biofluid assays, Workshop, General technical support: closes from Friday, Dec. 23, at 16:00 and opens again Monday, Jan. 3 morning. Metabolic analysis in Mice: closes from Friday, Dec. 23, at 16:00 and opens again Monday, Jan. 3 morning.
Hello, I am Anupam Das, from Pondicherry, India. I completed my M.Sc. in Biotechnology from Pondicherry University, India in 2019. Then I was employed as a Research Assistant at National Brain Research Centre (NBRC) in Haryana, India, under the supervision of Dr. Sourav Banerjee for two years till 2021, where I was investigating the mechanisms by which activity-dependent expression of long noncoding RNAs (lncRNAs) regulate translation at synapses in the hippocampus of adult rodents.
In September 2021, I got selected to the NCCR Pre-doc program for which I am joining CIG, University of Lausanne, to perform one of my 3 lab rotations (for four months) in the lab of Prof. David Gatfield from 1st November 2022, before starting my PhD studies next year.
The UNIL Research Service is pleased to invite you to an information session, aimed at PhD students and postdoctoral researchers willing to enhance their scientific profile. This event will be held on June 28th 2022, from 12:00 to 14:00 in Amphipôle building, room 315
We are very proud of Nouria Hernandez who was awarded the FBM Lifetime Achievement Award for her pioneering work on the assembly and mechanisms of the RNA polymerase III complex, and for her outstanding contribution to the UNIL community first as CIG Director and then as Rector of the University.
Cystathionine beta synthase (CBS) catalyzes the first step of the transsulfuration pathway from homocysteine to cystathionine, and its deficiency leads to hyperhomocysteinemia (HHcy) in humans and rodents. To date, scarce information is available about the HHcy effect on insulin secretion, and the link between CBS activity and the setting of type 2 diabetes is still unknown. We aimed to decipher the consequences of an inborn defect in CBS on glucose homeostasis in mice. We used a mouse model heterozygous for CBS (CBS+/-) that presented a mild HHcy. Other groups were supplemented with methionine in drinking water to increase the mild to intermediate HHcy, and were submitted to a high-fat diet (HFD). We measured the food intake, body weight gain, body composition, glucose homeostasis, plasma homocysteine level, and CBS activity. We evidenced a defect in the stimulated insulin secretion in CBS+/- mice with mild and intermediate HHcy, while mice with intermediate HHcy under HFD presented an improvement in insulin sensitivity that compensated for the decreased insulin secretion and permitted them to maintain a glucose tolerance similar to the CBS+/+ mice. Islets isolated from CBS+/- mice maintained their ability to respond to the elevated glucose levels, and we showed that a lower parasympathetic tone could, at least in part, be responsible for the insulin secretion defect. Our results emphasize the important role of Hcy metabolic enzymes in insulin secretion and overall glucose homeostasis.
Keywords: autonomic nervous system; hyperhomocysteinemia; insulin secretion; type 2 diabetes.