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von Eyss Research Group Transcriptional control of tissue homeostasis: Lost in Transcription The human body is composed of approximately 30 trillion cells and renews about four million cells per

312. Bierhoff - Bierhoff Associated Research Group

Bierhoff Associated Research Group Epigenetics of Aging The group of Holger Bierhoff is associated to the FLI as a cooperation group between the Friedrich Schiller University Jena (FSU) and the FLI

313. Current Projects - Bierhoff Associated Research Group

Bierhoff Associated Research Group Current Projects Genome-wide approaches like high-throughput DNA- and RNA-sequencing have shown that only a small part of eukaryotic genomes codes for proteins

314. JenAge (BMBF)

Contact Jürgen Sühnel Coordinator JenAge +49 3641 65-6200 juergen.suehnel@leibniz-fli.de Project Period: 01.10.2009 - 30.09.2014 JenAge (BMBF) Aging and the development of age-related diseases are

315. Current Projects and Team

Our lab focuses on HSCs and hematopoiesis in mice and humans and we use state-of-the art techniques to understand the effect of cell physiological processes on stem and progenitor cell function. We

316. Last Projects - The Aging Brain

The Aging Brain Further, the group layed a strong research focus on neuro-immunological studies of NF-?B’s role in the injured and aged brain. Both NF-?B signaling pathways have important regulatory

317. DFG Collaborative Research Centres

We experimentally track the evolution of immune repertoires and microbes in killifish, a model organism of vertebrate aging. This project develops a predictive approach for the co-evolutionary

318. DFG Research Training Groups

The ability to maintain a functional proteome declines during the aging process, which results in dysregulated protein homeostasis and the accumulation of damaged, misfolded, and partially

319. Mouse as Model Organism - Wild mice vs laboratory mice

Wild mice vs laboratory mice Also at FLI, mice are an important animal organism, e.g. in research on age-related processes such as muscle atrophy, colon cancer and stem cell aging. Mice in animal

320. Diversity at FLI - Tetiana Poliezhaieva

Tetiana Poliezhaieva Origin: I was born in Kharkiv (Charkow), the second largest city of Ukraine. Position at FLI: I am a PhD candidate in Dr. Maria Ermolaeva group. At FLI since: I joined FLI