QuGen GmbH, founded by Thomas carell and Pascal Giehr, provides high-sensitive long read sequencing (PacBio), bisulfite-free sequencing of DNA methylation and mass spectrometry quantification of non-canonical nucleobases in DNA and RNA. This includes also sample preparation and data analysis. With this QuGen fulfills unmet needs in quantification and positional information of epigenetic nucleobases.
m4 Award for Prof. Urlike Protzer and her Project TherVacB
25. Oktober. 2023
Prof. Ulrike Protzer and her project TherVacB was one of the 5 winners of the Bavarian m4 Award from BioM. TherVacB is a project for the development of a therapeutic vaccine against Hepatitis B virus.
The m4 Award is a pre-funding award for innovative, high-potential medical biotechnology projects, with prize funds to further explore solutions to innovative medical problems.
On May 1, the Cluster for Nucleic Acid Therapeutics Munich (CNATM) started its work.
CNATM is an innovation network of science and industry, which is funded with five million euros annually by the federal government, the Free State of Bavaria and participating companies. The research network consists of scientists from the leading universities LMU and TUM. The universities of Regensburg and Würzburg, the Helmholtz Center Munich and 17 companies from the region around Munich are also involved. A total of 22 applications were awarded funding, marking the start of the Nucleic Acid Isar Valley.
The multilateral collaborations of CNATM are creating a network from which novel nucleic acid-based drugs and next-generation vaccines will be developed. Recent discoveries give rise to the hope that the ability to design nucleic acids in a highly specific and theoretically predictable way will open up completely new therapeutic approaches in medicine and thus help many people. There is no substance class that is better suited to personalized medicine than nucleic acids. The Future Cluster wants to help nucleic acid therapies achieve a breakthrough and thus make a contribution that makes sense: curing people and creating jobs in and around Munich.
Eisbach Bio GmbH unter den 5 deutschen Biotech-Hoffnungen
Die LMU Ausgründung Eisbach Bio GmbH wurde vom Handelsblatt als eine der Top 5 vielversprechenden Biotechunternehmen in Deutschland erwähnt. Sie wurden von führenden Wagniskapitalgebern besonders häufig genannt, wenn es um vielversprechende Projekte in frühen Forschungsphasen geht.
Eisbach Bio GmbH erhält CRPIT Grant zur Förderung neuer Krebsmedikamente
Die LMU Ausgründung Eisbach Bio GmbH hat einen Texas Therapeutics Company Award vom Cancer Prevention and Research Institute of Texas (CPRIT) erhalten. Dieser Zuschuss wird die klinische Entwicklung von EIS-12656 unterstützen, das auf anspruchsvolle Krebsarten mit homologen Rekombinationsdefekten (HRD) abzielt. Zuvor hatte die Eisbach Bio GmbH sich bereits im Juni 2024 4,5 Mio $ Fördermittel gesichert.
2024 Nobel Prize awarded to the discovery of microRNA
Victor Ambros and Gary Ruvkun have been awarded the 2024 Nobel Prize for their discovery of the first microRNA, lin-4, in C. elegans. This is the second consecutive Nobel Prize for nucleic acids, following the 2023 Nobel Prize for Katalin Karikó and Drew Weissmann for their work on mRNA technology. The development of nucleic acid-based therapeutics is the goal of the Cluster for Nucleic Acid Therapeutics Munich (CNATM). In CNATM leading academic groups and 14 biotech companies are working together to achieve this goal. Several CNATM partners are focusing on microRNA-based therapeutics (rnatics GmbH, Secarna Pharmaceuticals GmbH, Engelhardt Group at the Institut for Pharmacology and Toxikology at TUM, Yildirim Group at the Helmholtz München).
Reinhart-Koselleck-Grant for Prof. Irmela Jeremias
Prof. Irmela Jeremias is a pediatrician at the Hauner Children’s Hospital of LMU and a scientist at Helmholtz München. For her research on new targets to fight leukemia, she received a Reinhart Koselleck grant from the German Research Foundation (DFG). This grant supports highly innovative and promising projects. Her project aims to „Identify new targeted cancer therapies using in vivo CRISPR/Cas9 dropout screens in PDX models“.