IZBrunch – Science meets Science

Univ.-Prof. Dr. med. M. Subklewe
Senior physician, Head of Immunotherapy in Hematology, LMU – University Hospital Munich

Topic: Evolution in Cancer Therapy: BiTE, CART and Beyond
Bispecific antibodies and CART cells have revolutionized the therapy of various cancers. Numerous T cell recruiting antibodies (n=4) and CART cell products (n=6) are now approved for various lymphoid neoplasms. Current research activities are aimed at improving therapeutic outcomes with a better side effect profile. A review of the last 3 years.

Dr. Garwin Pichler
CEPO Preomics GmbH

Topic: PreOmics – Setting the Standard for Protein Analysis
PreOmics was founded in 2016 by Dr. Garwin Pichler and Dr. Nils A. Kulak as a spin-out company from the laboratory of leading proteomics researcher Prof. Matthias Mann at the MPI of Biochemistry. PreOmics develops and commercializes innovative automation and sample preparation tools and consumables for unbiased, deep proteomics analysis by mass spectrometry globally to leading pharmaceutical companies and academic institutions.

Christine Schuberth-Wagner
CSO Catalym GmbH

Topic: An introduction of Catalym
Catalym has identified GDF-15 as a central regulator of the immune system in the tumor microenvironment. We are pioneering the reversal of GDF-15-mediated immunosuppression to induce a potent antitumoral immune reaction in non-responsive tumors. CatalYm’s lead program CTL-002 is poised to demonstrate clinical proof-of-concept in multiple solid tumor indications which will expand the treatment horizon for current and future immunotherapies.

Dr. Kikuë Tachibana
Director at the MPI for Biochemistry

Topic: How does life start?
Life begins with a transcriptionally silent embryo that is “awakened” to enable development. Despite the importance of this process, the reprogramming factors that activate embryonic transcription are largely unknown. We recently identified Nr5a2 as a key pioneer factor that awakens the mammalian genome.

Prof. Elena Conti
Director Max Planck Institute for Biochemistry

Topic: Should it stay or should go: RNA recognition by cellular RNA-degradation machineries
The regulation of gene expression is of fundamental importance to all living organisms and relies on the ability of cells to control the quality and quantity of their RNA repertoire. Eukaryotic cells have an extraordinarily large number of RNA molecules that have different functions. The group of Elena Conti uses biochemical and structural biology approaches to unravel the cellular control mechanisms that monitor and eliminate RNA molecules that are either no longer needed or are aberrant because of deleterious genomic mutations or errors in their production.

Dr. Moritz Völker-Albert
Managing Director EpiQMax

Topic: Epigenetics as a molecular barometer for a healthy lifestyle
EpiQMAx creates a unique and personalized health index based on epigenetic profiling. Based on this index, together with renowned partners, we develop individualized nutrition and exercise recommendations to motivate people for a healthy lifestyle and prevent chronic diseases.

Prof. Andreas Ladurner
Head of Physiological Chemistry, Biomedical Center of the LMU as well as Managing Director, Founder and CSO Eisbach Bio GmbH

Topic: Hitting molecular machines where they are unique and vulnerable. Enabling allostery for precision oncology
Tumor genomics identifies cancers that are addicted to the activity of specific molecular machines. Also in the clinic, PARP inhibitors exploit the vulnerability of tumors that lack specific DNA repair pathways. This area of “synthetic lethality” holds great promise for targeted medicine, but developing selective drugs is challenging. Eisbach established an allosteric discovery engine that promises to disrupt cancer therapeutics.

Prof. Dr. Ali Ertürk
Director Helmholtz Institute Munich and Prof. LMU Munch

Topic: New start-up 1×1 Biotech: Delivering treatments to right targets
In Ali Ertürk’s group, scientists are developing innovative technologies through medical research. Their goal is to treat complicated diseases like Alzheimer’s, cancer, and diabetes in the next few years, not a few decades. The main goal is to bring together technologies like artificial intelligence, nanotechnology, and even robotics to see how they can accelerate the understanding of complicated diseases. In this way, individual diseases can be researched and a treatment for Alzheimer’s or cancer can be found.

Prof. Hanna Taipaleenmäki
Institute of Musculoskeletal Medicine (IMM), Musculoskeletal University Center Munich (MUM), University Hospital, LMU Munich

Topic: Novel targets to treat musculoskeletal disorders
Musculoskeletal diseases affect people from children to elderly. At IMM we investigate bone and muscle physiology and pathology combining molecular- and cell biology, pre-clinical models and patient care. Our approach to better understand the disease mechanisms and to identify novel targets to treat musculoskeletal disorders will be discussed during this IZBrunch

Dr. Jonas Helma-Smets
CSO Tubulis GmbH

Topic: Tubulis – Developing the next generation of Antibody-Drug Conjugates (ADCs) for targeted cancer therapies
Tubulis has developed a suite of complementary technology platforms for the discovery and development of a new generation of versatile and customizable antibody-drug conjugates (ADCs) for targeted cancer therapy. At the heart of our proprietary platforms are completely new conjugation technologies, that allow us to overcome the main limitations of ADC technologies to date.

Dr. MD PhD Alexander Gebauer
CEO Secarna Pharmaceuticals GmbH & Co. KG

Topic: LNAplus™ antisense oligonucleotides are effective and safe therapeutic modalities for a variety of diseases

The third generation of antisense molecules provides drug developers with a powerful intervention option. Secarna operates a development platform that allows lead candidates against mRNA targets to be rationally identified in a semi-industrial process. This includes in-house bioinformatics analysis, high-throughput screening, and efficacy and safety assays. Secarna has six ongoing partnerships with companies and over ten academic collaborations.

Prof. Magdalena Götz
Director of the Institute of Stem Cell Research at Helmholtz Zentrum München and Chair of Physiological Genomics at Ludwig-Maximilians-Universität Munich

Topic: A new approach to neuronal replacement therapy

Direct reprogramming of local glial cells into new neurons is a new promising approach to replace dead neurons. This approach was discovered several years ago by Prof. Goetz. She will present the current status of this innovative approach to neuronal replacement therapy at the IZBrunch.

Prof. Nadia Harbeck
Head of the Breast Center of the University of Munich (Comprehensive Cancer Center CCC LMU), Head of interdisciplinary tumor board for breast cancer, Professor for Conservative Oncology at the Ludwig-Maximilians-University (LMU)

Topic: Opportunities and risks of integrating eHealth into oncology therapy management
Oral therapies are becoming increasingly common in oncology and require interprofessional patient management, with close communication with the care team critical to treatment success. eHealth Support improves treatment adherence, patient satisfaction, and prognosis. New legislation now enables the prescription of digital health applications (DIGAs) in Germany. The interactive eHealth application CANAKDO is being used and further developed in the care of breast cancer patients in everyday clinical practice and in studies.

Dr. Jens Ruhe
CEO SciRhom GmbH

Topic: Targeting iRhom2 – a new paradigm for the treatment of autoimmune diseases
SciRhom develops first-in-class therapeutic antibodies against iRhom2, As a key regulator of TACE, iRhom2 activates several pro-inflammatory pathways, including TNF-alpha signaling. Our antibodies allow to simultaneously block these disease-causing pathways, promising significant improvement over current autoimmune therapies.

Prof. Dr. Olivia Merkel
Department of Pharmacy, LMU Munich

Theme: Inhalation therapy and prevention of respiratory virus infections with siRNA
The COVID19 pandemic has highlighted that we need better antiviral therapies, especially for respiratory viral diseases. We have developed inhalation therapies consisting of siRNA nanoparticles which inhibit
the viral genome of coronaviruses. The advantage over vaccination is the therapeutic index for virus variants and new coronaviruses.

Ulrich Scherbel
Managing Director AMSilk GmbH

Theme: Shaping the future with silk proteins for products in various industries
AMSilk GmbH is the leading company in the world to produce silk biopolymers using biotechnological processes on an industrial scale, which have all the functional properties of natural silk. The silk biopolymers are sold in the form of suspensions, hydrogel,powder or as fibers. In addition to its use in the coating of medical technology products and in the apparel industry, exciting new markets are being developed.