current programme of events Your contact persons Daniela Beyer, M.A. Public Relations & Editorial Design Lennart Broermann Multimedia Kontakt zur Öffentlichkeitsarbeit des DHZ Name: * Firmenname: E-Mai

the semester fee for the respective term to the bank account of the Registrar's Office within the designated period : Account owner : Med. Hochschule Hannover IBAN : DE26 2505 0000 0101 3290 27 BIC/Swift:

program enables: 3-year structured scientific (and clinical) continuing education with an individually designed career plan. Financial support for own project (120,000 € for personnel and material resources) [...] pathophysiology, preclinical safety and efficacy models (incl. monitoring and imaging) as well as design and platform application for suitable cell manufacturing (including genome editing) are key aspects [...] skills in a unique and practical fashion in the here proposed program ( Fig. 1 B ). The program is designed to promote scientists at (early) postdoc level to become future leaders in the field of translational

service in our outpatient clinic. We are internationally networking and active in research and can design a treatment plan according to the latest scientific findings. Our field of expertise is geared to

immediate vicinity. They can be identified as further reading on the spine of the book by the designation "MonoLS". Any questions? Contact us. Contact Lending desk Bibliothek der MHH - OE 8900 Phone: +49

homepage of the Department of Cardiology and Angiology at Hannover Medical School! This website is designed to reflect our values and services and serves as a platform to comprehensively inform visitors about

Services We manufacture medicines that are custom-designed for the patients and their serious medical conditions, especially those of the hematopoietic system. Preparations of the CTC contain functional

of the sorter lab (e.g., development of methods, extensive analyses, participation in experimental design, etc.), they should be involved in the preparation of the manuscript. Any other form of involvement

detectors) Bioinformatics for integrated structural biology and hybrid methods Computer-assisted drug-design (3D-workstations, High-Performance Computing Cluster)

and completed his postdoctoral training at Stanford University School of Medicine where he mastered design, production, and functional validation of novel bioengineered vectors based on adeno-associated virus