Research profile Research at the Institute of Molecular and Cellular Physiology focuses on molecular aspects of contraction and motility. The research spectrum ranges from physiological and pathophysiological

iCARE - Induced pluripotent stem cells for clinically applicable heart repair – with six partner institutions, coordinated by Prof. Dr. U. Martin and Prof. Dr. A. Haverich (LEBAO, HTTG , MHH ). The BMBF-funded

of the Hannover Medical School stores personal data (last name, first name, organisational unit, institute, address, email and phone number) in electronic and written form. The data is collected solely for

universities with the goal of making gender diversity more visible and strengthening it at academic institutions (german version: Handlungsempfehlungen für Geschlechtervielfalt an Hochschulen ) Additionally

Ranking - Global Ranking of Academic Subjects wie folgt gelistet: * https://www.shanghairanking.com/institution/hannover-medical-school Research.com - Best Universities in the World 2022 Ranking In 2020, the

Titel: Nachname: * Vorname: * E-Mail Adresse: * Telefonnummer (für Rückfragen): * Behörde / Firma / Institut / Klinik: * Abteilung: * Straße und Hausnummer: * Adresszusatz: PLZ: * Ort: * Ich habe die Info

CitationStyle is available in RefWorks. There it can be used via a Citation Style Editor (here Institutional Styles). EndNote users can load this file into their EndNote Style Library. This YouTube video

Institute Management Prof. Dr. rer. nat. Theresia Kraft Copyright, MHH, MZP, T. Kraft Contact ► Prof. Dr. rer. nat. Theresia Kraft Tel: +49 511 532 6396 / 6397 (Büro) Fax: +49 511 532 161215 address: Germany

Avateramedical GmbH) Dr. rer. nat. Mariella Weiß (née Kessler), former PhD student Hearing4all (now: Institute of Biochemistry and Molecular Cell Biology, UKE Hamburg) External cooperations Dr. rer. nat. Ralph

therapy. Final exam June 2020. Michelangelo Marasco ITALY Supervisor: Prof. Dr. Teresa Carlomagno, Institute for Organic Chemistry / BMWZ, Leibniz Universität Hannover, Project: Structural basis of the activation