17.06.24 | Vollzeit | Erlangen | Friedrich-Alexander-Universität Erlangen-NürnbergThe Research Training Group Immunomicrotope explores how helminth parasites use mechanical forces to make their way through the host tissues. Our aim to build models that can take into account the fitness of the parasite and the effects of the immune response of the infected host. Novel mechanisms
Später ansehen17.06.24 | Vollzeit | Erlangen | Friedrich-Alexander-Universität Erlangen-Nürnbergcomputing, mathematical modeling, and professional skills. Doctoral researchers of the Research Training Group benefit from numerous possibilities of scientific exchange both on the national and on the international level. Ihr Profil Stellenzusatz Applicants are asked to submit a CV, copies of certificates
Später ansehen17.06.24 | Vollzeit | Erlangen | Friedrich-Alexander-Universität Erlangen-Nürnbergcomputing, mathematical modeling, and professional skills. Doctoral researchers of the Research Training Group benefit from numerous possibilities of scientific exchange both on the national and on the international level. Ihr Profil Stellenzusatz Applicants are asked to submit a CV, copies of certificates
Später ansehen17.06.24 | Vollzeit | Erlangen | Friedrich-Alexander-Universität Erlangen-Nürnbergcomputing, mathematical modeling, and professional skills. Doctoral researchers of the Research Training Group benefit from numerous possibilities of scientific exchange both on the national and on the international level. Ihr Profil Stellenzusatz Applicants are asked to submit a CV, copies of certificates
Später ansehen17.06.24 | Vollzeit | Erlangen | Friedrich-Alexander-Universität Erlangen-NürnbergThe Research Training Group Immunomicrotope explores how helminth parasites use mechanical forces to make their way through the host tissues. Our aim to build models that can take into account the fitness of the parasite and the effects of the immune response of the infected host. Novel mechanisms
Später ansehen17.06.24 | Vollzeit | Erlangen | Friedrich-Alexander-Universität Erlangen-NürnbergThe Research Training Group Immunomicrotope explores how helminth parasites use mechanical forces to make their way through the host tissues. Our aim to build models that can take into account the fitness of the parasite and the effects of the immune response of the infected host. Novel mechanisms
Später ansehen17.06.24 | Vollzeit | Erlangen | Friedrich-Alexander-Universität Erlangen-NürnbergThe Research Training Group Immunomicrotope explores how helminth parasites use mechanical forces to make their way through the host tissues. Our aim to build models that can take into account the fitness of the parasite and the effects of the immune response of the infected host. Novel mechanisms
Später ansehen17.06.24 | Vollzeit | Erlangen | Friedrich-Alexander-Universität Erlangen-NürnbergThe Research Training Group Immunomicrotope explores how helminth parasites use mechanical forces to make their way through the host tissues. Our aim to build models that can take into account the fitness of the parasite and the effects of the immune response of the infected host. Novel mechanisms
Später ansehen17.06.24 | Vollzeit | Erlangen | Friedrich-Alexander-Universität Erlangen-NürnbergThe Research Training Group Immunomicrotope explores how helminth parasites use mechanical forces to make their way through the host tissues. Our aim to build models that can take into account the fitness of the parasite and the effects of the immune response of the infected host. Novel mechanisms
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