The vaccine candidate VPM1002 shows its safety in a study with HIV- and non-HIV-exposed newborns
Diseases, June 27, 2022 DOI Further information Website
The vaccine candidate VPM1002 shows its safety in a study with HIV- and non-HIV-exposed newborns
Diseases, June 27, 2022 DOI Further information Website
Max Planck- Lund-SLU Center for next Generation Insect Chemical Ecology
Ökologie, Jena +49 3641 57-1400 hansson@ice.mpg.de Website
Max Planck- Lund-SLU Center for next Generation Insect Chemical Ecology
Ecology, Jena +49 3641 57-1400 hansson@ice.mpg.de Website
The vaccine candidate VPM1002 shows its safety in a study with HIV- and non-HIV-exposed newborns
Diseases, June 27, 2022 DOI Further information Website
European solar mission from Cape Canaveral into space scheduled to start in February 2020.
447 Woch@mps.mpg.de Related links Solar Orbiter Website
Im Zuge der Popularisierung von sozialen Medien und Bürgerjournalismus wird es zunehmend schwieriger, vertrauenswürdige Inhalte zu identifizieren. Deshalb wächst der Bedarf an automatisierten Werkzeugen, die die Schaffung, den Konsum und die Verbreitung von vertrauenswürdigem Wissen unterstützen.
Aussage oder ein Inhaltselement, das von einer fremden Website
Im Zuge der Popularisierung von sozialen Medien und Bürgerjournalismus wird es zunehmend schwieriger, vertrauenswürdige Inhalte zu identifizieren. Deshalb wächst der Bedarf an automatisierten Werkzeugen, die die Schaffung, den Konsum und die Verbreitung von vertrauenswürdigem Wissen unterstützen.
Aussage oder ein Inhaltselement, das von einer fremden Website
The International Max Planck Research School – Biological Intelligence (IMPRS-BI) has an open call for fully-funded doctoral student positions in the fields of behavior, neuroscience, connectomics, ecology and evolutionary genetics.
criteria and online application please visit IMPRS-BI website
We are surrounded by microorganisms that adapt in their struggle to survive. In plants and animals, such adaptations can take thousands of years; in microorganisms, they sometimes occur within weeks. To understand such rapid evolution, we need new theoretical frameworks and direct observations of evolutionary dynamics. The Research Group of Richard Neher at the Max Planck Institute for Developmental Biology is developing such methods and is applying them to analyze sequence data from influenza and human immunodeficiency virus populations. The results provide insights into the properties of the evolutionary process and make it possible to predict the composition of future virus populations.
scientists from Seattle, have set up the nextflu.org website
