Sort by
Refine Your Search
-
Category
-
Country
-
Employer
-
Field
-
Escherichia coli shiga toxins (COMPETE2030-FEDER-00838600) The National Institute for Agrarian and Veterinary Research (INIAV) announces the opening of one position for a research grant within the scope
-
research and related professional activities. The successful candidate will conduct comparative and experimental studies on transcriptomic responses to insect diet and toxins, utilizing the milkweed-insect
-
activities. The successful candidate will conduct comparative and experimental studies on transcriptomic responses to insect diet and toxins, utilizing the milkweed-insect community as a model for hypothesis
-
primary research and related professional activities. The successful candidate will conduct comparative and experimental studies on transcriptomic responses to insect diet and toxins, utilizing the milkweed
-
is part of a Danish Research Foundation project entitled; “Role and fate of algal toxins in single-celled grazer-microalgal interactions in the marine ecosystem”. The post doc focuses on predator-prey
-
isolated from humans Screening pathogen-host microbe interactions including effects on V. cholerae growth, cholera toxin expression, biofilm formation, and motility Once interactions are identified, testing
-
Responsibilities: Study design incorporating longitudinal and spatial data as well as clustering by family units. Data analysis incorporating extensive area-level data on environmental attributes and toxins, urban
-
Responsibilities: Study design incorporating longitudinal and spatial data as well as clustering by family units. Data analysis incorporating extensive area-level data on environmental attributes and toxins, urban
-
and carbon materials. Production of biofuels and bioproducts from agricultural waste, microalgae, and other biomass. Treatment of emerging contaminants (such as antibiotics, algal toxins, and PFAS) in
-
. The latter is essential to actively remove metabolic waste/toxins that cannot be cleared via filtration. Your aim in this position will be to develop synthetic cells that mimic tubular function by integrating