-
In your gut: how bacteria survive low oxygen environments
-
ITQB NOVA researchers have uncovered the mechanisms that allow the survival of the anaerobic pathogen Clostridioides difficile in the gut
Located in
News
-
Proteins partner for crucial cellular quality control system
-
Severe human genetic diseases are related to malfunctioning ribosomes. The surveillance system of this protein collaboration was previously unknown.
Located in
News
-
MOSTMICRO-ITQB Research Unit is hiring
-
Four new lab heads will establish independent research groups
Located in
News
-
Biopolymers: unravelling the next generation materials
-
ITQB NOVA researcher’s recent studies open new leads to develop new-polyester based biomaterials
Located in
News
-
Who prefers a sulfur diet?
-
Evolution of sulfur metabolism in Archaea clarified by an international team including ITQB NOVA
Located in
News
-
The Golden Axis
-
ITQB NOVA researchers challenge a 50-year-old assumption on the division of Staphylococcus aureus
Located in
News
-
Mariana Pinho elected as EMBO member
-
Two-times ERC winner is the fourth ITQB NOVA researcher to be elected to the European Molecular Biology Organization
Located in
News
-
Dynamic loops towards an efficient biocatalysis
-
ITQB NOVA researchers have unravelled structural details related to laccase catalysis. This discovery could lead to fine-tuned industry and biomedical biocatalysts
Located in
News
-
3D structure of anti-tuberculosis target makes cover of Molecular Cell
-
For the first time, a team of researchers was able to elucidate the Cryo-EM full-length structure of Arabinofuranosyltransferase (AftD), an essential enzyme involved on the cell envelop assembly of Mycobacterium tuberculosis. This enzyme is a target to develop novel antibiotics to fight the disease.
Located in
News
-
ITQB NOVA’s Pedro Matos Pereira awarded a "la Caixa" Foundation Junior Leadership
-
Six grants awarded to researchers in Lisbon
Located in
News
