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How do bacteria know they have had enough?
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Mechanism of crosstalk between systems for haem biosynthesis and external capture in pathogens published today
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How gut microbiome communities build resilience to drugs
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New research co-led by ITQB NOVA PI Sarela Garcia-Santamarina reveals that bacteria in the gut microbiome can become more resilient to drugs when part of a community.
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How selenium does the trick
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ITQB NOVA researchers unravel the molecular basis for high activity and oxygen tolerance in a special hydrogenase
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Improving a biological hydrogen machine
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Development of hydrogenase variants with improved properties reveals new pathways of oxygen inactivation
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In Memory of Professor Joan Guinovart (1947–2024)
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ITQB NOVA joins the Life Sciences community in mourning the loss of Professor Joan Guinovart, a pioneering biochemist and cherished member of the Scientific Advisory Boards for MOSTMICRO and LS4FUTURE.
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In Nature nothing is lost, nothing is created, everything is transformed
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Use of pesticides can increase pathogenicity of soil fungi
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In your gut: how bacteria survive low oxygen environments
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ITQB NOVA researchers have uncovered the mechanisms that allow the survival of the anaerobic pathogen Clostridioides difficile in the gut
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Inês Cardoso Pereira awarded "Prémio Alberto Romão Dias"
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The award recognizes her contributions to the advancement of Bioinorganic Chemistry.
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Inês Cardoso Pereira elected EMBO Member
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The ITQB NOVA Principal Investigator’s work on Bioenergetics and biocatalysis in anaerobic bacteria is recognized by the prestigious European organization.
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Inês Cardoso Pereira elected for the EAM
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ITQB NOVA’s PI is recognised for her work in microbiology by one of the most prestigious European institutions in this area
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