The Institute of Molecular and Cell Biology conducts research in molecular life sciences and provides "white biology" education at all three levels: bachelor's, master's and doctoral. Research includ…
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This long-awaited in-person Community Meeting followed a two and half years of online collaboration caused by the covid-19 pandemic. The Community Meeting and Skills Academy took place from 28th to 3…
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Art studio "Suvi" (Summer) combines art lovers who both love to see and create art. The artists in the studio paint landscapes, still life and compositions, respecting the traditions of Tartu Pallas …
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Professor emeritus Ain Heinaru (3 October 1943 – 30 April 2022)
Professor emeritus Ain Heinaru of the Institute of Molecular and Cell Biology, Faculty of Science and Technology, University…
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Prestigious Horizon 2020 project Alliance4Life_ACTIONS will held its first physical conference including Community Meeting and Skills Academy in the University of Tartu on April 28-30, 2022.
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Future top-specialists of Estonian life sciences come from our Institute!
The Institute of Molecular and Cell Biology of the University of Tartu teaches the offspring of young researchers at all levels. Our researchers are at the top level in world-class science.
Research
Dictionaries, textbooks
While studying and working at Estonian National University, we appreciate constant developing of Estonian scientific language accompanied by creation, elaboration and implementation of Estonian vocab…
Research News: Associate Professor in Genetics Riho Teras published an article about the bacterial biofilm
Riho Teras, Associate Professor in Genetics published an article with his colleagues about the biofilm of Pseudomonas putida in the journal Microorganisms. Researchers elucidate how the components of the medium affect the biofilm development in a closed system. Peptides in the environment may influence mature biofilm as a structural factor and not only as an energy source. Testing the effect of other biopolymers on biofilm formation showed variable results even for polymers with a similar charge, indicating that biopolymers can affect P. putida biofilm through a number of bacterial factors.
Microorganisms: Tryptone in Growth Media Enhances Pseudomonas putida Biofilm
Biosciences Students' Association (Bioteaduste Üliõpilaste Selts (BÜS) in Estonian) was founded on April 5, 2013 by active students studying in the UT gene technology curriculum. Initially, the aim o…
Mobile Bioclass
The goal of the Mobile bioclass is to introduce life sciences for schoolchildren and to increase their interest in biotechnology and related disciplines.
The project popularizes science by introd…
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