This week we have an extraordinary seminar at the IBMCP by our Artist-in-Residence Carlos Castellanos (https://ccastellanos.com, @ccastellanossf), with the title: "Intersections of Living and Machine Agencies in the Arts".…
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"The Goldilocks principle, just the right amount of growth" Stem cells are the source of different cell types, and the balance between stem cell self-renewal and differentiation of their progeny…
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"Natural antisense long noncoding RNAs: characteristics and role in gene-expression regulation“ Abstract: Long non-coding RNAs (lncRNAs) are transcripts longer than 200 nt and without protein-coding capacity that have been identified…
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“Role of metals in plant-microbe interactions” The optimal biological range of transition metal nutrient concentrations is very narrow. At low concentrations, key physiological processes fail, and the organism cannot function;…
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“Recoding Regulation - Synthetic Expansions of Plant Metabolism” Plants evolved regulatory networks to coordinate complex chemical defences as well as changes to their growth and development to help them survive…
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“Why all eukaryotes have homeodomain genes; a view from land plants” One innovation of eukaryotes is sex, which establishes a life cycle alternating between haploid (one set of chromosomes)…
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Dr Marcus Heisler is a developmental biologist interested in pattern formation in plants. He did his PhD in the laboratory of Professor David Smyth at Monash University (Australia). Then he…
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“Trimethylamine N-oxide is a new plant molecule that promotes abiotic stress tolerance” The sessile lifestyle of plants severely conditions their response to environmental changes, which frequently derivates in stressful situations.…
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