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On some genetic consequences of social structure, mating systems, dispersal, and sampling

Liens familiaux, gages d’adaptation ?
Many animal species, including humans, live and breed in groups with complex social organizations. The impact of this social structure on the genetic diversity of animals has been a source of disag...

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Summer School 2015

Biological interactions from genes to ecosystems
You are studying for a Master degree this year? You are a PhD student or a post-doc? Apply now for an original international Summer School in a stunning location... This summer school, combining pl...

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An immune receptor pair with an integrated decoy converts pathogen disabling of defensive transcription factors into resistance

PopP2
Microbial pathogens infect host cells by delivering virulence factors (effectors) that interfere with defenses. In plants, intracellular nucleotide-binding/oligomeriza- tion domain (NOD)-like recep...

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D. S. Guttman & D .Desveaux seminars

D. S. Guttman & D .Desveaux
Taking opportunity of famous scientists visits, David S. Guttman & Darrell Desveaux, both belonging to Toronto University, Department of Cell and Systems Biology, Centre for the Analysis of Genome...

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Biological Nitrogen fixation

Covers
Frans J. De Brujin (LIPM), editor of a two volume set on Biological Nitrogen Fixation.

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Primary transcripts of microRNAs encode regulatory peptides

Primary transcripts of microRNAs encode regulatory peptides
MicroRNAs are small RNAs (approximately 21 nucleotides) that control most biological processes, negatively regulating the expression of many target genes. They are present in plants and animals,...

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Our reason to be...


Because of an increasing world population, humanity faces multiple challenges. Among them, supplying enough food and improving land and water uses are without any doubt main priorities. The Laboratory of Excellence (Labex) TULIP is involved at a scientific level in these priorities, providing a perspective and a workforce of more than 400 scientists of various statuses, on a subject that gets more worrying each day.


The TULIP Labex develops a comprehensive theory of the interactions between living organisms in order to study their ability to adapt to environmental changes. Based on complementary approaches combining microbe, plant or animal specialists, on large scale experimental models, coupled with theoretical approaches, researchers hope to predict resource evolution and, on the long term, provide solutions to problems that will impact us shortly.


As concrete examples, the TULIP LabEx project elaborates new environmentally friendly fertilizers as well as genetically improved plant species to make them more resistant to pests and diseases.






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