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  • www.pathevo.org
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Population genomics is transforming our understanding of pathogen biology and evolution, and contributing to the prevention and management of disease in diverse crops... Working at the interface of microbial evolution, pathogen genomics and plant..
Relevance: 23.993467
  • www.gawbul.io
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The homepage of Stephen P. Moss, Ph.D. - Bioinformatics, Genomics and Molecular Evolution..
Relevance: 23.310589
  • www.thesnitkinlab.com
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Welcome to the Snitkin Lab Home! We are interested in the application of genomics to understand the epidemiology and evolution of antibiotic resistant bacterial pathogens. The paradigm in the lab involves close collaboration with experts in healtcare..
Relevance: 23.138035
  • www.manninglab.org
We are a bioinformatics/genomics research group, based at the Salk Institute, near San Diego, California. We work on the genomics and evolution of protein kinases and phosphatases, and on more general questions of evolution of gene families,..
Relevance: 23.08009
  • www.kumarlab.net
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We use integrative and comparative approaches to make fundamental discoveries in the fields of phylomedicine, molecular evolution, and functional genomics...
Relevance: 22.719545
  • www.pollylab.org
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At the Polly Lab, we study paleontology. Our interests are in the phylogenetics, macroecology, development, and evolution of mammals and other vertebrates (sometimes invertebrates too). We have expertise in quantitative evolution, morphometrics,..
Relevance: 22.646685
  • www.personalgenomics.com
This is the structure, function, evolution, mapping, and editing of genomes. This a developing area in Personal Genomics...
Relevance: 22.362494
  • mckainlab.org
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Research in the McKain Lab focuses on understanding how genome evolution gives rise to species diversity. We use a combiation of phylogenomics and comparative genomics to explore the interaction between adaptation and genome structure. A primary..
Relevance: 22.267967
  • www.vandepeerlab.org
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The Bioinformatics and Evolutionary Genomics group is a center of excellence in the fields of gene prediction and genome annotation, comparative and evolutionary genomics, and systems biology. The team is involved in many international genome..
Relevance: 21.69671
  • steinbrennerlab.org
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We study the function and evolution of plant immune systems, focusing on front-line receptors to detect threats... We use tools and approaches from genetics, genomics, biochemistry, and molecular biology to study immunity in crops and model plant..
Relevance: 21.44093
  • mammalsevolve.osu.edu
Welcome to the Chavez Lab in the Department of Evolution, Ecology, and Organismal Biology at The Ohio State University! We are interested in understanding the evolutionary patterns and processes of mammalian diversification. We are an integrative lab..
Relevance: 21.214293
  • www.translational-genomics.de
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The Department of Translational Genomics was founded on December 1 st, 2011 and is chaired by the Director Prof. Roman Thomas. In the last few years, the Department has grown steadily and now comprises 9 different working groups that work closely and..
Relevance: 20.616653
  • medinalab.org
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Located at Penn State University in State College Pennsylvania, the Medina Lab studies the biology, ecology and conservation of coral reefs with a particular emphasis on the impacts of ongoing climate change on these ecosystems... We are interested..
Relevance: 20.01702
  • www.michaelmoodyplants.com
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Research in my lab involves multiple facets of plant evolution: Molecular Ecology, Comparative Transcriptomics, Population Genomics, Biological Invasions, and Systematics. Plant diversity in form and function are shaped by the underlying genome,..
Relevance: 19.941116
  • www.posnien-lab.net
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The contents of our pages have been created with the utmost care. However, we cannot guarantee the contents' accuracy, completeness or topicality. According to statutory provisions, we are furthermore responsible for our own content on these web..
Relevance: 19.800219
  • wanglab.stanford.edu
We are a discovery-driven research group working at the interface between developmental biology, bioengineering, and statistical physics. We combine quantitative organism-wide fluorescence imaging, functional genomics, and physical modeling to..
Relevance: 19.60685
  • tegr.umd.edu
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The St. Leger Lab uses Metarhizium spp. fungi as a model organism to address questions on pathogenicity, evolution, and plant symbiosis. We employ cutting-edge tools in transgenics, mycology and genomics for understanding and manipulating fungi in..
Relevance: 19.53307
  • www.palaeontologie.geo.lmu.de
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Molecular Geobiology and Paleobiology studies the present and past interactions between geo- and biosphere, the rates and patterns of evolution, integrating data from the living organisms and the fossil record, using molecular biology tools.....
Relevance: 19.37179
  • yuanninglilab.com
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Diversity of eukaryotics is far greater than most people realize. In the Yuanning-Li lab, we are trying to use DNA records to study patterns and process of eukaryotic evolution on different time scales and with different types of genomic information...
Relevance: 19.2786
  • www.mclean-lab.org
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The McLean Lab at ​​UNC-Greensboro is interested in processes that generate landscape- to continental-scale patterns of mammalian biodiversity. Our research focuses on speciation, phylo/genomics, life history evolution, and host-parasite dynamics of..
Relevance: 19.184807
  • affipcr.com
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The AffiPCR Biosystems team combines a strong balance of scientific and commercial expertise. Our world-class team of scientists is led by Chief Scientific Officer, developing breakthrough biochemistry and instrumentation in the field of high-..
Relevance: 18.717833
  • hufflab.org
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Research in the Huff Lab is concentrated on understanding human evolution and the genetic basis of human disease through statistical, computational, and population genomics. Our central focus is the development of new methods to analyze genomic data..
Relevance: 18.1147
  • www.charuski.com
We use computational neuroscience and systems biology approaches to study complex diseases that are known to differentially affect astrocytes. At present we are focused on glioblastoma, fragile X and autism. The goal is to develop an understanding of..
Relevance: 18.10261
  • genomics.ku.edu
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The KU Center for Genomics offers a seed grant program designed to build on the strengths in genomics at KU... Established in August 2021, KU's Center for Genomics (KUCG) capitalizes on the ongoing COBRE Center for Molecular Analysis of Disease..
Relevance: 18.023294
  • cchauve.github.io
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The research of our group focuses currently on various problems in computational biology, with a strong focus on comparative genomics and cancer genomics. We are working on various problems related to phylogenomics (the construction and analysis of..
Relevance: 17.816626
  • www.sottorivalab.org
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Our team focuses on deciphering the dynamics of cancer growth, progression and treatment resistance using mathematical and computational approaches applied to cancer multi-omic data, with the objective of predicting the future course of the..
Relevance: 17.66701
  • www.singek.eu
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SINGEK is an EU H2020 Marie Skłodowska-Curie Innovative Training Network devised to provide a unique and structured PhD training programme to a new generation of scientists with the highest expertise in Single Cell Genomics, from the initial stages..
Relevance: 17.60052
  • www.wilsonlab.org
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We are a research group in the Genetics and Genome Biology program at the Hospital for Sick Children and the Department of Molecular Genetics at the University of Toronto, Canada. We are interested in genome regulation and human disease... We are a..
Relevance: 17.189554
  • www.doublerainbowbio.com
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We believe in the power of systems, structures, and specificity. The earth has its rules, and we honor them along with our own scientific and technological expertise... At Double Rainbow, we're harnessing the latest advances in the areas of..
Relevance: 17.182331
  • amoeba.msstate.edu
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Our lab is broadly interested in the evolution of sociality in microbes. We are developing model systems to look at the commonalities among the greatest examples of convergent evolution known to date. We have discovered that a great diversity of..
Relevance: 17.157274