Uniwersytet Opolski leveraged the CIPRES Gateway to carry out their research, exemplifying the gateway's effectiveness in handling complex computational tasks. They confirm the polyphyly not only of the entire ‘cydnoid’ complex but also of the family Cydnidae itself. #InsectSystematics #Cydnidae #CydnoidComplex #Polyphyly #PhylogeneticAnalysis #InsectEvolution #TaxonomicResearch #Hemiptera #BioinformaticsTool #EvolutionaryBiology #BugResearch #InsectTaxonomy #ComputationalBiology #BiodiversityStudy #EntomologicalResearch #SystematicBiology https://buff.ly/3CFT5bh
CIPRES Science Gateway for Evolutionary Biology
生物技术研究
A public resource for phylogenetic, phylogenomic, and population biology research
关于我们
CIPRES is the premiere online resource for Phylogenetics, Systematics, and Evolutionary Biology. We manage the codes and clusters, so you can focus on discovery.
- 网站
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https://www.phylo.org
CIPRES Science Gateway for Evolutionary Biology的外部链接
- 所属行业
- 生物技术研究
- 规模
- 2-10 人
- 类型
- 非营利机构
动态
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Sao Paulo State University- The Universidade Estadual Paulista (UNESP) North-West University / Noordwes-Universiteit and Federal University of S?o Carlos (UFSCar) opted for the CIPRES Gateway to conduct their research, emphasizing its pivotal role in facilitating their computational analyses. The occurrence of R. piranhus specimens in the introduced fish, Co. rendalli can indicate (for the first time) host switching in this parasite species and spillback from native to introduced hosts. #RPiranhus #CoRendalli #HostSwitching #ParasiteEcology #InvasiveSpecies #FishParasitology #BioinformaticsTool #EcologicalInteractions #ParasiteTransmission #InvasiveBiology #WildlifeResearch https://buff.ly/4fcuIQb
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University of the Punjab and Guizhou Medical University harnessed the power of the CIPRES Gateway for their research, demonstrating the gateway's efficiency in computational biology. This highlights the genetic distinction and importance of molecular identification in fungal taxonomy. The new species and the new record are described with detail illustrations. #FungalTaxonomy #MolecularIdentification #NewSpeciesDiscovery #BioinformaticsTool #FungalResearch #SpeciesDescription #ComputationalBiology #Genetics #NewRecord #MycologicalStudy #TaxonomicResearch #ScientificDiscovery https://buff.ly/49s70hk
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Utilizing the CIPRES Gateway, Senckenberg Nature Research accomplished their research goals, highlighting the gateway's instrumental role in their scientific investigation. They discuss life history strategies of Dorymyrmex that may have contributed to the geographic and genetic radiation of the D. pyramicus group, detail significant insights into Dorymyrmex morphology and classical taxonomy with new comparative illustrations, and provide recommendations for future work. #Dorymyrmex #AntResearch #LifeHistoryStrategies #DPyramicusGroup #TaxonomyStudy #MorphologicalAnalysis #InsectEvolution #BioinformaticsTool #AntBiology #GeographicRadiation #ComputationalBiology #ScientificDiscovery #EntomologicalResearch https://buff.ly/3OLrvMv
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Employing the CIPRES Gateway, Ludwig-Maximilians-Universit?t München successfully conducted their research, showcasing the platform's robust capabilities. The divergence times and migration routes of Myricaria are remarkably similar to that of the genus Hippophae L. #Myricaria #HippophaeL #PhylogeneticAnalysis #PlantMigration #BiodiversityResearch #EvolutionaryBiology #DispersalRoutes #BioinformaticsTool #PlantSystematics #PhylogeographyStudy #ComputationalBiology #PlantEvolution #MigrationPatterns #ScientificDiscovery https://buff.ly/3BmhgLw
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By utilizing the CIPRES Gateway, Uniwersytet Gdański executed their research with precision, underscoring the gateway's importance in their scientific workflow. The potential speciation of the two species seems to be caused by the shift in the substrate requirements. #SpeciationStudy #SubstrateAdaptation #EvolutionaryBiology #SpeciesDivergence #EcologicalSpeciation #BiodiversityResearch #BioinformaticsTool #EnvironmentalAdaptation #ComputationalBiology #EvolutionaryEcology #ScientificWorkflow #SpeciesEvolution #AdaptiveChange #EcologicalResearch #PhylogeneticAnalysis https://buff.ly/3Z0AnTd
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Recent research supported by the CIPRES initiative from December 6-12 has revealed the discovery of new species of mayflies and mushrooms. This study, which explores biodiversity, evolution, and molecular biology, also provides valuable insights into the genomics of plants and crabs. Such findings highlight the incredible diversity of life forms and contribute significantly to our understanding of evolutionary processes. These intriguing discoveries were shared by @CIPRES_Pub, underscoring the importance of continued exploration and study in the scientific community. #BiodiversityResearch #EvolutionaryScience https://buff.ly/4gyRO4l
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The research conducted by 兰州大学 and 昆明理工大学 was made possible through the advanced features of the CIPRES Gateway, underscoring its significance in their scientific endeavors. This study provides the largest phylogeographic analysis of QTP Gynaephora and improves our understanding of the diversity and speciation of QTP insects. #Gynaephora #QTP #QinghaiTibetanPlateau #InsectEvolution #Phylogeography #BiodiversityResearch #SpeciationStudy #AsianBiodiversity #MountainEcology #InsectDiversity #EvolutionaryBiology #BioinformaticsTool #HighAltitudeSpecies #EntomologicalResearch #ComputationalBiology #AlpineInsects #PhylogeneticAnalysis https://buff.ly/4i3YLfB
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?? Highlights from CIPRES Publications (Nov 29 - Dec 5, 2024) From identifying two new salamander species in Costa Rica ?? to genome mining enzymes with groundbreaking capabilities, these studies reflect the transformative role of computational tools in biodiversity and molecular research. Featured findings include: ? A new phylogeny of clupeiform lineages ?? ? Novel fungal species from organic systems ?? ? Advances in detecting invasive species #BiodiversityResearch #Phylogenetics #Genomics #ComputationalBiology #CIPRES Dive into these discoveries: https://buff.ly/3ZmzaG2
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University of Chinese Medicine 's research was powered by the CIPRES Gateway, showcasing the gateway's pivotal role in enabling cutting-edge computational analyses. This study provides a basis for further phylogenetic reconstructions, conservation, and utilization of Polygonatum species. #Polygonatum #PhylogeneticAnalysis #PlantConservation #TraditionalMedicine #BiodiversityResearch #MedicinalPlants #PlantScience #BioinformaticsTool #SpeciesConservation #PlantGenetics #PhylogeneticStudy #HerbalMedicine #ComputationalBiology #PlantTaxonomy #ConservationBiology #TCMResearch https://buff.ly/4fAfIMX
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