Welcome to SevinOmics

SevinOmics is a research community interested in the use of massive approaches to scientific problems. Our community is constituted by scientists from different research centres and universities located in Seville (Spain) and nearby areas. The community is especially interested in exploring Next Generation Sequencing technologies. Our community integrates researchers from various backgrounds such as Plant Biology, Evolutionary Ecology, Conservation Biology, Microbiology, Molecular Genetics, Medical Genetics, Computer Science, and Bioinformatics. The primary activities of the community include, lectures, presentations, workshops/training programs and regular study group meetings.

Our members are part of the following institutions:

EBD | IBVF | U. Sevilla | cabimer | UPO | irnas | CABD

We work on these subjects:

News & Recent Posts

More Posts

This year we are excited to have the first in-person, post-pandemic SevinOmics meeting! The spring meeting is set for 29th April 2022 …
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The SevinOmics Spring meeting 2021 was a great success with the largest number of attendees to date. Here’s what happened
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After a year’s hiatus, the Biannual SevinOmics meetings are back. The spring meeting is set for 30th April 2021 and will be held …
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On Wednesday, October 30th, we will host our fall 2019 meeting to discuss all things -omics in Seville
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Sign up to our new mailing list to stay up to date!
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Projects & Groups

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All Transcriptomics Genomics EBD IBVF UPO IRNAS

BRY"O"MICS

Use of epigenetics and transcriptomic tools to unravel mechanisms of heavy metal accumulation and tolerance in bryophytes

Microbial diversity and microbiology of extreme environments

Microbial diversity and microbiology of extreme environments

Conservation and Evolutionary Genomics of Canis

We use genomics to study the ecology and evolution of species in the genus Canis

Frog phylogenomics

Integration of photoperiod with physiological and environmental signals in plants

Understanding the complexity of plant plastic response to the environment

Multi-omics in Ostreococcus tauri

Multi-omics Integration to Unveil the Control of the Biosynthesis of Compounds of Biotechnological interest in Ostreococcus tauri

Sma3s: Sequence Massive Annotation Using 3 Modules

Computational tool for functionally annotating complete proteomes and transcriptomes

Spadefoot Toad transcriptomics

Understanding the gene expression leading to developmental plasticity in Spadefoot toads

Selected Talks

See all our talks

Using genomics techniques to look at diversity of non-model small mammals from tropical Asia
Mon, Apr 9, 2018 SevinOmics Spring Meeting 2018
Video

Genome adaptations to high altitude in the Eastern honey bee
Mon, Apr 9, 2018 SevinOmics Spring Meeting 2018
Video

Selected Publications

See all of our publications

During their life cycle plants undergo a wide variety of morphological and developmental changes. Impinging these developmental …
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Allee effects reduce the viability of small populations in many different ways, which act synergistically to lead populations towards …
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Whole genome sequencing (WGS) is a very valuable resource to understand the evolutionary history of poorly known species. However, in …
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Measuring day length confers a strong fitness improvement to photosynthetic organisms as it allows them to anticipate light phases and …
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Contact

  • Estación Biológica de Doñana - CSIC, Isla Cartuja, Sevilla

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