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Circular RNAs (circRNAs) represent recently discovered novel regulatory non-coding RNAs. While they are present in many eukaryotes, there has been limited research on plant circRNAs. We developed PlantCircRNA (https://plant.deepbiology.cn/PlantCircRNA/) to fill this gap. The two most important features of PlantCircRNA are (1) it incorporates circRNAs from 94 plant species based on 39,245 RNA-sequencing samples, and (2) it imports the original AtCircDB and CropCircDB databases. We manually curated all circRNAs from published articles, and imported them into the database. Furthermore, we added detailed information of tissue as well as abiotic stresses to the database. To help users understand these circRNAs, the database includes a detection score to measure their consistency and a naming system following the guidelines recently proposed for eukaryotes. Finally, we developed a comprehensive platform for users to visualize, analyze, and download data regarding specific circRNAs. This resource will serve as a home for plant circRNAs and provide the community with unprecedented insights into these mysterious molecule.

EIDA, an initiative within ORFEUS, is a distributed federation of datacenters established to (a) securely archive seismic waveform data and metadata gathered by European research infrastructures, and (b) to provide transparent access to the archives by the geosciences research communities.

EndoQuad enables users to easily access, download, and repurpose endogenous G4s (eG4s) data for their own research, and contains experimentally validated DNA eG4s.

GHDDI Info Sharing Portal is the public information sharing portal and data repository for the drug discovery community, initiated by GHDDI. We are making our drug discovery capabilities and resources available at no cost to all researchers who are developing new treatments for COVID-19.

Paired Omics Data Platform (PoDP) was created to streamline access to paired omics data so humans and computers can access and read paired datasets as well as record and exploit validated links between BGCs and metabolites. The aim of the PoDP is to connect public metabolomics datasets to their genomic origins. The PoDP does not store any metabolomics or genomics datasets, but captures metadata defining pairs of omics datasets in existing public databases and platforms already validated and utilized by the genomics and metabolomics communities.

Many animal species present sex differences. Sex-associated genes (SAGs), which have female-biased or male-biased expression, have major influences on the remarkable sex differences in important traits such as growth, reproduction, disease resistance and behaviors. However, the SAGs resulting in the vast majority of phenotypic sex differences are still unknown. To provide a useful resource for the functional study of SAGs, we manually curated public RNA-seq datasets with paired female and male biological replicates from the same condition and systematically re-analyzed the datasets using standardized methods. We identified 27,793 female-biased SAGs and 64,043 male-biased SAGs from 2,828 samples of 21 species, including human, chimpanzee, macaque, mouse, rat, cow, horse, chicken, zebrafish, seven fly species and five worm species. All these data were cataloged into SAGD, a user-friendly database of SAGs where users can browse SAGs by gene, species, drug, and dataset. In SAGD, the expression, annotation, targeting drugs, homologs, ontology and related RNA-seq datasets of SAGs are provided to help researchers to explore their functions and potential applications in agriculture and human health.