Biomolecules influenced by UVA and UVB radiation



Number of entries: 16

Radiation TypeDose (J/m2)Dosage Rate (W/m2)Sampling Time (hrs)Organism TestedStudy TypeTested Cell/TissuePubChem IDKEGG IDPMID
(UVA+UVB)-radiation38000Mus musculusin vivoskin of body3084049C0051831009737
(UVA+UVB)-radiation38000Mus musculusin vivoskin of body124886C0005131009737
(UVA+UVB)-radiation38000Mus musculusin vivoskin of body10964C1944031009737
(UVA+UVB)-radiation3090024Homo sapiensin vitroskin of body124886C0005131737172
(UVA+UVB)-radiation3090024Homo sapiensin vitroskin of body10964C1944031737172
(UVA+UVB)-radiation75024Homo sapiensin vitrokeratinocyte5460048C0042233499275
(UVA+UVB)-radiation12100024Homo sapiensin vitroskin of body6325610C0560634093030
(UVA+UVB)-radiation12100024Homo sapiensin vitroskin of body10964C1944034093030
(UVA+UVB)-radiation20270167.21Homo sapiensin vitrokeratinocyte5892C0000334130091
(UVA+UVB)-radiation40540167.21Homo sapiensin vitrokeratinocyte5892C0000334130091
(UVA+UVB)-radiation40540167.22Homo sapiensin vitrokeratinocyte5892C0000334130091
(UVA+UVB)-radiation40540167.24Homo sapiensin vitrokeratinocyte5892C0000334130091
(UVA+UVB)-radiation40540167.224Homo sapiensin vitrokeratinocyte5957C0000234130091
(UVA+UVB)-radiation135000Mus musculusin vivoskin of body10964C1944034925534
(UVA+UVB)-radiation135000Mus musculusin vivoskin of body6325610C0560634925534
(UVA+UVB)-radiation38000Mus musculusin vivoskin of body5810C0115731009737
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UVREK stands as a comprehensive knowledgebase, encompassing biomolecules implicated in UV exposure across humans and rodents. The data within this repository has been meticulously gathered and curated from published research articles. It is imperative to note that we bear no liability for inaccuracies or omissions within the data or published scientific literature associated with UV exposure in this resource. Users are advised to exercise personal discretion when assessing the credibility of biomolecules compiled herein. Crucially, the establishment of this resource, focused on UV-affected biomolecules, is driven by the sole goal of facilitating future basic research endeavors to better understand systems-level perturbations. It is essential to underscore that the content herein does not necessarily mirror the views or objectives of our employers or funders.