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Related to rhodopsin: Rhodopsin kinase, photopsin
RHORodgers & Hammerstein Organization
RHOReproductive Health Outlook
RHORural Health Office
RHORight Hand Opponent (bridge game)
RHORockwell Hanford Operations
RHORhodes, Greece - Paradisi (Airport Code)
RHORosemary Hill Observatory (University of Florida)
RHORedwings Hockey Organization
RHORailhead Officer
RHORefueling Hold Order
RHORessources Humaines et Organisation (French: Human Resources and Organization)
RHORelaxation Time in the Rotating Frame (Magnetic Resonance Imaging)
References in periodicals archive ?
pH-dependent interaction of rhodopsin with cyanidin-3-glucoside.
The preparation of the latter will require an entangled pho- ton pair produced through down parametric conversion guiding one single photon to single rhodopsin interaction as will be presented in explanatory model.
Another important aspect related to the cichlids' opsin genes, particularly rhodopsin RH1 responsible for low light conditions vision, is the ability to exploit new niches and its evolutionary significance (Sugawara et al.
The time needed for ERG recovery was considered the duration of rhodopsin regeneration.
2011) [Structural development study of a novel pharmacological chaperone for folding-defective rhodopsin mutants responsible for retinitis pigmentosa].
Vitamin A is an essential fat-soluble vitamin and is best-known for its role in preventing blindness through the formation of rhodopsin," she noted.
Vitamin A is a vital component of a molecule called rhodopsin found in the cells of the retina, the inner surface of the eye that converts light to nerve impulses.
The outer segment of photoreceptors consists of discs packed with a light-sensitive protein called rhodopsin.
Each rod cell in the human eye contains up to 100 million modules of the light-sensitive pigment rhodopsin.
On a molecular level, the Best cells were slow to degrade rhodopsin, a biological pigment in photoreceptor cells, and had differences in calcium signaling and oxidative stress.
The visibility of each treatment to humans and insects was calculated by integrating the treatment radiance after multiplying it by the luminous efficiency spectra of the human eye (photopic vision) and of the rhodopsins of three-rhodopsin insects (represented by the sensitivity curve of Apis mellifera).