Matches in SemOpenAlex for { <https://semopenalex.org/work/W2896581528> ?p ?o ?g. }
- W2896581528 endingPage "766" @default.
- W2896581528 startingPage "753" @default.
- W2896581528 abstract "Abstract Spectrally opponent responses, that is, wavelength‐dependent inversions of response polarity, have been observed at the level of photoreceptors in butterflies. As inter‐photoreceptor connections have been found in the butterfly Papilio xuthus , and histamine is the only neurotransmitter so far identified in insect photoreceptors, we hypothesize that histaminergic sign‐inverting synapses exist in the lamina between different spectral receptors as a mechanism for spectral opponency as in the medulla of Drosophila . Here, we localized two histamine‐gated chloride channels, PxHCLA ( Drosophila Ort homolog) and PxHCLB ( Drosophila HisCl1 homolog), in the visual system of Papilio xuthus by using specific antisera. The antiPxHCLA labeling was associated with the membrane of nonphotoreceptor cells that are postsynaptic to photoreceptors, while the antiPxHCLB labeling overlapped with photoreceptor axons, indicating that PxHCLB is expressed at inter‐photoreceptor synapses: PxHCLB is likely involved in producing spectral opponency at the first visual synapses. Color processing in Papilio may appear earlier than previously hypothesized in insect visual systems." @default.
- W2896581528 created "2018-10-26" @default.
- W2896581528 creator A5014117833 @default.
- W2896581528 creator A5014132125 @default.
- W2896581528 creator A5060394598 @default.
- W2896581528 creator A5076932437 @default.
- W2896581528 date "2018-11-12" @default.
- W2896581528 modified "2023-10-16" @default.
- W2896581528 title "Immunolocalization suggests a role of the histamine‐gated chloride channel PxHCLB in spectral opponent processing in butterfly photoreceptors" @default.
- W2896581528 cites W1505693447 @default.
- W2896581528 cites W1898957235 @default.
- W2896581528 cites W1965762012 @default.
- W2896581528 cites W1966166168 @default.
- W2896581528 cites W1970671520 @default.
- W2896581528 cites W1975340514 @default.
- W2896581528 cites W1977686336 @default.
- W2896581528 cites W1983061876 @default.
- W2896581528 cites W1984119399 @default.
- W2896581528 cites W1989621138 @default.
- W2896581528 cites W1997604630 @default.
- W2896581528 cites W2015687330 @default.
- W2896581528 cites W2018098155 @default.
- W2896581528 cites W2021821361 @default.
- W2896581528 cites W2034555550 @default.
- W2896581528 cites W2036876463 @default.
- W2896581528 cites W2041278735 @default.
- W2896581528 cites W2046542852 @default.
- W2896581528 cites W2047841570 @default.
- W2896581528 cites W2055407640 @default.
- W2896581528 cites W2056116335 @default.
- W2896581528 cites W2060287150 @default.
- W2896581528 cites W2067987331 @default.
- W2896581528 cites W2079250067 @default.
- W2896581528 cites W2080870771 @default.
- W2896581528 cites W2086375313 @default.
- W2896581528 cites W2088884864 @default.
- W2896581528 cites W2089888011 @default.
- W2896581528 cites W2111748868 @default.
- W2896581528 cites W2113540611 @default.
- W2896581528 cites W2116728743 @default.
- W2896581528 cites W2127871050 @default.
- W2896581528 cites W2133006601 @default.
- W2896581528 cites W2133675069 @default.
- W2896581528 cites W2139090986 @default.
- W2896581528 cites W2146025280 @default.
- W2896581528 cites W2150938601 @default.
- W2896581528 cites W2156903972 @default.
- W2896581528 cites W2160246897 @default.
- W2896581528 cites W2173066682 @default.
- W2896581528 cites W2314043397 @default.
- W2896581528 cites W2317635930 @default.
- W2896581528 cites W2344051877 @default.
- W2896581528 cites W2463485062 @default.
- W2896581528 cites W2493909574 @default.
- W2896581528 cites W2522099034 @default.
- W2896581528 cites W2784261605 @default.
- W2896581528 cites W2799509961 @default.
- W2896581528 cites W2890348284 @default.
- W2896581528 doi "https://doi.org/10.1002/cne.24558" @default.
- W2896581528 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30318778" @default.
- W2896581528 hasPublicationYear "2018" @default.
- W2896581528 type Work @default.
- W2896581528 sameAs 2896581528 @default.
- W2896581528 citedByCount "15" @default.
- W2896581528 countsByYear W28965815282019 @default.
- W2896581528 countsByYear W28965815282020 @default.
- W2896581528 countsByYear W28965815282021 @default.
- W2896581528 countsByYear W28965815282022 @default.
- W2896581528 countsByYear W28965815282023 @default.
- W2896581528 crossrefType "journal-article" @default.
- W2896581528 hasAuthorship W2896581528A5014117833 @default.
- W2896581528 hasAuthorship W2896581528A5014132125 @default.
- W2896581528 hasAuthorship W2896581528A5060394598 @default.
- W2896581528 hasAuthorship W2896581528A5076932437 @default.
- W2896581528 hasBestOaLocation W28965815281 @default.
- W2896581528 hasConcept C1122143 @default.
- W2896581528 hasConcept C127445978 @default.
- W2896581528 hasConcept C134018914 @default.
- W2896581528 hasConcept C169760540 @default.
- W2896581528 hasConcept C170493617 @default.
- W2896581528 hasConcept C197341189 @default.
- W2896581528 hasConcept C2777612826 @default.
- W2896581528 hasConcept C2778501154 @default.
- W2896581528 hasConcept C2781151714 @default.
- W2896581528 hasConcept C54355233 @default.
- W2896581528 hasConcept C59822182 @default.
- W2896581528 hasConcept C86803240 @default.
- W2896581528 hasConcept C95444343 @default.
- W2896581528 hasConceptScore W2896581528C1122143 @default.
- W2896581528 hasConceptScore W2896581528C127445978 @default.
- W2896581528 hasConceptScore W2896581528C134018914 @default.
- W2896581528 hasConceptScore W2896581528C169760540 @default.
- W2896581528 hasConceptScore W2896581528C170493617 @default.
- W2896581528 hasConceptScore W2896581528C197341189 @default.
- W2896581528 hasConceptScore W2896581528C2777612826 @default.
- W2896581528 hasConceptScore W2896581528C2778501154 @default.
- W2896581528 hasConceptScore W2896581528C2781151714 @default.
- W2896581528 hasConceptScore W2896581528C54355233 @default.