FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2945151798> ?p ?o ?g. }

• W2945151798 endingPage "107673" @default.
• W2945151798 startingPage "107673" @default.
• W2945151798 abstract "The canine species has dichromatic color vision comprising short-wavelength (S-) and long/medium (L/M-) wavelength-sensitive cones with peak spectral sensitivity of 429–435 nm and 555 nm respectively. Although differentiation of rod- and cone-mediated responses by electroretinogram (ERG) in dogs is commonly performed, and standards have been developed based on standards for human observers, methods to differentiate S- and L/M-cone responses in dogs have not been described. We developed flicker protocols derived from previously published rod and cone spectral sensitivities. We used a double silent substitution paradigm to isolate responses from each of the 3 photoreceptor subclasses. ERG responses were measured to sine-wave modulation of photoreceptor excitation at different temporal frequencies (between 4 and 56 Hz) and mean luminance (between 3.25 and 130 cd/m2) on 6 different normal dogs (3 adult female, and 3 adult male beagles) and one female beagle dog with suspected hereditary congenital stationary night blindness (CSNB). Peak rod driven response amplitudes were achieved with low frequency (4 Hz, maximal range 4–12 Hz) and low mean luminance (3.25 cd/m2). In contrast, peak L/M-cone driven response amplitudes were achieved with high frequency (32 Hz, maximal range 28–44 Hz) and high mean luminance (32.5–130 cd/m2). Maximal S-cone driven responses were obtained with low frequency stimuli (4 Hz, maximal range 4–12 Hz) and 32.5–130 cd/m2 mean luminance. The dog with CSNB had reduced rod- and S-cone-driven responses, but normal/supernormal L/M cone-driven responses. We have developed methods to differentiate rod, S- and L/M-cone function in dogs using silent substitution methods. The influence of temporal frequency and mean luminance on the ERGs originating in each photoreceptor type can now be studied independently. Dogs and humans have similar L/M cone responses, whereas mice have significantly different L/M responses. This work will facilitate a greater understanding of canine retinal electrophysiology and will complement the study of canine models of human hereditary photoreceptor disorders." @default.
• W2945151798 created "2019-05-29" @default.
• W2945151798 creator A5000294751 @default.
• W2945151798 creator A5008121092 @default.
• W2945151798 creator A5051815667 @default.
• W2945151798 creator A5068732799 @default.
• W2945151798 creator A5091694408 @default.
• W2945151798 date "2019-08-01" @default.
• W2945151798 modified "2023-10-01" @default.
• W2945151798 title "In vivo electroretinographic differentiation of rod, short-wavelength and long/medium-wavelength cone responses in dogs using silent substitution stimuli" @default.
• W2945151798 cites W1511992208 @default.
• W2945151798 cites W1927574214 @default.
• W2945151798 cites W1937289336 @default.
• W2945151798 cites W1969569852 @default.
• W2945151798 cites W1985018119 @default.
• W2945151798 cites W1992618284 @default.
• W2945151798 cites W1994403639 @default.
• W2945151798 cites W1995080843 @default.
• W2945151798 cites W2000461208 @default.
• W2945151798 cites W2000497693 @default.
• W2945151798 cites W2003965310 @default.
• W2945151798 cites W2022647931 @default.
• W2945151798 cites W2023102683 @default.
• W2945151798 cites W2025570010 @default.
• W2945151798 cites W2037806890 @default.
• W2945151798 cites W2040013095 @default.
• W2945151798 cites W2044454634 @default.
• W2945151798 cites W2044824735 @default.
• W2945151798 cites W2046176884 @default.
• W2945151798 cites W2048140541 @default.
• W2945151798 cites W2054847225 @default.
• W2945151798 cites W2062822525 @default.
• W2945151798 cites W2081964801 @default.
• W2945151798 cites W2083527838 @default.
• W2945151798 cites W2087344433 @default.
• W2945151798 cites W2088614839 @default.
• W2945151798 cites W2105318796 @default.
• W2945151798 cites W2124155343 @default.
• W2945151798 cites W2159239089 @default.
• W2945151798 cites W2161202859 @default.
• W2945151798 cites W2161302236 @default.
• W2945151798 cites W2162256673 @default.
• W2945151798 cites W2167920360 @default.
• W2945151798 cites W2241720034 @default.
• W2945151798 cites W2254008603 @default.
• W2945151798 cites W2324896267 @default.
• W2945151798 cites W2475255069 @default.
• W2945151798 cites W2507975906 @default.
• W2945151798 cites W265142245 @default.
• W2945151798 cites W2725030314 @default.
• W2945151798 cites W2744027757 @default.
• W2945151798 cites W2768268207 @default.
• W2945151798 cites W2784483552 @default.
• W2945151798 cites W2788140002 @default.
• W2945151798 cites W2791646883 @default.
• W2945151798 doi "https://doi.org/10.1016/j.exer.2019.05.013" @default.
• W2945151798 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/31128103" @default.
• W2945151798 hasPublicationYear "2019" @default.
• W2945151798 type Work @default.
• W2945151798 sameAs 2945151798 @default.
• W2945151798 citedByCount "4" @default.
• W2945151798 countsByYear W29451517982020 @default.
• W2945151798 countsByYear W29451517982022 @default.
• W2945151798 countsByYear W29451517982023 @default.
• W2945151798 crossrefType "journal-article" @default.
• W2945151798 hasAuthorship W2945151798A5000294751 @default.
• W2945151798 hasAuthorship W2945151798A5008121092 @default.
• W2945151798 hasAuthorship W2945151798A5051815667 @default.
• W2945151798 hasAuthorship W2945151798A5068732799 @default.
• W2945151798 hasAuthorship W2945151798A5091694408 @default.
• W2945151798 hasConcept C103796816 @default.
• W2945151798 hasConcept C119599485 @default.
• W2945151798 hasConcept C120665830 @default.
• W2945151798 hasConcept C121332964 @default.
• W2945151798 hasConcept C126322002 @default.
• W2945151798 hasConcept C127413603 @default.
• W2945151798 hasConcept C19743564 @default.
• W2945151798 hasConcept C2776820430 @default.
• W2945151798 hasConcept C2777093970 @default.
• W2945151798 hasConcept C2779113765 @default.
• W2945151798 hasConcept C60548495 @default.
• W2945151798 hasConcept C6260449 @default.
• W2945151798 hasConcept C71924100 @default.
• W2945151798 hasConcept C73313986 @default.
• W2945151798 hasConceptScore W2945151798C103796816 @default.
• W2945151798 hasConceptScore W2945151798C119599485 @default.
• W2945151798 hasConceptScore W2945151798C120665830 @default.
• W2945151798 hasConceptScore W2945151798C121332964 @default.
• W2945151798 hasConceptScore W2945151798C126322002 @default.
• W2945151798 hasConceptScore W2945151798C127413603 @default.
• W2945151798 hasConceptScore W2945151798C19743564 @default.
• W2945151798 hasConceptScore W2945151798C2776820430 @default.
• W2945151798 hasConceptScore W2945151798C2777093970 @default.
• W2945151798 hasConceptScore W2945151798C2779113765 @default.
• W2945151798 hasConceptScore W2945151798C60548495 @default.
• W2945151798 hasConceptScore W2945151798C6260449 @default.
• W2945151798 hasConceptScore W2945151798C71924100 @default.
• W2945151798 hasConceptScore W2945151798C73313986 @default.

• next