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1 onselective connections with neighboring red/green cones.
2 tely from a coarse-grained mosaic of red and green cones.
3 rbonic anhydrase histochemistry to label red-green cones.
4 s and ectopic synapses are made with red and green cones.
5  in inputs drawn nonselectively from red and green cones and (ii) tissue mosaicism due to X chromosom
6 orizontal cells (HCs) normally avoid red and green cones, and prefer ultraviolet over blue cones.
7 of macaque monkeys, that neighboring red and green cones are homologously and heterologously coupled
8 s, our results show that signals in blue and green cones are processed separately in the photorecepto
9 let and blue cones while eliminating red and green cone contacts.
10 ones were retained in higher number than red/green cones for the first 3 months of the degeneration.
11 (blue) cones, and decreased rod and L/M (red/green) cone function.
12  blue cone function is lost earlier than red/green-cone function in patients with LCA.
13 ical for the formation of functional red and green cones in the retina.
14 S, blue) and middle wavelength-sensitive (M, green) cones is sampled by approximately ten bipolar cel
15                                     Each red/green cone made nonselective connections with neighborin
16 tions indicate that coupling between red and green cones may cause a modest decrease in human color d
17 ults from the combined activation of red and green cone mechanisms.
18 eate a UV-triggered non-visual response in a green cone monochromat.
19 ructural modeling suggesting that Pro-205 in green cone opsin could prevent entry and binding of 11-c
20 inct, this would indicate that this rod-like green cone opsin gene, although absent in mammals, is co
21 phylogenetic clade with the rod and rod-like green cone opsin genes from other vertebrate species.
22  expressed at levels approaching that of red/green cone opsin in the macula.
23 ly, deletion of 16 N-terminal amino acids in green cone opsin partially restored the binding of 11-ci
24 nes before they are reactive for blue or red/green cone opsin suggests an important role for TULP1 in
25 d antibodies against blue cone opsin and red-green cone opsin to identify the individual cone types.
26    However, this substitution did not enable green cone opsin to regenerate with 11-cis-6mr-retinal.
27 ges in the intracellular distribution of red/green cone opsin were observed as early as P80.
28 way determines the regeneration of mammalian green cone opsin with chromophore analogues such as 11-c
29  action spectra conformed to the spectrum of green cone opsin, with a main sensitivity peak at 510 nm
30 tive for TULP1 and many are reactive for red/green cone opsin.
31              Only one opsin, of type RH2 (a "green" cone opsin), was expressed in premetamorphic (dev
32 W, red) and medium-wavelength-sensitive (MW, green) cone opsin genes that segregated with disease.
33           The genes for the rod and rod-like green cone opsins in two avian species, the budgerigar,
34 pared the regenerative properties of rod and green cone opsins with 11-cis-6mr-retinal and demonstrat
35 chromatic ground-squirrel retina, that green-green cone pairs are routinely coupled with an average c
36 nal conductance between green-green and blue-green cone pairs in slices from the dichromatic ground-s
37 pS, whereas coupling is undetectable in blue-green cone pairs.
38 urrent recordings were obtained from red and green cone photoreceptors in isolated retina from macaqu
39 chromosome to create the present-day red and green cone pigment genes.
40 ion, with concomitant decreases in levels of green cone pigment mRNA.
41 o4D2, which recognizes chicken rhodopsin and green cone pigment, and by reverse transcription-polymer
42 =NH stretching frequencies of rhodopsin, the green cone pigment, and the red cone pigment in H2O (D2O
43 significant increases in mRNA levels for the green cone pigment.
44 nalogue could regenerate rod pigment but not green cone pigment.
45 61W cells expressed SV40 T antigen, blue and green cone pigments, transducin, and cone arrestin.
46 pling blurs the differences between red- and green-cone signals.
47 ing degrees of L (long, red)- and M (middle, green)-cone vision, and retinal degeneration.
48                                          Red/green cones were coupled indiscriminately but blue cones
49 timulate specifically the differentiation of green cones, without the previously suggested effects on

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