ライフサイエンスコーパス: night vision

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1 e retina, illuminating the role of GPR179 in night vision.

2 five patients had life-long, extremely poor night vision.

3 n allows many patients to adapt to their new night vision.

4 sion improvement in the presence of retained night vision.

5 haracterized by nonprogressive impairment of night vision, absence of the electroretinogram (ERG) b-w

6 ntiated the effect of vitamin A in restoring night vision among night-blind pregnant women with low i

7 eye), photophobia, and nyctalopia (impaired night vision); and (iii) a prospective semi-structured t

8 ificant visual function deficits in reading, night vision, and dark adaptation, and produce dense, ir

9 lp us understand some key aspects of day and night vision as well as some visual malfunctions.

10 data rate wireless communications, security, night-vision, biomedical or video-imaging and gas sensin

11 therapy can result in modest improvements in night vision, but knowledge of its efficacy in humans is

12 cotopic pupil size as a factor in predicting night vision complaints is controversial.

13 d a correlation with scotopic pupil size and night vision complaints.

14 ic pupil size is a potential risk factor for night vision complaints.

15 nitis pigmentosa is characterized by loss of night vision, followed by complete blindness.

16 ible imaging systems in applications such as night-vision, gas sensing and medical diagnostics.

17 surements at two time points with the aid of night vision goggles.

18 Researchers used night-vision goggles to perform IOP measurements in the

19 re done in absolute darkness, using infrared night-vision goggles.

20 pigmentosa, in which patients typically lose night vision in adolescence, side vision in young adulth

21 individuals and matching the sensitivity of night vision in amphibians.

22 hors are being widely used as self-sustained night-vision materials because of their sufficiently str

23 rioration of central vision and subsequently night vision, mild photophobia, and moderate to high myo

24 To optimize night vision, nocturnal mammals exploit the light refrac

25 lindness which is characterized by defective night vision (nyctalopia) from birth.

26 y of daily zinc supplementation in restoring night vision of pregnant women who developed night blind

27 photopic (cone) system with preservation of night vision or scotopic (rod) function.

28 alone (zinc alone group), failed to restore night vision or to improve dark adaptation.

29 of RGC types receives direct input from the night-vision pathway, independent from OFF bipolar cell

30 ery, considerations such as preexisting AMD, night vision problems or sleep problems may be considere

31 In the retinal circuitry subserving night vision, processes intrinsic to the rod bipolar (RB

32 mol/L were 4 times more likely to have their night vision restored (95% CI: 1.1, 17.3) than were wome

33 ly prescribed for severe acne but can impair night vision shortly after the beginning of therapy.

34 applications in optical information storage, night-vision surveillance, and in vivo bio-imaging.

35 This type of technology could be useful for night-vision surveillance, endoscopic imaging, and other

36 ent materials have potential applications in night-vision surveillance, solar energy utilization and

37 Night vision symptoms are correlated with younger age, g

38 Finally, postoperative factors such as night vision symptoms, reduced contrast sensitivity, and

39 ize has not been found to be correlated with night vision symptoms.

40 le applications such as in automobile seats, night-vision systems, and electrical-enclosure cooling.

41 As rod photoreceptors are responsible for night vision, we administered isotretinoin to rats to le

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