ライフサイエンスコーパス: near-infrared light

1 n process can be efficiently modulated using near infrared light.

2 can improve in vivo imaging sensitivity over near infrared light.

3 oxygen and fluorescence when activated with near-infrared light.

4 d reducing its ability to see and respond to near-infrared light.

5 sion upon irradiation by the dual-wavelength near-infrared light.

6 stalline elastomers are capable of absorbing near-infrared light.

7 avelength illumination with blue and far-red/near-infrared light.

8 spholipid that are permeabilized directly by near-infrared light.

9 range from the ultraviolet light through the near-infrared light.

10 as photoswitches that isomerize with red and near-infrared light.

11 Autofluorescence imaging was performed with near-infrared light.

12 gnificant extent upon excitation with red or near-infrared light.

13 uator nanoparticles that are controlled with near-infrared light.

14 n 30 min a day for a few consecutive days by near infrared light (830 nm) transmitted by an array of

15 Here, we introduce near-infrared light absorbing semiconducting polymer nan

16 reversibly photoconvertible between red and near-infrared light-absorption states.

17 we present a hybrid detector for visible and near-infrared light achieving response times of the orde

18 y for combating cancer in which AuNRs absorb near-infrared light and convert it into heat, causing ce

19 ting nanoparticles (UCNPs) can be excited by near-infrared light and emit visible light (anti-Stokes

20 segments and minces were excited with 830 nm near-infrared light, and Raman spectra were collected wi

21 on to generate highly-directional visible to near-infrared light beams, at selected wavelengths in pr

22 Molecular detection using near-infrared light between 0.9 and 1.3 eV has important

23 n-chip optical communication technology uses near-infrared light, but visible wavelengths would allow

24 rrent studies demonstrate that absorption of near-infrared light by an intermediate state prepared vi

25 ts indicate that the bacteria can survive in near-infrared lights capturing low-frequency photons by

26 ces, such as electrically tunable, broadband near infrared lighting devices operating at room tempera

27 Invisible near-infrared light did not distort the surgical field i

28 pected to be broadly applicable in solar and near-infrared light-emitting applications, where effecti

29 cence quantum yield, are employed in red and near-infrared light-emitting diodes, providing a new pla

30 lorobaculum tepidum cultures with far-red to near-infrared light-emitting diodes, we found that these

31 ity-synchronized fluorescence quenching of a near-infrared light-emitting dye by a radionuclide, (64)

32 antibody-photo absorber conjugate (APC) and near infrared light exposure, dramatically improves nano

33 xisting strategies that use tissue-penetrant near-infrared light for the targeted treatment of cancer

34 anslated in vivo by using deeply penetrating near-infrared light for transdermal stiffness modulation

35 organic dyes is a clear pathway to increase near-infrared light harvesting in liquid-based dye-sensi

36 Near infrared light has also been shown to have antimicr

37 age changes in retinal reflectance of 780-nm near-infrared light imaged onto a 12-bit charge-coupled

38 fer to a single molecule induced by green to near-infrared light in the junction of a scanning tunnel

39 ecrease in reflectance in response to 780-nm near-infrared light in the retinal region exposed to a v

40 n sulfur bacteria living at limiting red and near-infrared light intensities.

41 rsion nanoparticles (UCNPs) that can convert near-infrared light into visible light.

42 ER1-positive tumor cells (A431), followed by near-infrared light irradiation in vitro and in vivo.

43 Near-infrared light is favourable for imaging in mammali

44 em include its sensitivity to 740- to 780-nm near-infrared light, its ability to utilize an endogenou

45 Near-infrared light (NIL) promotes a wide range of biolo

46 Near infrared light (NIR, 700-900 nm) was used to illumi

47 B and phenol removal under UV, visible, and near-infrared light (NIR) irradiation, which can be attr

48 o test our hypothesis that pretreatment with near-infrared light (NIR) via light-emitting diode (LED)

49 Second-window near-infrared light (NIR2, 950-1,400 nm) is promising fo

50 clearly show that human visual perception of near infrared light occurs by two-photon isomerization o

51 enetic applications in living organisms with near-infrared light-responsive upconversion nanomaterial

52 ed to 3T3x cells with altered intensities of near-infrared light scattering (I(sc)) the assay showed

53 The results suggest that near-infrared light scattering by the cells mediate a lo

54 and emission spectra spanning the visible to near-infrared light spectrum.

55 These studies provide a near-infrared light-targeted treatment strategy with the

56 go a unimolecular chemical reaction and emit near-infrared light that can pass through a living mouse

57 Using visible and near-infrared light this technique can probe the absorpt

58 The femtosecond laser uses near-infrared light to create photodisruption, a process

59 ) conjugate to bind to the cell membrane and near-infrared light to induce immediate and highly speci

60 erence tomography systems use low-coherence, near-infrared light to provide detailed images of anteri

61 therapy (LLLT), refers to the use of red-to-near-infrared light to stimulate cellular functions for

62 les doped with lanthanide ions can upconvert near-infrared light to visible frequencies, enabling the

63 otube (SWCNT)-assisted approach that enables near-infrared light-triggered activation of transforming

64 cattering the obliquely incident visible and near-infrared light (VNIR: 400-1000 nm) in an enhanced D

65 facilitate deep-tissue photoactivation with near-infrared light, we measured the efficacy of two-pho

66 tral peaks that can be excited using red and near-infrared light which avoids photobleaching, penetra

67 pectrum of light illuminations including the near-infrared light, which has great implication in phot

68 photoreceptors can be directly activated by near infrared light with a sensitivity that paradoxicall

69 ng cancer that combines harmless visible and near-infrared light with a nontoxic photoactivatable dye

70 g in a wide wavelength range from visible to near-infrared light with high sensitivity, fast response

71 Near-infrared light, with its superior tissue penetratio

72 rgy can be delivered to polynitro-CNTs using near-infrared light within the biological window.