ライフサイエンスコーパス: dosimeter

1 uminescent dosimeters, or electronic digital dosimeters).

2 d to the Cf-252, relative to a nonirradiated dosimeter.

3 ranging from 0.025 to 25 mg/ml, given with a dosimeter.

4 hold air nicotine levels measured by passive dosimeters.

5 personal UVB exposure doses with electronic dosimeters.

6 the Inveon CT imaging platform using nanoDot dosimeters.

7 t doses were obtained with thermoluminescent dosimeters.

8 vings were determined with thermoluminescent dosimeters.

9 Here, we test three radical dosimeters (Alexa Fluor 488, terepthalic acid, and adeni

10 This Cell dosimeter allowed the determination of Sun Protection Fa

11 The simplicity of an adenine-based dosimeter allows for convenient and flexible incorporati

12 ed with phantom studies by using an external dosimeter and direct exposure film.

13 re found for the ratios of thermoluminescent-dosimeter and dose-are-product exposures, respectively.

14 ctical importance for general-purpose vapour dosimeters and analyte-specific detectors (for insectici

15 ndpoints) lithium fluoride thermoluminescent dosimeter, and randomizing at least 13 patients per acce

16 adiation exposure by using thermoluminescent dosimeters, and by measuring radioactivity of the nest m

17 e two ring dosimeters, two thermoluminescent dosimeters at the lower legs, and a thermoluminescent do

18 it, it is possible to create an effective UV dosimeter, based on RP, which can be used as a sun-burn

19 ts were obtained by placing lithium fluoride dosimeters both into the posterior fornix of the vagina

20 e and dose rates were calibrated with MOSFET dosimeters customized for low dose-rates.

21 ereby facilitating calibration of biological dosimeters (e.g., cell survival, chromosome aberrations)

22 ws for standard clinical techniques by using dosimeters embedded in a female phantom.

23 verall fluorescence intensity of the 3D-ORAM dosimeter exposed to the Cf-252, relative to a nonirradi

24 eticulocytes (MnRETs) as an in vivo biologic dosimeter for bone marrow.

25 FCs) in femoral marrow is used as a biologic dosimeter for bone marrow.

26 Cs) in femoral marrow was used as a biologic dosimeter for bone marrow.

27 Levels of lead in bone serve as a dosimeter for cumulative exposure to lead; moreover, lea

28 ocytes can be used as a noninvasive biologic dosimeter for measuring absorbed dose rate and absorbed

29 and 4 rooms in each home, as monitored with dosimeters for 10 days following 131I administration.

30 Family members wore the dosimeters for 2--17 d, with the range of measured dose

31 Technologists subjects who wore personal UVR dosimeters for 8 hours daily for up to 7 days (N = 837 d

32 HIF-1alpha, and p53 were used as biological dosimeters for NO concentration.

33 These AChE-PCCAs act as dosimeters for parathion since it irreversibly binds.

34 METHODOLOGY/PRINCIPAL FINDINGS: nanoDot dosimeters from Landauer, Inc. were surgically implanted

35 e a model in which Prxs function as peroxide dosimeters in subcellular processes that involve redox c

36 The dosimeter is calibrated by irradiating mice with exponen

37 ta from sample to sample, a hydroxyl radical dosimeter is needed that can measure the effective conce

38 hyl methacrylate) support, and the resulting dosimeter materials were irradiated with neutrons from a

39 been investigated for use in these 3-D ORAM dosimeter materials.

40 to calibrate GM-CFC survival as a biological dosimeter, mice were irradiated with external 137Cs gamm

41 Nitroolefin 2f is the most active dosimeter molecule.

42 IsoK/LG protein adduct levels can serve as a dosimeter of oxidative and inflammatory damage over prol

43 A molecular dosimeter of UVR exposure is therefore required.

44 ine were measured in umbilical cord blood as dosimeters of transplacental PAH and cigarette smoke, re

45 s at the lower legs, and a thermoluminescent dosimeter on the forehead.

46 inescent or optically stimulated luminescent dosimeters, or electronic digital dosimeters).

47 Optically stimulated luminescent dosimeters (OSLDs) were inserted into the tubes and posi

48 red by means of individual thermoluminescent dosimeters placed on the skin at the center of the radia

49 Radiation doses were measured by using dosimeters placed outside and underneath the TCs.

50 Monthly radiation dosimeter readings from 4 nuclear technologists, 4 nurse

51 The average dose for infinite time based on dosimeter readings was 32% of the predicted doses projec

52 ers of magnitude, compared to other chemical dosimeters reported up to now.

53 Fluorescence measurements from the dosimeter show a dramatic decrease in the overall fluore

54 Canopy-forming kelps are a natural coastal dosimeter that can measure the exposure of the coastal e

55 UVR was assessed by personal electronic UVR dosimeters that measured time-related UVR in standard er

56 dose was measured by using thermoluminescent dosimeters that were placed immediately under (near fiel

57 Using the calibrated dosimeter, the initial dose rates to the marrow per unit

58 re determined by placing a thermoluminescent dosimeter (TLD) strip (six TLD chips) on the abdomen of

59 ements were performed with thermoluminescent dosimeters (TLD) placed inside a CIRS anthropomorphic ph

60 red directly with 50 to 60 thermoluminescent dosimeters (TLDs).

61 lony-forming cells (GM-CFCs) as a biological dosimeter to determine experimentally the dose rate and

62 urvival of GM-CFCs can serve as a biological dosimeter to experimentally determine the dose rate kine

63 the x-ray tube output were performed with a dosimeter to measure the air kerma for the range of tube

64 These materials can be used as a dosimeter to sense extremely low metal cation concentrat

65 DNA adducts represent internal dosimeters to measure exposure to environmental and endo

66 the interventional radiologist wore two ring dosimeters, two thermoluminescent dosimeters at the lowe

67 The biologic dosimeter was calibrated by assessing GM-CFC survival at

68 Isolated DNA dosimeters were also exposed to daily sunlight for compa

69 ose-area-product meter and thermoluminescent dosimeters were compared at posteroanterior and lateral

70 Fifteen dosimeters were placed in selected areas of the TICU to

71 At the end of each month, data from the dosimeters were sent to the manufacturer for analysis.

72 Control dosimeters were used for each group to validate that no

73 Fifteen tubes containing dosimeters were used, and imaging was repeated twice in

74 mrem = 0.01 mSv) was recorded from personal dosimeters worn on laboratory coats.