ライフサイエンスコーパス: desiccate

1 of cells to retain enzymatic activity while desiccated.

2 In mature and desiccated aap1 seeds the total N and carbon content was

3 ased jitter and shimmer, are associated with desiccated ambient air.

4 equimolar superoxide and hydroxyl radical in desiccated and aqueous soils, respectively, by a photo-i

5 These changes were minimized when DNA was desiccated and stored in the presence of trehalose, a no

6 particularly in hospitals where A. baumannii desiccates and tenaciously survives on equipment and sur

7 stment and K(+) homeostasis as mature pollen desiccates and then rehydrates at germination.

8 ed a new role for APX6, in protecting mature desiccating and germinating seeds from excessive oxidati

9 n the southern and southeastern basin do not desiccate appreciably and that extensive areas experienc

10 trate the usefulness of ancient genomes from desiccated archaeobotanical remains in informing researc

11 The lake completely desiccated around 4800 (14)C yr B.P.

12 Desiccated biofilms were equilibrated with a 75.5% relat

13 the outer and basal cell layers of fresh and desiccated biofilms.

14 optical and scanning electron microscopy of desiccated bread loaves and beer remains.

15 The activity of trehalases in desiccated cell reveals the stunning ability of cells to

16 DNA from 13 year desiccated cells did not show any higher levels of the c

17 We propose that desiccated cells initially accumulate both protein and c

18 Amplification of gene loci from desiccated cells required pretreatment of DNA with N-phe

19 Upon rehydration of desiccated cells, there was a turnover of sodF mRNA with

20 al water and trehalose within and around the desiccated cells.

21 n and trehalose degradation by trehalases in desiccated cells.

22 ally not developed in very cold or otherwise desiccated climates, in accordance with the physiologica

23 Desiccating conditions resulted in the significant induc

24 for polar arthropods that face near-constant desiccating conditions, as water is frozen and thus unav

25 ine is required for water conservation under desiccating conditions.

26 nscriptional mechanisms to cope with similar desiccating conditions.

27 granular cells lose their nuclei and become desiccated corneocytes.

28 Examination of chromosomal DNA from desiccated cultures revealed a time-dependent increase i

29 ed fluorescence emission measurements of the desiccated desert crust Leptolyngbya ohadii strain ident

30 nsform infrared spectroscopy analysis on the desiccated droplets, spatial distributions of the compon

31 at elevated CO(2) can completely reverse the desiccating effects of moderate warming.

32 In a desiccating environment (<20% relative humidity), mosqui

33 wearing goggles were exposed to a controlled desiccating environment (15%-25% relative humidity and 2

34 Even a short exposure to a desiccating environment can produce a significant deteri

35 -effector cells from donor mice exposed to a desiccating environment for 5 days, in combination with

36 uced in female C57BL/6 mice by exposure to a desiccating environment in the controlled environment ch

37 i-PD-L1 antibody by exposing these mice to a desiccating environment in the controlled environment ch

38 uced in female C57BL/6 mice by exposure to a desiccating environment in the controlled-environment ch

39 57BL/6 or BALB/c mice were exposed to a dry, desiccating environment produced by maintaining low humi

40 Irritation severity in the desiccating environment was associated with baseline dye

41 Blink rate from 30 to 90 minutes in desiccating environment was higher in the dry eye than n

42 in C57BL/6 female mice through exposure to a desiccating environment within a controlled environment

43 ntrolled low humidity (5% relative humidity, desiccating environment) for 2 hours in our Controlled E

44 all subjects following 90-minute exposure to desiccating environment, and the magnitude of change was

45 rough cholinergic blockade and exposure to a desiccating environment.

46 surface dye staining following exposure to a desiccating environment.

47 ceramides is incompatible with survival in a desiccating environment.

48 s to investigate the differential effects of desiccating environmental stress and mAChR inhibition on

49 variably affects CD4(+) T-cell subsets, and desiccating environmental stress and systemic mAChR bloc

50 Desiccating environmental stress and systemic mAChR bloc

51 cting C57BL/6 and IFN-gamma-knockout mice to desiccating environmental stress for 5 or 10 days.

52 However, desiccating environmental stress imparted higher conjunc

53 Desiccating environmental stress was created by placing

54 ved from a murine model of DED that combines desiccating environmental stress with systemic muscarini

55 ctivitis sicca (KCS) that are exacerbated by desiccating environmental stress.

56 ased tear secretion to a greater extent than desiccating environmental stress.

57 ye was created by subjecting C57BL/6 mice to desiccating environmental stress.

58 Dormant Artemia salina cysts contain desiccated gastrulae that are metabolically inactive, an

59 om 283 principally spontaneously (naturally) desiccated human mummies from coastal and low valley sit

60 t light energy with maximum efficiency until desiccating in the early morning hours.

61 to a large majority of the mRNA pool in the desiccating larvae and most likely define successful anh

62 Rehydration of desiccated leaves resulted in a decrease in levels withi

63 x-ray powder diffraction patterns for intact desiccated malarial trophozoites and synthetic beta-hema

64 r in the hydrated moss or lichen than in the desiccated material.

65 expressed transcripts during rehydration of desiccated moss (Tortula ruralis), was further character

66 sponding to experimentally-induced stress in desiccated mosses, indicating that spectral imaging is a

67 Long-term storage of desiccated nucleated mammalian cells at ambient temperat

68 To evaluate the effects of desiccating ocular surface stress on the expression of c

69 ca, archaeobotanical evidence of charred and desiccated plant organs denotes that Early Holocene hunt

70 ghtly regulated and occurs in vivo only when desiccated pollen grains acquire water from the female,

71 nstrate that while planktonic cells that are desiccated rapidly lose viability both on hands and abio

72 are covered by as much as 40 centimeters of desiccated regolith within permanently shaded craters ne

73 ication products were obtained with DNA from desiccated/rehydrating cells and a liquid culture derive

74 (FPV), a pathogen of poultry, can persist in desiccated scabs shed from infected hosts.

75 nd maintaining cellular stability within the desiccated seed, although the mechanisms of their action

76 LeGOLS-1 mRNA was present in mature, desiccated seeds but declined within 8 h of imbibition i

77 aturated N-acylethanolamines (NAEs) occur in desiccated seeds primarily as 16C and 18C species with N

78 s (NAEs), occur at low levels (mug per g) in desiccated seeds, and endogenous amounts decline rapidly

79 In plants, NAEs are generally elevated in desiccated seeds, suggesting that they may play a role i

80 onsive genes and genes typically enriched in desiccated seeds.

81 at local land-atmosphere feedbacks involving desiccated soils and vegetation might have played a role

82 for quantification of water and trehalose in desiccated specimens using confocal Raman microspectrosc

83 id membranes helps prepare the plant for the desiccated state and minimize ROS production.

84 In the desiccated state this structure is lost, giving way to m

85 In the desiccated state, absorbed energy is completely quenched

86 86 after prolonged (13 years) storage in the desiccated state.

87 literature investigating the infectivity of desiccated streptococci has used broth-grown, planktonic

88 controlled adverse condition that simulates desiccating stress (23 C, 5% relative humidity, and air

89 Sjogren syndrome (SS) by subjecting mice to desiccating stress (DS) and antibiotics (ABX).

90 We demonstrate that environmental desiccating stress (DS) elicits T cell-mediated inflamma

91 Desiccating stress (DS) induced very early (6 h) express

92 on corneal epithelial apoptosis in a murine desiccating stress (DS) model that resembles Sjogren's s

93 Desiccating stress (DS) was created in C57BL/6 (B6) and

94 lysozyme B-cell receptor transgenic mice to desiccating stress (subcutaneous scopolamine [0.5 mg/0.2

95 The response of the meibomian gland to desiccating stress also suggest that environmental condi

96 across the ocular surface of mice with both desiccating stress and autoimmune-mediated, aqueous-defi

97 and signaling, rendering them susceptible to desiccating stress and impaired corneal epithelial wound

98 Desiccating stress caused progressive loss of mucin-fill

99 s are induced in the mouse ocular surface by desiccating stress in a strain-related fashion.

100 Desiccating stress in females, unlike in males, triggere

101 Desiccating stress potently stimulates the expression of

102 Mice exposed to desiccating stress showed hyperproliferation of the meib

103 Desiccating stress significantly increased concentration

104 Desiccating stress significantly increased expression of

105 Desiccating stress significantly increased levels of MMP

106 Exposure to desiccating stress stimulates ocular surface epithelia t

107 between clinical parameters before and after desiccating stress were calculated.

108 normal young and old mice or mice exposed to desiccating stress were evaluated by immunofluorescent t

109 Using a desiccating stress-induced mouse model of dry eye, we es

110 venting exacerbation caused by exposure to a desiccating stress.

111 -dye staining were recorded before and after desiccating stress.

112 urface dye staining increases in response to desiccating stress.

113 the inflammatory response to ocular surface desiccating stress.

114 lar surface tissues increased in response to desiccating stress.

115 were evaluated before and after experimental desiccating stress.

116 acrimal functional unit impairment after the desiccating stress: significantly increased tear osmolar

117 Desiccated substrates in liquid (p-nitrophenyl butyrate)

118 2015, Dawn arrived at Ceres to find a dark, desiccated surface punctuated by small, bright areas.

119 These results demonstrate that desiccated T. ruralis gametophyte possesses stable ubiqu

120 tural thyroid preparations (thyroid extract, desiccated thyroid, or thyroglobulin), which contain bot

121 bviating concerns about inconsistencies with desiccated thyroid.

122 nd rehydration but were barely detectable in desiccated tissue.

123 Cells were rapidly and uniformly desiccated to low water content (<0.12 g H(2)O/g dry wei

124 d including a facile storage and shipping of desiccated, trapped proteome samples at ambient temperat

125 ative imprecision of vocal fold vibration in desiccated versus humid contexts, arid and cold ecologie

126 Mature seeds are dormant and desiccated, with accumulated storage products that are t

127 ion with Cryptococcus neoformans begins when desiccated yeast cells or spores are inhaled and lodge i

128 e is unknown but is hypothesized to be small desiccated yeast cells or spores produced by sexual repr