ライフサイエンスコーパス: threshold concentration

1 lasma concentration (Cmax), and time above a threshold concentration.

2 ecdysteroid to be above or below a critical threshold concentration.

3 s, which condense into nucleoli only above a threshold concentration.

4 s and efficacy by following the time above a threshold concentration.

5 ange when the input is above a predetermined threshold concentration.

6 te a bacterial sensor kinase at a particular threshold concentration.

7 ired for the replication products to reach a threshold concentration.

8 free energy description for the origin of a threshold concentration.

9 re a large oligomer size (n 15) to achieve a threshold concentration.

10 vators to accumulate locally and surpass the threshold concentration.

11 etrimental to brain cells until it reaches a threshold concentration.

12 tes that PlyC penetrates bilayers above a PS threshold concentration.

13 cytolysin subunits reaches an extracellular threshold concentration.

14 activating different targets above distinct threshold concentrations.

15 tionally activates target genes at different threshold concentrations.

16 responding to the signalling molecule above threshold concentrations.

17 types in specific spatial order at distinct threshold concentrations.

18 explains the binding of drugs that shows no threshold concentrations.

19 fectiveness of drug combinations used at low threshold concentrations.

20 egability, as indicated by lower epinephrine threshold concentrations.

21 entrations of CHGA (10 to 100 nmol/L) with a threshold concentration (10 nmol/L) in the range found c

22 0-fold higher in magnitude at >10-fold lower threshold concentrations (10-30 pg/ml) compared with HCA

23 or suppress dynamic instability; above these threshold concentrations, amorphous aggregates of 3-repe

24 The presented expressions for the threshold concentration and for the dependence of the fi

25 nucleation rate, the fibril solubility, the threshold concentration, and the binding energies of the

26 nitiating only when the activators surpass a threshold concentration, and therefore is regulated by m

27 concentrations and that there is a critical threshold concentration (approaching micromolar) prior t

28 in (0.02-10 nm, EC(50) approximately 100 pm, threshold concentration approximately 10 pm) at initial

29 The odor threshold concentrations are not influenced by gender or

30 These data included a XIAP threshold concentration at which apoptosis execution is

31 can be complemented in trans, but there is a threshold concentration below which assembly does not oc

32 This dependence reveals the existence of a threshold concentration below which the fibril nucleatio

33 When exceeding defined threshold concentrations, biosensor output signals, conn

34 ions and find that in microColonies, above a threshold concentration, BMP4 gives rise to only a singl

35 input were chemotopically organized at near-threshold concentrations but, at moderate concentrations

36 yPRM system, decreasing the phase separation threshold concentration by 8-fold.

37 Near the overlap threshold concentration, C*, TEC is the dominant observe

38 ntimicrobial peptides is that they exhibit a threshold concentration (called the lethal concentration

39 e bacterial population size; upon reaching a threshold concentration, corresponding to a threshold ce

40 te within less than 1 min, different glucose threshold concentrations depending on glucose up- or dow

41 er has approximately a 2000-fold higher odor threshold concentration, different descriptors, and an e

42 The threshold concentration for detection is </=5 nM DHMA, a

43 the bulk capacitance of suspensions, and the threshold concentration for detection is approximately 1

44 peptide concentration, hence gives rise to a threshold concentration for forming pores containing as

45 g value of the intracellular [Ca(2+)] to the threshold concentration for induction of long-term poten

46 The threshold concentration for inhibition of ACh release by

47 scription levels but also that the protein's threshold concentration for M1 regulation differs from t

48 The inhibition threshold concentration for most parameters was 20 nM.

49 ailable to reach a maximal response, but the threshold concentration for producing an increase in spo

50 rogrammability, i.e., the ability to set the threshold concentration for TF binding over a wide range

51 in degradation and that there is a critical threshold concentration for this activity.

52 eit with a dramatically increased (>10-fold) threshold concentration for transition to bundling, whic

53 g increased synchronous neuronal discharges; threshold concentrations for acute responses had large e

54 (termed "dynamic uncoupling") is that once a threshold concentration has been reached to initiate the

55 e history of their exposure rather than to a threshold concentration in a static spatial gradient of

56 s that unphosphorylated SpoIIAA must reach a threshold concentration in order to trigger the release

57 A threshold concentration in the 20-100 nM range was requi

58 anges upon peptide binding before a critical threshold concentration is reached which triggers a sign

59 art to its osteoconductive properties, but a threshold concentration is required.

60 arrest is reversible and occurs only above a threshold concentration; low to moderate levels of GFP-T

61 and LD-ACTH test with a diagnostic cortisol threshold concentration <18 microg/dL, 21% (six of 28) h

62 Each had a threshold concentration near 1 nM, and the EC50 for each

63 terstitial adenosine remained well below the threshold concentration necessary for coronary vasodilat

64 13 of 28) when we used a cortisol diagnostic threshold concentration of <25 microg/dL.

65 Trans-4-MCHM has an air odor threshold concentration of 0.060 ppb-v (95% CI: 0.040-0.

66 tion and the LDV-resistant population, but a threshold concentration of 100 ng/ml of SOF must be atta

67 ntipsychotic clinical response occurred at a threshold concentration of 20 ng/ml and D2/3 occupancies

68 The threshold concentration of 4-AP was 1 microM, with EC50

69 ase in the pretransition zone, starting at a threshold concentration of 6+/-1 wt % DSCG that is well

70 apyramidal side effects (n = 7) emerged at a threshold concentration of 60 ng/ml, and D2/3 occupancie

71 cell division followed by cell death below a threshold concentration of about 0.1 mm external Pi.

72 This circuit uses a threshold concentration of acetate to induce gene expres

73 activity suggested that there is a critical threshold concentration of activated P-TEFb required for

74 es were large in C57BL/10 neurons, and, if a threshold concentration of approximately 1.5 microm was

75 cretion from individual type I cells, with a threshold concentration of approximately 25 mM.

76 samples from these subjects, we identified a threshold concentration of bile EVs that could best disc

77 s to trigger cell division when they reach a threshold concentration of Cdc25.

78 on LID+ALSKO mouse model demonstrates that a threshold concentration of circulating IGF-1 is necessar

79 The threshold concentration of cocaine in brain required to

80 nding affinities of C1 domains determine the threshold concentration of DAG required for the propagat

81 Broth cultures containing a threshold concentration of DOC inoculated with no bacter

82 in the stationary phase, and that a defined threshold concentration of extracellular LytA dictates t

83 Our results suggest a threshold concentration of functionalized GNRs within ti

84 nd step, MAPK signaling levels determine the threshold concentration of GATA factors required for PrE

85 The threshold concentration of glycerol required to stimulat

86 neurons, IGly did not decay in response to a threshold concentration of glycine (1-5 microM).

87 m total length LMBE were above 300 ng/g, the threshold concentration of Hg recommended by the U.S. En

88 ger sample size will allow us to clarify the threshold concentration of IL-33 that leads to optimal c

89 cells, NADPH and H(2)O(2) each decreased the threshold concentration of inositol 1,4,5-trisphosphate

90 n IL-1 alpha, although there appears to be a threshold concentration of MCP-1 above which chemotaxis

91 The emergence on the cell surface of a threshold concentration of oxidized phospholipids, princ

92 s also indicate the importance of a critical threshold concentration of P. gingivalis to initiate epi

93 If a threshold concentration of phosphorylated Spo0A is achie

94 This observation implies that a threshold concentration of pilin must be exceeded before

95 A threshold concentration of polycation is required to for

96 A threshold concentration of salt input, caused by inundat

97 ure to Shh rather than, or in addition to, a threshold concentration of Shh.

98 ich is defective in AtFtsH2) suggests that a threshold concentration of subunits is required for norm

99 ctural unfolding that occurs upon reaching a threshold concentration of urea.

100 The threshold concentrations of 20E required for furrow prog

101 Threshold concentrations of 25-(OH)D associated with inc

102 Under non-reducing conditions, threshold concentrations of 3-repeat tau and tubulin exi

103 onditions in sham and CHF glomus cells, with threshold concentrations of about 900 and 600 pM, respec

104 -type individuals with asthma required lower threshold concentrations of allergen to produce bronchoc

105 ing prior stimulation of the cells with near threshold concentrations of CCh.

106 exhibit a minor reduction in aggregation to threshold concentrations of collagen or the GPVI-specifi

107 We demonstrate that aggregation induced by threshold concentrations of convulxin undergoes synergy

108 The threshold concentrations of epinephrine and ADP required

109 Importantly, IL-15 and IL-7 lowered the threshold concentrations of IL-12 and IL-18 required for

110 activity profiles require different minimum threshold concentrations of phosphoethanolamine (PE) lip

111 This report defines the threshold concentrations of surface TF required to trigg

112 urons faciliates Ca2+ release in response to threshold concentrations of the selective mGluR1/5 agoni

113 dulation, a molecular circuit with different threshold concentrations of thrombin was tested as a pro

114 Threshold concentrations ranged from 0.005 to 0.5 microM

115 most killer whales that exceed PCB toxicity threshold concentrations reported for marine mammals.

116 almost 3 orders of magnitude lower than the threshold concentration required by WADA.

117 ng fluorescein to Ru-octaarginine lowers the threshold concentration required for diffuse cytoplasmic

118 ormed in concentrations higher than its odor threshold concentration, resulting in aesthetic challeng

119 es when subjected to a monotonic sequence of threshold concentrations, revealing the input concentrat

120 Below a threshold concentration, subtilisin promotes colony grow

121 s having low DOC (<8.6 - 8.8 mg C L(-1); DOC threshold concentration, TC) whereas DOC inhibits HgT an

122 l from both cell and model membranes above a threshold concentration that varies with membrane compos

123 Upon reaching a threshold concentration, these autoinducers interact wit

124 When these auto-inducers reach a certain threshold concentration, they interact with bacterial tr

125 cdysteroids must be maintained above a sharp threshold concentration to sustain proliferation.

126 ent in the respiratory tract at an effective threshold concentration until all infected cells have di

127 The threshold concentration varies strongly with the valence

128 Individual trans-4-MCHM odor threshold concentrations vary by more than a factor of 1

129 ulated progressively in the ER lumen until a threshold concentration was reached to nucleate crystals

130 When the EF reaches a threshold concentration, we suggest that it reduces the

131 comprises several assays, each with its own threshold concentration, we used a microfluidic SlipChip

132 For PG-1 above the threshold concentration, X-ray diffraction shows that th