ライフサイエンスコーパス: depressing

1 ence are not found when the synapses are non-depressing.

2 sensitive than alpha1(-/H) mice to the motor-depressing action of diazepam, but each of these conditi

3 in were obtained from their effect on the Tm-depressing activities of these proteins.

4 In addition, depressing amplification using energy deprivation recapi

5 fferential recruitment of AMPA and NMDARs at depressing and facilitating synapses in layers 2/3 of th

6 The effect of CCh on both depressing and facilitating synapses was blocked by the

7 s synapses onto parvalbumin interneurons are depressing and have a high release probability.

8 that human synaptic connections were purely depressing and that they recovered three to four times m

9 but not within the same class, were markedly depressing and were more powerful to sculpt activity of

10 ed the nucleic acid helix-destabilizing t(m)-depressing) and binding activities of HIV-1 NCp7 protein

11 d with LS neurons, ES neurons had strong and depressing autapses, which enhanced spike-timing precisi

12 denoson rapidly terminated sustained PSVT by depressing AV nodal conduction without causing hypotensi

13 me by increasing the bone formation rate and depressing bone resorption.

14 I metabotropic glutamate receptors (mGluRs), depressing both glutamate and GABA release to modulate b

15 e cells, by activating GIRK conductances and depressing calcium currents.

16 independent regulators for potentiating and depressing central synapses.

17 ic constrictor (PY) neuron has an inhibitory depressing chemical and an electrical component.

18 tic, identity: FS interneurons made strongly depressing connections on FS, SOM, and RS targets, while

19 phorylation of cTnI plays a dominant role in depressing contractility and exerts an antithetic role o

20 d to increase dynamic wave stability without depressing contractility, which may have promise as an a

21 equivalent anti-fibrillatory effects without depressing contractility.

22 gy designed to abbreviate excitation without depressing contraction.

23 lasticity, which varies from facilitating to depressing depending on the particular system.

24 in cTnI C terminus impacts heart function by depressing diastolic function at baseline and limiting s

25 The depressing effect of such bridging ligand modification o

26 ntagonist eticlopride (0.2 mg/kg) had a weak depressing effect on basal activity and was completely i

27 ng by riparian vegetation also had a greater depressing effect on biomass in later seasons, probably

28 Why is social bias and its depressing effects on low-status or low-performing group

29 ossibility suggested by the types of fitness-depressing effects that TEs are believed to have.

30 dings in vitro showed that Ivy cells receive depressing EPSPs from pyramidal cells, which in turn rec

31 (evoked postsynaptic spikes) to weak (small depressing EPSPs).

32 lls and received the briefest, most strongly depressing EPSPs, while bitufted interneurones with broa

33 Our results establish that neurons receiving depressing excitatory inputs can act as powerful multipl

34 st, LS decreased the E/I balance by strongly depressing excitatory transmission, and the homeostatic

35 n by allowing synaptic insertion of NR2A and depressing expression of NR2B subunits.

36 ptotic factors BAX, BAD, p73, and PUMA while depressing expression of the antiapoptotic genes MCL1, X

37 ntiation at the cortico-amygdala synapses by depressing feed-forward GABAergic inhibition of principa

38 pressing (PV+) basket cells while indirectly depressing GABA release from CCK expressing (CCK+) baske

39 depressed glutamate signaling, while mildly depressing GABA transmission.

40 s opioids did not enhance mossy fiber LTP by depressing GABAA inhibition.

41 ppear to suppress cocaine seeking in part by depressing glutamatergic receptor activation in the same

42 Ranolazine treats angina without depressing hemodynamic status.

43 es, allowing polyclonal viruses to bloom and depressing host fitness.

44 logical functions that impact health through depressing inflammation.

45 The LP neuron, in turn, makes a depressing inhibitory synapse to the PD neurons, providi

46 In contrast, depressing inputs onto 10/10 neocortical pyramids and fa

47 Depressing inputs onto some interneurones, such as CA1 b

48 2 planes into the superconductor, eventually depressing its critical temperature.

49 shock (TS) mimics the effect of 5-HT by both depressing L29 synaptic transmission and by reducing L29

50 ther provide a bridge between the metastasis-depressing miRNA and the key genes that govern the malig

51 imates of the rates and effects of viability-depressing mutations in two sets of lines with accumulat

52 e that in Drosophila melanogaster, viability-depressing mutations occur at the surprisingly high rate

53 urane decrease force development by directly depressing myofilament Ca(2+) responsiveness and have bi

54 not appear to act through a 5-HT receptor in depressing neuronal function in the invertebrates (crayf

55 and decrease of PBL height, and thus further depressing of aerosol and water vapour in a very shallow

56 rted facilitating bipolar cell synapses into depressing ones.

57 Widely heralded for depressing ongoing immune responses, renewed interest in

58 est that regional haze in China is currently depressing optimal yields of approximately 70% of the cr

59 e Purkinje cells, evoking complex spikes and depressing parallel fibre synapses.

60 ay retain their antiinflammatory efficacy by depressing PGE(2), while avoiding the adverse cardiovasc

61 op continue to exhibit both facilitating and depressing polysynaptic IPSCs, indicating that this robu

62 activation during HFS generates MF-SLIN LTD, depressing presynaptic release through a PKC-dependent m

63 ssets and compete vigorously with producers, depressing prices and production.

64 e of these major MRSA clones, highlighting a depressing progression of increasing drug resistance wit

65 diol can induce cellular proliferation while depressing protein production in cultures of human, prem

66 cruitment and ensuing lung injury by greatly depressing pulmonary production of TNF alpha.

67 nge factor-from the plasma membrane, thereby depressing Rac activity and abolishing the constitutive

68 In contrast, depressing Rap1 activity by expressing Rap1GAP led to di

69 hat the trigeminal loop implements a rapidly depressing reflex that provides positive sensory feedbac

70 By favoring release from bursts while depressing release from tonic signals, nicotine spreads

71 on of the central nucleus of the IC evoked a depressing response in the MGB with no metabotropic glut

72 ganization of the systolic Ca2+ transient of depressing RyR open probability (P(o)) with tetracaine o

73 Depressing RyR P(o) increased the variability of the Ca2

74 The mutation induces Ca(2+) imbalance by depressing RyR2 channel activity during excitation-contr

75 ssessment of vitamin A status by transiently depressing serum retinol concentrations.

76 hange (NCX) function have been implicated in depressing SR Ca2+ content and contractile function in h

77 rvival through multiple mechanisms including depressing stroke volume, increasing fluid loss into the

78 urrent clamp experiments revealed that blood depressing substance (BDS) and intracellular dialysis of

79 um) and block by the peptide inhibitor blood depressing substance I (BDS-I).

80 l spinal neurons, blockade of Kv3.4 by blood depressing substance II suppresses axon growth via an in

81 ha-dendrotoxin at nanomolar levels, or blood-depressing substance-I at nanomolar levels.

82 osol mass, and can influence CCN activity by depressing surface tension, contributing solute, and inf

83 When the maximal conductance of the depressing synapse is small, the oscillation period is d

84 depending on the maximal conductance of the depressing synapse.

85 ron that receives feedback inhibition from a depressing synapse.

86 termined by the strength and dynamics of the depressing synapse.

87 all change in the maximal conductance of the depressing synapse.

88 tiating synapses onto excitatory neurons and depressing synapses onto inhibitory neurons.

89 ws of limited information transfer in rodent depressing synapses, fast recovering synapses of human n

90 opulations are in receipt of facilitating or depressing synapses.

91 litation would be present at these and other depressing synapses.

92 modating pyramidal cells interconnected with depressing synapses.

93 at first, seem inconsistent with input from depressing synapses.

94 act of transient parallel fiber input, while depressing synaptic gain for sustained parallel fiber in

95 eptors associated with nerve fibers, thereby depressing taste responses.

96 eurotrophins regulate filopodial dynamics by depressing the activation of RhoA that occurs through p7

97 oxygen species (ROSs) levels by about 38%and depressing the caspase-3 activity by about 63%.

98 that mutant phospholamban was not capable of depressing the enhanced relaxation parameters of the pho

99 Furthermore, the effect of low R:FR depressing the JA response was conserved in mutants impa

100 Mucosal reflexes were elicited by lightly depressing the mucosa with a sponge.

101 ic stimulus frequencies (> 30 Hz; p < 0.01), depressing the overall force-frequency relationship (p <

102 and increased N2 O flux, while significantly depressing the Q10 for CO2 , and having no effect on the

103 ein diversity is an important contributor to depressing the serum freezing point.

104 TEA inhibited nicotinic receptor currents by depressing the single-channel amplitude.

105 s little prospect of killing trypanosomes by depressing their glycolysis to a level incapable of sust

106 phylogenetic scale are routinely capable of depressing their metabolic rate to 5-15% of that at rest

107 ction in a dose-dependent fashion (maximally depressing to 16.2 + 1.9% baseline developed force for T

108 a profound developmental shift of iSTP from depressing to facilitating after the onset of hearing.