ライフサイエンスコーパス: jerk

1 lowed the derivative of linear acceleration (jerk).

2 bination of angular acceleration and angular jerk.

3 shold and the latency to the first myoclonic jerk.

4 ps at times contemporaneous with geomagnetic jerks.

5 cterized by brief, sudden involuntary muscle jerks.

6 e-wave discharges in lockstep with myoclonic jerks.

7 aight-line segments separated by geomagnetic jerks.

8 ncide with convulsive seizures and myoclonic jerks.

9 ociated with the reading-induced jaw or limb jerks.

10 derlying mechanism for cognitively triggered jerks.

11 discharge of motor units leading to rhythmic jerking.

12 Fever (100% [57 of 57]), myoclonic jerks (86% [49 of 57]), ataxia (54% [29 of 54]), and vom

13 Myoclonic jerking and seizures were prominent in the PPT1 mice.

14 ilities: rapid ( approximately 250-300 nm/s) jerking and slow ( approximately 50 nm/s), straight glid

15 than the control group, with much increased jerking and with signs of difficulty controlling the spe

16 by a combination of non-epileptic myoclonic jerks and dystonia.

17 order characterized by involuntary lightning jerks and dystonic movements and postures alleviated by

18 pilepsy syndrome, characterized by myoclonic jerks and frequently triggered by cognitive effort.

19 characterized by a combination of myoclonic jerks and mild to moderate dystonia.

20 related lid retraction, frequent square-wave jerks and supranuclear gaze palsy.

21 or antagonist, on the intensity of myoclonic jerks and the extent of cerebral ischemia-induced neurod

22 what class of phenomena may give rise to the jerks, and provides a strong constraint on electrical co

23 litude polyspikes in lockstep with myoclonic jerks; and Pattern 2, continuous background with narrow,

24 seizures were characterized by head and neck jerks, but 25% of aged apoE4 TR mice had more severe ton

25 ere common and usually predated by myoclonic jerks by a number of years.

26 Here we show that geomagnetic jerks can be explained by the combination of a steady fl

27 Myoclonus presents as a sudden brief jerk caused by involuntary muscle activity.

28 es remodeled the F-actin network, as F-actin jerking caused centrifugal clearing of F-actin from arou

29 IGNIFICANCE STATEMENT Dementia and myoclonic jerks develop in individuals with Creutzfeldt-Jakob dise

30 A large fraction of AGCs displayed elevated jerk even when more than seven years remained until pred

31 ing, whereas at rest they exhibit whole-body jerks every few seconds.

32 erized by myoclonic seizures (lightning-like jerks), generalized convulsive seizures, and varying deg

33 pilepsy, characterized by frequent myoclonic jerks, generalized tonic-clonic seizures and, less commo

34 Sudden, jerking head movements generate fluid shear forces simil

35 classic IN waveforms, including pendular and jerk in both the horizontal and vertical planes, which p

36 ion how cognitive effort can cause myoclonic jerks in juvenile myoclonic epilepsy.

37 973 coincides in time with a sudden change ("jerk") in the geomagnetic field.

38 ordination and gait abnormalities, myoclonic jerks, inability to initiate movements, and spasticity.

39 hanism of cerebral hypoxia-induced myoclonic jerks is not known.

40 that the rate of change of acceleration (or jerk) is minimized.

41 It may be pendular or jerk-like and, its intensity usually increases in latera

42 g always gave rise to a conjugate horizontal jerk MLN waveform for each of the four types of MLN.

43 tagmus (type 3 MLN) and conjugate horizontal jerk MLN waveforms (type 4 MLN).

44 The characteristic jerking motion of the neutrophil coexisted with tether g

45 nuous scratching, wild running, or bilateral jerking movements.

46 Retinal image motion simulating that in jerk nystagmus was produced in normal observers (N = 10)

47 Second, try to avoid knee-jerk, obstructive criticism of proposed measurements.

48 F-actin jerking occurred when F-actin bound to motile microtubul

49 It is characterized by predominant myoclonic jerks of upper limbs, often provoked by cognitive activi

50 ogeneous disorder characterized by myoclonic jerks often seen in combination with dystonia and psychi

51 of insufficient sleep time or nocturnal leg jerks or cramps.

52 of the dogs had clinically apparent INS with jerk, pendular, or both waveforms and with peak-to-peak

53 , PS elicited seizures characterized by head jerks, rearing and falling, severe forelimb and hindlimb

54 Jerks separate periods of almost steady secular accelera

55 Patients exhibited more than 30 square-wave jerks (small saccadic intrusions) per minute, versus 0 t

56 PS and SPS variants: focal or segmental-SPS, jerking-SPS and progressive encephalomyelitis with rigid

57 Here we applied the methodology of minimum-jerk submovement decomposition to a member of the skelet

58 Square-wave jerks (SWJs) during visual fixation and pursuit tracking

59 The most common type of SI, square-wave jerks (SWJs), consists of saccade pairs that appear pure

60 evealed that the sensitivity of end-movement jerk to subtle, self-generated early-movement errors was

61 h atypical kinematics; they did not minimize jerk to the same extent as the matched typical control g

62 ting behavior ranges from simple twitches or jerks to complex behavior.

63 d and eye deviation to the right, nystagmoid jerks to the right, autonomic dysfunction, and retained

64 r fixation: conjugate horizontal square-wave jerks (type 2 MLN), conjugate torsional nystagmus (type

65 6 patients (4 oculopalatal tremor; 2 MS) and jerk upbeat, hemi-seesaw, torsional, or upbeat-diagonal

66 22 years presented with a 3-year history of jerks when brushing her teeth and a tremor when carrying

67 The sudden, shock-like jerks which define myoclonus may be highly disabling, an

68 (i) Fifteen patients had reading-induced jerks which invariably involved the region of the jaw bu

69 Geomagnetic jerks, which in the second half of the twentieth century

70 orded trajectory, velocity, acceleration and jerk while adult participants with autism and a matched

71 Alzheimer's disease showed more square wave jerks whose frequency was associated with lower cerebell

72 the human motor cortex evokes simple muscle jerks whose physiological significance is unclear.

73 movement disorder characterized by myoclonic jerks with dystonic symptoms and caused by mutations in