ライフサイエンスコーパス: incoordination

1 r characterized by episodes of imbalance and incoordination.

2 es that manifest as attacks of imbalance and incoordination.

3 esis that culminate in nr PN death and motor incoordination.

4 cute manifestation of CP55,940-induced motor incoordination.

5 accentuating effect on ethanol-induced motor incoordination.

6 d in the expression of ethanol-induced motor incoordination.

7 sant-like effect without eliciting locomotor incoordination.

8 this breed is manifested by muscle weakness, incoordination and life-threatening collapse after inten

9 rexpression also rescued age-dependent motor incoordination and PC death in SCA2 mice.

10 fferent behavioral effects of ethanol, motor incoordination and sedation, appear to be regulated by P

11 however, linked by common symptoms of motor incoordination and typically associated with deficiency

12 rized by progressive gait ataxia, upper limb incoordination, and dysarthria.

13 tor delays, and deficits, such as dyspraxia, incoordination, and gait problems.

14 us system-depressant agents, including motor incoordination, anxiolysis, and the elicitation of signs

15 ent markedly inhibited ethanol-induced motor incoordination as well as CHA's accentuation of ethanol'

16 be prevalent in patients with neuromuscular incoordination, as with cerebral palsy, or after surgery

17 ffects, in catalepsy, hypothermia, and motor incoordination assays.

18 Motor incoordination (ataxia), a common characteristic of many

19 th clinical manifestations including chorea, incoordination, ataxia, and dementia.

20 cells; however, there was still an apparent incoordination between granule decondensation and exocyt

21 hibitor, significantly accentuated the motor incoordination by ICB CP55,940 (15 microg), providing fu

22 ct phenotype, including chorea and dystonia, incoordination, cognitive decline, and behavioural diffi

23 r that resembles human SCA1, featuring motor incoordination, cognitive deficits, wasting, and prematu

24 ephalography (EEG), impaired motor activity, incoordination, hypoglycorrhachia, microencephaly, decre

25 c restriction dramatically rescues the motor incoordination, imbalance and the associated neuropathol

26 Motor incoordination, immune deficiencies, and an increased ri

27 tion of cannabinoid (CP55,940)-induced motor incoordination in mice by the adenosine A(1) receptor-se

28 researchers examining ethanol-induced motor incoordination in mice, but it should be applicable to o

29 s found to induce a faster recovery of motor incoordination in rotarod experiments and a shorter seda

30 midline may be the critical variable causing incoordination in tandem gait.

31 velop an adult-onset neurologic phenotype of incoordination, involuntary limb clasping, seizures, and

32 ginning with increased activity, followed by incoordination, loss of postural control, and eventually

33 modulates acute ethanol (i.p.)-induced motor incoordination (MI) through receptor mediated mechanism(

34 conditions, all characterized by progressive incoordination of gait and limbs and by speech and eye-m

35 (PRT) dog breed is a disease of progressive incoordination of gait and loss of balance.

36 with resveratrol significantly reduces motor incoordination of MJD mice.

37 because of differing patterns of weakness or incoordination of the facial muscles, lips, tongue, pala

38 lethal neurological disease characterized by incoordination, postural abnormalities, difficulties wit

39 to significantly alter ethanol-induced motor incoordination probably due to their mutual functional a

40 The observed incoordination resulted from both delayed initiation and

41 nd Kcnc3-null mutant mice both display motor incoordination, suggested in mice by increased lateral d

42 CB CP55,940 (15 microg) attenuated the motor incoordination suggesting a modulation by an endogenous

43 a(9)-THC- and Delta(9)-THC+CHA-induced motor incoordination suggesting coupling of CB(1) receptor to

44 xhibit postural and kinetic tremor and motor incoordination that is characteristic of essential tremo

45 sinergic modulation of ethanol-induced motor incoordination, the effect of direct intracerebellar adm

46 Unlike many other methods for assessing incoordination, the parallel rod floor test yields simil

47 The Delta(9)-THC-induced motor incoordination was also significantly enhanced dose-depe

48 exyladenosine (CHA) on ethanol-induced motor incoordination was evaluated.

49 With age, these animals develop incoordination with concomitant progressive Purkinje neu