In animals treated with reserpine, profound akinesia was induced that was reversed with apomorphine.
2
The third family had two fetuses with multiple joint contractures consistent with fetal akinesia.
3
Typical for the syndrome is total akinesia and severe tail malformation of the spermatozoa.
4
Direct examination of the respiratory cilia revealed ciliary akinesia.
5
The typical hallmark of SIC is left-ventricular apical akinesia but preserved function in basal segments.
6
In the parkinsonian tremor group, limb akinesia and limb rigidity scores were moderately but significantly reduced.
7
MMP-2200 had no effect in preventing the reserpine-induced akinesia, nor did it affect locomotion in control animals.
8
At the very severe end of the NEM clinical spectrum are genetically unresolved cases of autosomal-recessive fetal akinesia sequence.
9
The phenotype ranges from foetal akinesia resulting in in utero or neonatal mortality, to milder disorders that are not life-limiting.
10
Neither catatonic rigidity nor akinesia before treatment was predictive of a parkinsonian response to trifluoperazine, but pretreatment tremor may have been.
11
Therefore, we investigated the effect of the KD and different exogenous ketogenic supplements on the onset of akinesia induced by inhalation of isoflurane.
12
In this work, we present the first human variants in NMNAT2 identified in two fetuses with severe skeletal muscle hypoplasia and fetal akinesia.
13
Thus, we investigated whether adenosine receptor antagonists can modulate the effect of exogenous ketone supplements on the onset of akinesia induced by isoflurane.
14
Clinical features of affected individuals were severe and distinctive and included fetal akinesia or hypokinesia and contractures, fractures, respiratory failure, and swallowing difficulties at birth.
15
Hypokinesia was the dominant pattern in the range of 76 to 90% narrowing; akinesia was dominant at 91 to 100% narrowing.
16
In animals treated with reserpine, profound akinesia was induced that was reversed with apomorphine.