ABSTRACT
Objective To evaluate effection of Milrinone in patients with pneumocardial disease at acute exacerbation stage .Methods Eighty-three patients were randomly divided into two groups , both in the same conventional therapy , the treatment group received 10mg of Milrinone dissolve in 250ml 5% glu-cose intravenous infusion , 1 second /day, 10 days for a course of treatment .Observation group were treated with 5%glucose infusion 250ml, 1 time /day.The arterial blood gas, echocardiography measurements with mean pulmonary artery pressure , left ventricular ejection fraction and clinical evaluation to improve cardiop-ulmonary function efficiently were compared before and after treatment .Results Arterial blood gas analy-sis, pulmonary artery pressure and left ventricular function were improved and comprehensive evaluation of the efficiency of cardiopulmonary function in treatment group were significantly better than the control group ( Pall<0.05).Conclusion There is satisfactory of Milrinone in acute exacerbation of chronic pulmonary heart disease .
ABSTRACT
Objective To explore early clinical diagnosis of infant with cerebral palsy(CP). Methods Early diagnosis of cerebral palsy information abroad was referenced. DDST scale screening, newborn NBAS inspection stan-dards, VOJTA postural reflex and the nervous system reflective were used to evaluate the cerebral palsy. Results 90 cases CP of which 63 eases spastie. Xu mobile hand-foot-15 cases, 12 cases of mixed type. Conclusion Standardized,quantitative indicators,only workable and easy to use.
ABSTRACT
Ultrastructures of the neurohypophysis in the rats have been studied by means of electron microscopy. Besides identifying the fact that the neurosecretory substances store in the nerve terminals and release into the blood, there are also axo-axonic synaptoid structures existed between neurosecretory terminals and neuro-glial synaptoid contacts between neurosecretory terminals and pituicytes. The characteristics of these contacts mentioned above are as follows: (1) the pre-and postsynaptic membranes are insignificantly thickened; (2) clustered microvesicles are close to and attach to the presynaptic membrane; (3) the synaptic cleft is about 20 nm wide and contains various amount of electron dense materials. The authors suggest that the two kinds of synaptoid structures and pituicytes are all involved in the regulation for the releasing of the neurosecretory substances.