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At least 325 records · Page 18Linked to original sources
PubMed1992

[Respiratory support techniques in foals in a newborn intensive care unit for large animals].

Various techniques for support and control of respiration in neonatal foals are described. It is crucial to evaluate respiration through frequent arterial blood gas analysis. Details for blood sampling from the metatarsal arteries and interpretation of results are provided. Typical diseases in newborn foals, which cause hypoxemia and/or hypercapnia and can be indications for respiratory support are apnea, hypopnea, pulmonary atelectasis, surfactant deficiency, meconium-, fetal fluid- and milk aspiration, maladjustment syndrome, cardiovascular abnormalities, anemia, airway obstruction, compromised lung expansion, increased abdominal pressure and pneumonias. Oxygen insufflation can be delivered through an intranasal tube. Positive pressure ventilation is best accomplished via an endotracheal tube. A nasogastric tube is inserted for enteral nutrition, application of drugs and checking for gastric reflux. Details for insertion of endotracheal and nasogastric tubes are given. Positive pressure ventilation can be achieved by manual ventilation with a rebreathing resp. resuscitator bag and mechanical ventilation with a respirator. Management and control of mechanical ventilation as well as intensive care and monitoring of foals are described.

Animals↗
PubMed1992

Phrenic nerve pacing in two young quadriplegic ventilator-dependent patients.

Patients who survive high cervical injury are usually dependent on mechanical ventilation and tracheostomy if the lesion above C3 is complete. We report our experience with phrenic nerve pacing (PNP) to achieve ventilator-independence in two young quadriplegic patients. A diaphragm conditioning programme, and combination of low frequency electrophrenic stimulation within each inspiratory burst and low breathing frequency enabled both patients initially to achieve continuous 24 hour ventilation independent of mechanical ventilation. One patient reverted to overnight mechanical ventilation (six hours) after three years. PNP should be considered in ventilator dependent patients with high cervical injury to achieve independence and improve quality of life.

Adolescent↗
PubMedDate not supplied

[Joubert's syndrome. Presentation of two adult siblings with favorable evolution].

We present the case of two siblings with Joubert's syndrome. They had breathing problems of unknown origin during the neonatal period. Their evolution has been followed-up from the first years of age until the present. They are now 26 and 22 years old, respectively. Both patients have a "borderline" mental level, are apparently normal, but have had progressive evolution and psychic and motor improvement. They can read, write and use the four operations in mathematics and can work with the computer. Both siblings are working in the familial agriculture, can play football at an elemental level with other young people of their village, and ride a bicycle and motorcycle. Both patients show normal gait and have difficulty running. Their language is normal, although somewhat slow. They perform their personal self-care that includes independent bathing, independent dressing, independent toileting and independent shaving. Their contact with other people is good. They are shy with women. They manage money. They have good social integration. One patient has bilateral strabismus and the other has unilateral ptosis.

Activities of Daily Living↗
PubMed2004

[Ventilatory management of the severely brain-injured patient].

Mechanical ventilation is necessary for treating patients with severe brain injury because it guarantees the airway (through endotracheal intubation), permits sedation (and even curarization), and prevents hypoxemia and/or hypercapnia. Hyperventilation continues to be a focus of debate in the current literature. Nevertheless, the weight of scientific evidence to date suggests that it should not be applied prophylactically during the first 24 hours and that patients should not be hyperventilated for prolonged periods in the absence of intracranial hypertension. Acute lung injury and respiratory distress are among the most frequent and serious complications related to severe brain injury that benefit from the use of positive end-expiratory pressure (PEEP) and ventilation to protect the lung. Gas insufflation through the trachea is a promising therapeutic option for correcting hypercapnia secondary to ventilation for lung protection in such patients. Finally, multimodal monitoring (intracranial pressure, central venous pressure, oxygen saturation detected in the jugular bulb, cerebral oxygen pressure) is recommended for adjusting PEEP and controlling hyperventilation.

Brain Injuries↗