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Biomedical subjects

A A Abla

Publications and source records attributed to A A Abla.

12 recordsLinked to original sources
PubMed2000

Spinal chronic subdural hematoma.

Although chronic subdural hematomas are rare, they are likely to be more frequently reported as the clinical and magnetic resonance imaging characteristics become defined. Chronic spinal subdural hematomas (CSSDH) are extremely rare; these hematomas are frequently spontaneous and related to minor trauma. Although generally said to carry a poor prognosis, CSSDH can be a reversible cause of paraplegia. This article reviews the history, classification, clinical presentation, and treatment of CSSDH.

Decompression, Surgical↗
PubMed1989

Major cerebral vessels injury caused by a seatbelt shoulder strap: case report.

Major cerebral arterial injury may result from penetrating or blunt trauma. In blunt trauma, clinical suspicion of such injury may not be raised, especially if the cranial CT scan is negative. We report a case of a seatbelt shoulder strap to the neck resulting in injury to three major cerebral vessels as demonstrated by cerebral angiography. Although the initial cranial CT scans were negative, a cerebral infarction ultimately developed. The patient was managed conservatively and recovered most of her functions. The importance of clinical suspicion and cerebral angiography is stressed.

Adult↗
PubMed1987

Classification of acute spinal cord injury, neurological evaluation, and neurosurgical considerations.

This article provides an overview of the classification of acute spinal cord injuries as well as the description of the pathophysiology and neuroanatomy of the most commonly traumatized areas of the spinal cord. The essentials of the neurological examination relative to spinal cord injuries is discussed and the specific abnormalities found in patients with spinal cord syndromes. Management principles are briefly summarized.

Acute Disease↗
PubMed1986

Surgical management of orbital lymphangioma with the carbon dioxide laser.

Lymphangiomas of the ocular adnexa, especially those in the orbit, are difficult to treat because the unencapsulated tumor freely interdigitates with normal orbital tissue, obliterating any potential surgical plane. Because of the hemorrhagic and friable nature of the tumor, conventional surgical techniques are frequently complicated by bleeding. We used the CO2 laser to remove these lesions subtotally by controlled vaporization in six patients (four girls and two boys, 5 to 17 years old). Three pupils remained dilated postoperatively because of damage to the ciliary nerves and symblepharon formation occurred in one case. None of these has produced any symptoms. In one case, however, laser treatment may have produced corneal anesthesia.

Adolescent↗
PubMed1986

Brain abscess due to Haemophilus aphrophilus: possible canine transmission.

A 58-year-old patient developed progressive right hemiparesis and a hemisensory loss. Computed tomography demonstrated a lesion in the left frontoparietal region with ring enhancement. A craniotomy was performed and an abscess was removed, which on culture grew Haemophilus aphrophilus. The same organism was isolated from the patient's poodle dog but not from three other poodles of family members. This, along with previous reports, suggests that the poodle may be a vector in the transmission of this organism, which rarely may cause a brain abscess.

Animals↗
PubMed1985

Fibrosis surrounding a silicone implant simulating recurrent orbital meningioma. Case report.

A patient with the preoperative diagnosis of recurrent orbital apical meningioma was found to have a fibrotic capsule surrounding a silicone plate implanted 3 years previously to reconstruct the orbital roof. Caution is urged in using alloplastic orbital implants for reconstructive purposes in patients undergoing orbital surgery, because associated fibrous capsule formation may mimic tumor recurrence.

Adult↗
PubMedDate not supplied

MR imaging in the diagnosis of spontaneous spinal epidural hematomas.

Three patients with spontaneous (idiopathic) spinal epidural hematomas were diagnosed with magnetic resonance (MR) imaging. Magnetic resonance is an accurate, rapid method of localizing and characterizing the hematomas. We believe that MR (where available) should be the primary method of diagnosis in cases in which spinal epidural hematoma is suspected.

Aged↗