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J N Triplett

Publications and source records attributed to J N Triplett.

5 recordsLinked to original sources

Subdural empyema and epidural abscess: recent experience in a community hospital.

We treated 31 cases of localized central nervous system infection over a seven-year period in our community hospital. The causes included brain abscess in 18 cases (58%); cranial subdural empyema (CSE) in six cases (20%); spinal epidural abscess (SEA) in four cases (13%); cranial epidural abscess (CEA) in two cases (6%); and spinal subdural empyema (SSE) in one case (3%). Both CSE and CEA were often caused by sinusitis and manifested by fever, headache, altered sensorium, and focal neurologic signs. Treatment consisted of drainage by burr holes or craniotomy followed by long-term administration of parenteral antibiotics. Though all patients with CSE and CEA survived, half had severe residual neurologic deficits. Both SEA and SSE were manifested by fever, spinal pain, and loss of motor function, and both were treated by laminectomy drainage and antibiotic administration. One patient died and three of the other four had residual neurologic deficits or back pain. Diagnosis of CSE and CEA was facilitated by CT scanning, while clinical examination, CT scanning, and myelography were useful in diagnosing SEA; SSE was not suspected preoperatively.

Abscess↗

Brain abscess: recent experience at a community hospital.

Brain abscess is a formidable diagnostic and therapeutic problem with mortality ranging from 35% to 65%. It may occur at any age, and there is a male:female ratio of 2:1. Brain abscess arises from a contiguous focus of infection, direct implantation due to trauma, or hematogenous spread from a remote site. The commonest organisms isolated from brain abscess include streptococci, Staphylococcus aureus, Bacteroides species, and Enterobacteriaceae. Brain abscess frequently produces headache, vomiting, focal neurologic signs, and depressed level of consciousness. Fever and leukocytosis often are absent. Diagnosis is suggested by computerized tomography, but most cases require surgical confirmation. Optimal management consists of intensive antibiotic therapy. Aggressive surgical treatment is required in cases not responding to antimicrobial therapy. Long-term neurologic deficit occurs in up to 60% of cases.

Adolescent↗

Enteral hyperthermia.

We have presented a previously unreported complication of enteral hyperalimentation, namely drug-induced fever due to tube feeding formula. Clinicians caring for patients receiving enteral hyperalimentation should be alert to this complication so that needless tests and medications can be avoided.

Adult↗