Search PubMed⌕ Search

Biomedical subjects

D H Jenkins

Publications and source records attributed to D H Jenkins.

52 records · Page 3Linked to original sources
PubMed1975

Stimulation of bone growth by periosteal stripping. A clinical study.

Periosteal stripping in the long lower limb bones of thirty children with shortening after poliomyelitis was performed. All have been followed up for five years. A relative increase in length attributable to the periosteal stripping procedure was seen in the majority. The conclusions are that this simple procedure is indicated in minor degrees of limb inequality in growing children, but that the haphazare response precludes any accurate estimation of the final outcome of such a procedure.

Adolescent↗
PubMedDate not supplied

Stablization of the spine in the surgical treatment of severe spinal tuberculosis in children.

This is a 5- to 10-year survey of 160 children, all with severe surgically-treated spinal tuberculosis. The treatment consisted of: anterior spinal fusion alone, anterior with posterior fusion, posterior fusion alone and posterior with anterior fusion. The results indicate that in the less severe cases, where an abscess is not evident on plain radiographs, psoterior fusion alone can be of value in the growing spine. In severe cases, especially where an abscess is seen, the combined approaches give the best results. The risk of posterior fusion alone is an unsatisfactory, long term neurological outcome in too many patients. The combined procedure of anterior fusion with posterior fusion is the treatment of choice for all immature spines with this disease.

Abscess↗
PubMedDate not supplied

Biological reaction to carbon fiber implants: the formation and structure of a carbon-induced "neotendon".

In 43 young rabbits, the tendo Achilles and flexor digitorum longus tendon were excised and replaced by filamentous carbon fiber. Tendo-Achilles in controls was repaired by silk or nylon sutures or left without replacement. Concurrent excision of the posterior tibial nerve was performed in one group of the carbon-replacing tendo-Achilles operations. When fully functioning, carbon-induced "neotendon" rapidly developed from young fibroblastic tissue outgrowths of the loose mesenchymal tissue of the perineurium and adventitia of the blood vessels in the adjacent neurovascular bundle. Silk or nylon replacement of the excised Achilles tendon did not lead to successful production of a new substitute. Carbon fibers were unsatisfactory for replacement implants for the flexor digitorum longus tendons.

Achilles Tendon↗