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Your search keyword '"Pinal Mahendra Jain"' showing total 2 results
Start Over Author "Pinal Mahendra Jain" Journal saudi endodontic journal
2 results on '"Pinal Mahendra Jain"'

1. Delayed repair of multiple perforations compounded with formocresol osteo-gingival necrosis

Author

Dipali Yogesh Shah, Sharmila Trimbak Khopade, Pinal Mahendra Jain, and Ashwini Manish Dadpe

Subjects
Bone graft, formocresol, mineral trioxide aggregate, necrosis, perforation, Dentistry, RK1-715
Abstract

This case report describes the management of formocresol osteo-gingival necrosis in a mandibular molar with lingual and furcal perforations using resorbable demineralized bone matrix and mineral trioxide aggregate (MTA). Three-year postoperative follow-up showed a substantial resolution of the osseous defect as well as a clinically and radiographically sound periodontium. Despite an apparently poor prognosis, conservative management of the case using a combination of demineralized bone matrix and MTA led to a successful outcome. Further, this report warrants that formaldehyde-containing medicaments have no role in contemporary endodontics.

Published
2018
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2. Delayed repair of multiple perforations compounded with formocresol osteo-gingival necrosis

Author

Sharmila Trimbak Khopade, Pinal Mahendra Jain, Ashwini Manish Dadpe, and Dipali Yogesh Shah

Subjects
Mineral trioxide aggregate, musculoskeletal diseases, medicine.medical_specialty, 0206 medical engineering, Perforation (oil well), Pulpotomy, Dentistry, 02 engineering and technology, necrosis, 03 medical and health sciences, 0302 clinical medicine, stomatognathic system, Medicine, Bone graft, perforation, mineral trioxide aggregate, Gingival necrosis, business.industry, Demineralized bone matrix, 030206 dentistry, Periodontium, Endodontics, 020601 biomedical engineering, lcsh:RK1-715, Delayed repair, stomatognathic diseases, lcsh:Dentistry, General Agricultural and Biological Sciences, business, formocresol
Abstract

This case report describes the management of formocresol osteo-gingival necrosis in a mandibular molar with lingual and furcal perforations using resorbable demineralized bone matrix and mineral trioxide aggregate (MTA). Three-year postoperative follow-up showed a substantial resolution of the osseous defect as well as a clinically and radiographically sound periodontium. Despite an apparently poor prognosis, conservative management of the case using a combination of demineralized bone matrix and MTA led to a successful outcome. Further, this report warrants that formaldehyde-containing medicaments have no role in contemporary endodontics.

Published
2018

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