Title of article :
Treatment Outcomes of Full Pulpotomy as an Alternative to Tooth Extraction in Molars with Hyperplastic/Irreversible Pulpitis: A Case Report
Author/Authors :
Asgary, Saeed Iranian Center For Endodontic Research - Research Institute of Dental Sciences - Dental School, Shahid Beheshti University of Medical Sciences, Tehran , Verma, Prashant Division of Endodontics, School of Dentistry - University of Maryland Baltimore - Baltimore - Maryland, USA , Nosrat, Ali Iranian Center For Endodontic Research - Research Institute of Dental Sciences - Dental School, Shahid Beheshti University of Medical Sciences, Tehran
Abstract :
Root canal therapy (RCT) is a common and successful treatment for irreversible pulpitis due
to carious pulp exposure in mature permanent teeth. However, it is often an expensive
procedure, may require multiple appointments, and requires a high level of training and
clinical skill, specifically in molars. Uninsured patients, low-income patients, and patients with
limited access to specialist care often elect for extraction of restorable teeth with irreversible
pulpitis. There is a need for an alternative affordable treatment option to preserve their teeth
and maintain chewing function. A case of pulpotomy using calcium-enriched mixture (CEM)
cement in two maxillary molars (#14 and 15) in a healthy 36-year-old patient is presented.
Both teeth were diagnosed with symptomatic hyperplastic/irreversible pulpitis. Patient did not
have dental insurance, was unable to afford RCT, and refused to extract the teeth. CEM
pulpotomy and amalgam build-ups were done as an alternative to extraction. At 2-year recall,
both teeth were functional with no signs/symptoms of inflammation/infection. Periapical
radiographs and 3D images showed normal PDL around all roots. Pulpotomy with CEM
biomaterial might be a viable alternative to tooth extraction for mature permanent teeth with
hyperplastic/irreversible pulpitis, and can result in long-term tooth retention and improved
oral health.
Keywords :
Calcium-Enriched Mixture , Hyperplastic Pulpitis , Irreversible Pulpitis , Mineral Trioxide Aggregate , Permanent Teeth , Pulp Polyp , Pulpotomy , Vital Pulp Therapy
Journal title :
Astroparticle Physics