Laser Pulpotomy: a Modern-non Pharmacological Alternate to Ferric Sulphate Pulpotomy

Laser Pulpotomy: a Modern-non Pharmacological Alternate to Ferric Sulphate Pulpotomy

Diode lasers could be a viable alternative to ferric sulphate in pulpotomy.

Ferric sulphate (FS) has recently replaced formocresol as it has comparable clinical and radiographic outcomes, and is more biocompatible, making it the current material of choice. 6,7 However, some histological studies report inflammatory response caused by FS in the remaining pulp, similar to FC, which may lead to internal resorption and eventually, premature tooth exfoliation.

In contrast to ferric sulphate, diode lasers due to their better antimicrobial action, cell regenerative properties, localized/controlled, and quick mechanism of action, are now being considered as an effective method of pulpotomy in dentistry.

Even with several studies that have been conducted on the efficacy and success of laser pulpotomy, there is still a need for additional data and evidence that would further advocate its use in pulpotomy. Furthermore, there hasn't been any such study conducted in this region, which also highlights the importance of this study.

Inclusion Criteria:

• Primary molars( either mandibular or maxillary or both) of children in the age range of 4 to 8 years.
• Absence of spontaneous pain, associated swelling, tenderness to percussion, pathological mobility, sinus tract

Exclusion Criteria:

• Periapical Abscess
• Necrotic pulp
• Teeth nearing exfoliation
• Non cooperative patients
• Patients with poor oral hygiene
• Parents/patients not willing to be a part of study
• Any drug allergies
• Any medical history contraindicating the pulp treatment