This study aimed to compare the effects of mandibular and intraligamentary anesthesia techniques on pain scores during restorative treatment of permanent mandibular molars in pediatric patients. Additionally, comparing the anesthesia techniques in terms of injection pain, the success of anesthesia, postoperative complications, and the subjects' preference was planned. This randomized, controlled, cross-over, single-blind, split-mouth study was conducted on 78 subjects aged 6 to 12 years. Subjects with enamel-dentin caries on the bilateral permanent mandibular molar were included.
First, the subjects who met the inclusion criteria in the study were included in 2 study groups according to age, gender, dental experience, DMFT / dmft values, and ICDAS II and radiographic evaluation criteria. Two different anesthesia techniques were applied to the right / left permanent first molar teeth of the patients included in the study, with an interval of one week. The subjects have been divided into two groups as 39 subjects were Group 1 received intraligamentary anesthesia in the first visit, and 39 subjects were Group 2 received mandibular anesthesia in the first session. The pain perception rates of the patients during the injection and treatment phases were recorded subjectively using a visual analog scale and Wong-Baker FACES pain rating scale. Heart rate and arterial oxygen saturation were determined as the physiological parameters. The quality of anesthesia and success were evaluated by the operation at the end of each visit. Complications (pain, raised teeth, hematoma, trauma due to lip/tongue bites, swelling, infection, and bleeding) were explained to the patients after anesthesia. They were asked to take note of the complications they encountered. Postoperative complications were recorded by calling the cases 1 day after the 1st and 2nd visits. At the end of the second visit, anesthesia preference of the patient was asked and recorded.
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
TREATMENT
Masking
SINGLE
Enrollment
78
one tooth anaesthesia by 2 or 4 points intraligamentary injection
Inferior alveolar nerve block by direct standart method
Izmir Katip Celebi University
Izmir, Turkey (Türkiye)
The measurements of dental pain using Visual Analogue Scale
Subjective pain perception scores during the intervention using Visual Analogue Scale containing Numeric Rating Scale (0-10, where 0 means no pain/best, 10 - worst possible pain)
Time frame: Immediately after the working with a low-speed rotary instrument on dentin
The measurements of injection pain using Visual Analogue Scale
Subjective pain perception scores after the local anesthetic injection using Visual Analogue Scale containing Numeric Rating Scale (0-10, where 0 means no pain/best, 10 - worst possible pain)
Time frame: Immediately after the local anaesthetic injection
Measurement of the pain perception during the dental procedures using Wong Baker FACES pain rating scale.
Subjective pain perception scores using Wong Baker Faces pain rating scale (Face 0: it does not hurt/best, Face 2: it hurts a little, Face 4: it hurts a little more, Face 6: it hurts more, Face 8: it hurts a lot, Face 10: it hurts a lot/worst)
Time frame: Immediately after the working with a low-speed rotary instrument on dentin
Measurement of the injection pain of the local anesthesia using Wong Baker FACES pain rating scale.
Subjective pain perception scores using Wong Baker Faces pain rating scale (Face 0: it does not hurt/best, Face 2: it hurts a little, Face 4: it hurts a little more, Face 6: it hurts more, Face 8: it hurts a lot, Face 10: it hurts a lot/worst)
Time frame: Immediately after the local anaesthetic injection
Change from baseline physiological parameters (arterial oxygen saturation and pulse rate) at the end of the working with a low-speed rotary instrument on dentin
Measurement of arterial oxygen saturation and pulse rate using a pulse oximeter
Time frame: Baseline and immediately after the working with a low-speed rotary instrument on dentin
Change from baseline physiological parameters (arterial oxygen saturation and pulse rate) at the end of the working with a low-speed rotary instrument on dentin
Measurement of arterial oxygen saturation and pulse rate using a pulse oximeter
Time frame: Baseline and immediately after the local anaesthetic injection
Practitioner's assessment of patient pain-related comfort
Practitioner's subjective records: cases who need additional mandibular anaesthesia, whose treatment is completed without a discomfort related to pain, who has a slight discomfort even though additional mandibular anaesthesia is not needed during the treatment
Time frame: Immediately after the dental treatment
Rate of post-op complication
Query the presence of post-op complications related to local anaesthesia
Time frame: Day after intervention
Evaluate the correlation between two self reported objective pain scales
The correlation between the scores of Wong Baker Faces pain rating scale (Face 0: it does not hurt/best, Face 2: it hurts a little, Face 4: it hurts a little more, Face 6: it hurts more, Face 8: it hurts a lot, Face 10: it hurts a lot/worst) and Visual Analogue Scale for pain (0-10, where 0 means no pain/best, 10 - worst possible pain) recorded after the local anaesthetic injection in 6-12 years old patients. For the Wong Baker FACES pain rating scale, the maximum value (10) means "it hurt a lot" is the worst and the minimum value (0) means "it does not hurt" is the best outcome. For the Visual Analogue Scale for pain containing Numeric Rating Scale , while the minimum value (0) means "no pain" is the best outcome, the maximum value (10) means "worst possible pain" is the worst outcome.
Time frame: Immediately after the local anaesthetic injection
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