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Retrospective study observes hemodynamic variations under midazolam sedation during implant surgery in ASA I and II patients, indicating a compensatory stabilizing effect.
The purpose of this research was to compare the vital signs of ASA II patients undergoing dental implant surgery under intravenous anesthesia to those of ASA I patients.From a specialist course in Implant Dentistry, 41 medical records (22 ASA I and 19 ASA II patients) were analyzed.Age, gender, ASA classification, blood pressure, heart rate, and oxygen saturation were all measured.Pre-surgery, following the onset of local anesthetic, at the end of the initial implant insertion, and at the end of surgery were all used to collect vital signs.Student's t-test (p<0.05) was used to determine inter-and intra-group data associations.The crossing of operative moments pre-surgical and installation of the first implant in both systolic (p<=0.01)and diastolic (p<=0.03)pressure was statistically significant in ASA I patients.In contrast, there was only a statistical difference in the verification of peripheral oxygen saturation data at preoperative and local anesthesia times in ASA II patients (p<=0.04).When comparing the time of installation of the first implant (p<=0.03)and at the end of surgery (p<=0.02),with respect to systolic pressure, ASA II presented statistically higher, while variable oxygen saturation at the beginning of local anesthesia in ASA I was statistically higher (p<=0.04).It is proposed that intravenous sedation acts in a compensatory manner in patients with systemic disease, leading both groups' behavior to be similar.
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Orcina et al. (2023) studied this question.
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