Effectiveness of Miniscrew-Supported Molar Intrusion: A Clinical Study.

Mini-screws, also known as temporary anchorage devices (TADs), offer enhanced control and versatility in orthodontic treatment by providing stable anchorage points. This clinical study aims to evaluate the effectiveness of mini-screw-supported molar intrusion in orthodontic practice. For this clinical study, a cohort of 40 orthodontic patients with various malocclusions requiring molar intrusion as part of their treatment plan was recruited. The age range of the participants spanned from 14 to 35 years, representing a diverse patient population. The intervention involved the implementation of mini-screw-supported molar intrusion on one side of the maxillary arch in each patient. To achieve this, temporary mini-screws were strategically placed, and a combination of orthodontic forces and mini-screw anchorage was employed to intrude the molars. The primary outcome measure for this study was the amount of molar intrusion achieved, which was quantified in millimeters from the initial evaluation to the final visit. Additionally, the duration of treatment required to achieve the desired molar intrusion was recorded in months. The results of this clinical study demonstrated that mini-screw-supported molar intrusion was an effective and safe orthodontic technique. On average, a significant mean molar intrusion amount of 4.8 mm (standard deviation [SD] ± 0.6) was achieved with the mini-screw-supported approach. Furthermore, the treatment duration required to attain the desired molar intrusion was relatively short, with a mean of 6.2 months (SD ± 1.1). In conclusion, this clinical study provides evidence that mini-screw-supported molar intrusion is an effective and safe approach in orthodontic practice. It offers orthodontists the advantage of enhanced control and predictability in molar intrusion procedures.

The Impact of Early Orthodontic Intervention on Dental and Skeletal Development in Children with Mixed Dentition.

Background: The mixed dentition stage in children is a critical period for orthodontic assessment and intervention. This study investigates the effects of interceptive orthodontics on dental and skeletal development in children with mixed dentition, aiming to evaluate the potential benefits of early orthodontic treatment. Materials and Methods: A retrospective analysis was conducted on a cohort of 150 children with mixed dentition (aged 7-11 years), who received interceptive orthodontic treatment. Dental and skeletal records, including cephalometric radiographs and dental cast models, were collected before and after treatment. A control group of 150 untreated children with mixed dentition was also assessed for comparison. Various dental and skeletal parameters, such as dental alignment, overjet (OJ), overbite (OB), and cephalometric measurements, were recorded and analyzed. Results: The results of this study indicate significant improvements in dental alignment and occlusion in the group of children who received interceptive orthodontic treatment. The average reduction in OJ was 3.5 mm, and the OB correction averaged 2.1 mm. Cephalometric analysis showed positive changes in skeletal relationships, with a mean reduction in the angle formed by point A, nasion (N) and point B. (ANB) angle of 2.8 degrees. These improvements were statistically significant compared to the control group (P < 0.05). Conclusion: Early orthodontic intervention, such as interceptive orthodontics, has a positive impact on dental and skeletal development in children with mixed dentition.

Robotic-assisted laparoscopy in reproductive surgery: a contemporary review.

Robotic surgery is a conceptual fusion of the conventional open surgery and the minimally invasive laparoscopic surgery. We reviewed the current role of robotic-assisted laparoscopy in the field of reproductive surgery by a literature search in PubMed database. We analyzed the reported advantages and limitations of the use of robotics in reproductive surgeries like myomectomy, tubal reanastomosis, endometriosis, ovarian tissue cryopreservation, and ovarian transposition. Overall, robotic assistance in reproductive surgery resulted in decreased blood loss, less post-operative pain, shorter hospital stay, and faster convalescence, whereas reproductive outcomes were similar to open/laparoscopic approaches. The main drawbacks of robotic surgery were higher cost and longer operating times. It is as safe and effective as the conventional laparoscopy and represents a reasonable alternate to abdominal approach. Procedures that are technically challenging with the conventional laparoscopy can be performed with robotic assistance. It has advantages of improved visualization and Endowrist™ movements allowing precise suturing. This helps to overcome the limitations of laparoscopy, especially in complicated procedures, and may shorten the steep learning curve in minimal invasive surgery. Randomized controlled trials looking at both short- and long-term outcomes are warranted to strengthen the role of robotic surgery in the field of reproductive surgery.

Reproductive outcomes following robotic-assisted laparoscopic myomectomy (RALM).

Uterine myomas are the most common type of benign tumor in women of reproductive age and are commonly associated with menorrhagia, dysmenorrhea, dyspareunia, and urinary symptoms. Uterine fibroids have been also linked to infertility and pregnancy loss. Women wishing to preserve or restore their fertility are best treated by myomectomy. Robotic-assisted laparoscopic myomectomy is one of the latest technological applications of minimally invasive surgery. Limited data exist regarding the feasibility of robotic-assisted laparoscopic myomectomy (RALM) in terms of pregnancy and surgical outcomes, and more studies are needed. The goal of this study is to assess reproductive outcomes following RALM in a private practice setting. The study was performed in the form of a retrospective chart review. Female patients 22-44 years old diagnosed with intramural myoma were eligible for inclusion. Presence of a myoma was a necessary but not necessarily the presenting symptom. All patients underwent RALM between January 2006 and May 2009 under the care of one surgeon at two clinical sites. Patients were selected postsurgically via chart review based on inclusion parameters outlined above. Median values for pregnancy rate, number of myomas, diameter of largest myoma, surgery duration, and blood loss were calculated and used for subsequent statistical analysis. Clinically useful markers for pregnancy outcomes evaluation following RALM were identified. Thirty patients were enrolled, of whom 16 were interested in conception due to infertility. A pregnancy rate of 75 % was recorded. Among those who conceived, eight patients (67 %) reported natural conception within 6 months of unprotected intercourse, while four patients (33 %) utilized assisted reproductive technologies to conceive. One patient (8 %) miscarried. Two patients (17 %) experienced premature delivery, at 28 and 32 weeks, respectively. All deliveries were performed via Cesarean section. No surgical complications were reported following RALM. There were no cases of scar dehiscence or rupture. The median number of myomas in those who delivered was estimated at 1.0 compared with 3.5 in those unable to conceive (p < 0.05). In addition, median age was 34 compared with 42.5 years, respectively (p < 0.05). This retrospective study assessed pregnancy outcomes following RALM. Our pregnancy rate of 75 % combined with a low incidence of complications contributes to the limited pool of data available on this topic, and supports the need for a multicenter trial to further evaluate effectiveness and safety of RALM in terms of pregnancy outcomes.