Notes

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Improvements in outcome performance were observed in all the included studies. Children with ANSD fit with CIs can achieve outcomes similar to children with sensorineural hearing loss and CIs, despite the heterogeneity of ANSD. Conclusion These findings have implications for clinical practice and for future research with current CI technology for facilitating parent education, counseling, and realistic expectations for children with ANSD and CIs.
Three cyclin-dependent kinase 4/6 inhibitors (CDKIs) are approved by the US Food and Drug Administration for the treatment of patients with hormone receptor-positive, human epidermal growth factor receptor 2-negative advanced or metastatic breast cancer in combination with hormonal therapy (HT). We hypothesized that on an individual basis, efficacy outcomes and adverse event (AE) development can be predicted using baseline patient and tumor characteristics.

Individual-level data from seven randomized controlled trials submitted to the US Food and Drug Administration for new or supplemental marketing applications of CDKIs were pooled. Progression-free survival (PFS), overall survival (OS), and AE prediction models were developed for specific treatment regimens (HT
HT plus CDKI). An individual's characteristics were used in all models simultaneously to create a group of predicted outcomes that are comparable across treatment settings.

Accuracy of the PFS and OS prediction models for HT were 66% and 64%atient and tumor characteristics. Comparison of paired models can inform treatment selection for individuals on the basis of the patient's personalized goals and concerns. Although use of CDKIs is standard of care in the first- or second-line setting, this model provides prognostic information that may inform individual treatment decisions.Clinical trials for conditions affecting the visual system need to not only conform to the guidelines for all clinical trials, but also accommodate the possibility of both eyes of a single patient qualifying for the trial. In this review, I present the interplay of the key components in the design of a clinical trial, along with the modifications or options that may be available for trials addressing ocular conditions. Examples drawn from published reports of the design and results of clinical trials of ocular conditions are provided to illustrate application of the design principles. Current approaches to data analysis and reporting of trials are outlined, and the oversight and regulatory procedures to protect participants in clinical trials are discussed. Expected final online publication date for the Annual Review of Vision Science, Volume 7 is September 2021. Please see http//www.annualreviews.org/page/journal/pubdates for revised estimates.Wound care is an important part of patient care in almost every discipline of medicine. Oral procedures performed with scalpels, curettes, periotomes, osteotomes, lasers, and various other instruments create surgical wounds. Appropriately dressing surgical site wounds is considered a basic principle of proper surgical procedure,1 allowing for better healing, greater patient comfort, and fewer complications.Digital technologies have fundamentally changed treatment planning, surgical placement, and restoration of dental implants, improving clinical success while saving valuable chairtime. Intraoral scanners (IOS), cone-beam computed tomography (CBCT), 3D implant planning software, and CAD/CAM systems that fabricate surgical guides and provisional and definitive restorations have become standard tools for precise implant placement and ideal restoration design, which are essential for optimal and long-term esthetic and functional success. This article summarizes clinical guidelines for integration of digital technologies in implant dentistry.The loss of teeth can result in moderate alveolar ridge shrinkage. This bone loss is exacerbated if there are pre-existing endodontic pathologies and/or periodontal disease. Achieving an ideal esthetic outcome is challenging when moderate bone and soft-tissue defects exist. Bone augmentation is often required to create ideal gingival contours and esthetics. This article discusses augmentation strategies to enhance esthetic outcomes for common alveolar ridge defects.Along with the many technological advancements in implant-supported restorations that have impacted dentistry in recent years has come an evolution in clinical workflows and the dental materials to support them. Today, a synergy is rapidly forming in the dental industry among digital design, processing equipment, and restorative materials. find more This interaction is leading to increased clinical predictability supported by high-quality products. This review discusses the latest cutting-edge materials used in the restoration of implant-supported cases and how these materials fit into modern-day digital workflows.The emergence contour of a provisional implant restoration is the key link between the implant and the crown. Its size and shape play a significant role in the treatment outcome biologically, functionally, and esthetically. Generally, for single-unit implants in the esthetic zone, the emergence contour should be narrow and smooth and allow space for biologic graft materials, native tissues, blood clot, and swelling, while maintaining distance from the surrounding bone. The "critical contour" area (near the gingival margin) should support but not compress the soft tissues. It should leave space for the gingival margin and papilla to migrate coronally during the healing and maturation stages. A properly designed and fabricated emergence contour of the provisional restoration will increase the potential for a successful outcome.There are many essential elements to achieving long-lasting esthetic and physiologic outcomes in implant dentistry in the esthetic zone. Here are three specialists take on the three most essential elements to implants in the esthetic zone.The compromised maxillary anterior tooth can present an extremely challenging situation for a dentist, who is often faced with the decision to either restore the tooth or extract it. This critical decision must be made in a timely fashion and be based on set criteria and scientific research. Often, however, it comes down to the dentist's clinical experience and the patient's demands. This article provides basic, straightforward criteria for clinicians to follow when making this difficult decision. It describes how such factors as prognosis, cost, smile line, amount of tooth structure, and phenotype influence this decision, and discusses restorative options. A flowchart the restorative dentist can utilize in the decision-making process is provided. The clinician's ultimate goal is to deliver to the patient the most predictable and long-lasting restoration possible, one that satisfies functional and esthetic requirements and meets the patient's desires.
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