Publications by authors named "Rithvik Vutukuri"

Introduction: The role of research in the orthopaedic surgery residency application process has become increasingly important, particularly in the wake of the United States Medical Licensing Examination (USMLE) Step 1 examination transitioning to pass/fail. The purpose of this study was to determine the value that orthopaedic surgery residency program directors and other faculty place on various research elements included in residency applications.

Methods: An anonymous cross-sectional survey was distributed to program directors and other faculty involved with the review of orthopaedic surgery residency applications within the Collaborative of Orthopaedic Education Research Group in February 2024.

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Introduction: The integrity of applications submitted by medical students applying for orthopaedic surgery residency has been a topic of concern within the medical community in recent years. Although research misrepresentation is a recognized issue, there is limited information on how orthopaedic surgery residency programs verify the research contributions listed by medical students during the application process. The purpose of this study is to identify if and how orthopaedic surgery residency programs verify the research section of an application.

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The optimal surgical approach for differentiated thyroid cancer remains controversial, with debate regarding the comparative risks of upfront total thyroidectomy versus staged completion thyroidectomy following the initial lobectomy. This study aimed to assess the complication rates associated with these two strategies and identify the optimal timing for completion thyroidectomy using a multi-dimensional analysis of four cohorts: an institutional series ( = 148), the National Surgical Quality Improvement Program (NSQIP) database ( = 39,992), the TriNetX repository ( > 30,000), and a pooled literature review (10 studies, = 6015). Institutional data revealed higher overall complication rates with total thyroidectomy (18.

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The pterygomandibular raphe (PMR) is a tendinous structure connecting the bucinator and the superior pharyngeal constrictor muscles. With its implications in the spread of oral cancer, the proper treatment of obstructive sleep apnea, and dental procedures, it is important to obtain a thorough understanding of the PMR. We reviewed the existing literature to compile the published information regarding its anatomy, embryology, imaging, variations, functions, pathologies, and clinical relevance of the pterygomandibular raphe.

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Survival requires the selection of appropriate behaviour in response to threats, and dysregulated defensive reactions are associated with psychiatric illnesses such as post-traumatic stress and panic disorder. Threat-induced behaviours, including freezing and flight, are controlled by neuronal circuits in the central amygdala (CeA); however, the source of neuronal excitation of the CeA that contributes to high-intensity defensive responses is unknown. Here we used a combination of neuroanatomical mapping, in vivo calcium imaging, functional manipulations and electrophysiology to characterize a previously unknown projection from the dorsal peduncular (DP) prefrontal cortex to the CeA.

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Clinical case reports and research regarding the mental spines and their associated structures create a detailed picture of the floor of the mouth for assessment during clinical treatment. This compilation of information covers the mental spines, the attached geniohyoid and genioglossus muscles, the lingual foramina, and the veins and arteries of the jaw and floor of the mouth. It is important to consider the variations in the mental spines for oral and maxillofacial treatment involving the mandible.

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Females exhibit greater susceptibility to trauma- and stress-related disorders compared to males; therefore, it is imperative to study sex differences in the mode and magnitude of defensive responses in the face of threat. To test for sex differences in defensive behavior, we used a modified Pavlovian fear conditioning paradigm that elicits clear transitions between freezing and flight behaviors within individual subjects. Female mice subjected to this paradigm exhibited more freezing behavior compared to males, especially during the intertrial interval period.

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