ChatGPT-4 Can Help Hand Surgeons Communicate Better With Patients.

The American Society for Surgery of the Hand and British Society for Surgery of the Hand produce patient-focused information above the sixth-grade readability recommended by the American Medical Association. To promote health equity, patient-focused content should be aimed at an appropriate level of health literacy. Artificial intelligence-driven large language models may be able to assist hand surgery societies in improving the readability of the information provided to patients. The readability was calculated for all the articles written in English on the American Society for Surgery of the Hand and British Society for Surgery of the Hand websites, in terms of seven of the commonest readability formulas. Chat Generative Pre-Trained Transformer version 4 (ChatGPT-4) was then asked to rewrite each article at a sixth-grade readability level. The readability for each response was calculated and compared with the unedited articles. Chat Generative Pre-Trained Transformer version 4 was able to improve the readability across all chosen readability formulas and was successful in achieving a mean sixth-grade readability level in terms of the Flesch Kincaid Grade Level and Simple Measure of Gobbledygook calculations. It increased the mean Flesch Reading Ease score, with higher scores representing more readable material. This study demonstrated that ChatGPT-4 can be used to improve the readability of patient-focused material in hand surgery. However, ChatGPT-4 is interested primarily in sounding natural, and not in seeking truth, and hence, each response must be evaluated by the surgeon to ensure that information accuracy is not being sacrificed for the sake of readability by this powerful tool.

The annual conference of the Irish College of Ophthalmologists: examining over a decade of trends.

BACKGROUND: The annual conference of the Irish College of Ophthalmologists (ICO) is a key calendar event for ophthalmology research in Ireland. AIMS: We investigated whether there were identifiable trends across various domains for the last twelve ICO meetings. Our objectives were to assess subspeciality and training centre representation, as well as the characteristics of the first author to include gender and stage of training. METHODS: A retrospective analysis of paper and poster presentations from the ICO annual conference yearbooks was conducted. The representation of subspecialties, affiliated institutions, and gender distribution were noted for both categories. For paper presentations, the author's career stage, full-text publication rates, and impact factors were also determined. RESULTS: A total of 306 paper presentations and 306 poster presentations were analysed. The subspecialty of retina had the highest representation within both sections. The overall mean publication rate was 38% (range, 6-39%), with a mean journal impact factor of 2.02. No statistically significant differences in gender noted with regard to poster, paper, or publications (p < 0.9, p < 0.1, p < 0.7, respectively). CONCLUSIONS: This is the first review of all research contributions to the ICO conference. We found that there is a need to promote research in some underrepresented subspecialities and training centres. No significant gender bias was found. There is scope to improve the publication conversion rate; this would allow for greater dissemination of the research presented at the ICO meeting.

Motor rehabilitation as a therapeutic tool for spinal cord injury: New perspectives in immunomodulation.

Traumatic spinal cord injury (SCI) is a devastating condition that significantly impacts motor, sensory and autonomic function in patients. Despite advances in therapeutic approaches, there is still no curative therapy currently available. Neuroinflammation is a persisting event of the secondary injury phase of SCI that affects functional recovery, and modulation of the inflammatory response towards a beneficial anti-inflammatory state can improve recovery in preclinical SCI models. In human SCI patients, rehabilitative exercise, or motor rehabilitation as we will refer to it from here on out, remains the cornerstone of treatment to increase functional capacity and prevent secondary health implications. Motor rehabilitation is known to have anti-inflammatory effects; however, current literature is lacking in the description of the effect of motor rehabilitation on inflammation in the context of SCI. Understanding the effect on different inflammatory markers after SCI should enable the optimization of motor rehabilitation as a therapeutic regime. This review extensively describes the effect of motor rehabilitation on selected inflammatory mediators in both preclinical and human SCI studies. Additionally, we summarize how the type, duration, and intensity of motor rehabilitation can affect the inflammatory response after SCI. In doing so, we introduce a new perspective on how motor rehabilitation can be optimized as an immunomodulatory therapy to improve patient outcome after SCI.