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Introduction: Anatomy courses in health science disciplines, including allied health programs, face criticism for being extensive and lacking focus on career-relevant competencies. Objectives: To evaluate allied health students' perceptions of the anatomy syllabus using feedback analysis to identify areas for improvement and align the curriculum with their needs. Methods: A qualitative study gathered feedback from 100 second, third, and fourth-year allied health students through an anonymous questionnaire comprising of eight items, six of which were rated using a five-point Likert scale, while two comprised open-ended questions. By recording the number and percentage of students responding to each item and calculating mean ratings. Results: Over 75% of students find the anatomy syllabus extensive, requiring memorization. About 70% believe it addresses essential competencies, but 60% feel practical aspects receive inadequate emphasis. Half note a lack of clear distinction between anatomy and physiology in textbooks. Conclusion: Tailoring the anatomy syllabus to specific allied health courses is crucial, focusing on appropriateness, conciseness, and well-defined learning outcomes. Students' perceptions highlight the need for a more targeted and simplified approach, aligning the curriculum with practical demands for professional success. Collaborative efforts between educators and students are vital for ongoing refinement and optimization.

Introduction: Postpartum depression, a significant global concern yet a neglected domain that could have dire outcomes for both mother and children. This study aimed to find out the prevalence of postpartum depression among mothers in the Paropakar Maternity and Women's Hospital & explore the experiences of undergoing pregnancy and post-partum melancholy. Methods: A cross-sectional descriptive study with a mixed method approach and consecutive enumeration of sampling units were done among 271 participants at a maternity hospital, within the study period from July,2023 to Dec, 2023 after obtaining ethical approval (Reg no: 63/1992). Data collection was done through in-depth interviews for the qualitative part among the six respondents and self-administrative questionnaires were opted for the quantitative part among all the respondents. Results: Among the respondents, 203 (74.87%) fall within the 20-30 age range. Among them, 33 (12.24%) mothers experienced post-partum depression. Pregnancy and postpartum experiences were complex, with physical and mental challenges. Women often endured painful pregnancies, including excessive vomiting and pain. Mothers lacked support from family and spouses, impeding daily life and newborn care. Traditional superstitions often trumped medical advice, leading to confusion and risks. Despite challenges, some developed coping mechanisms, like self-counselling and community support. Conclusions: The study highlights the importance of pre-pregnancy assessment and depression screening for postpartum care. Social support is crucial, necessitating holistic support with education, mental health services, and destigmatization efforts for postpartum struggles.

Starting around 2008, there was rapid expansion of oil and natural gas (ONG) production into more heavily populated areas within the Dallas-Fort Worth metroplex in the Barnett Shale region of Texas. This colocation raised concerns regarding the effect of ONG activities on chemical levels in the air. In the current study, we examined the potential impacts of ONG activity on the types and concentrations of chemicals in ambient air in the Barnett Shale. Volatile organic compound (VOC) concentrations from 6–12 years (2008–2019) of hourly ambient air monitoring data from 15 monitors (4 monitors had ≥ 10 years of data) were compared to several metrics of ONG activity (number of active wells, natural gas production, condensate production) within a 2-mile radius of each monitor. Monitoring sites were also classified into urban, suburban, and rural areas as a surrogate for nearby vehicular emission sources. Analyses of this huge dataset showed that both peak and mean chemical concentrations of lighter alkane hydrocarbons (e.g., ethane) were most impacted by the number of gas wells. Levels of heavier alkanes (e.g., pentane) were increased by condensate production and at monitors located in areas with greater urbanicity, and therefore higher vehicular emissions. The levels of unsaturated alkynes (e.g., ethylene) were entirely driven by urbanicity and were unaffected by nearby ONG activity. The same pattern was seen with the ratio of iso:n-pentane, which is contrary to the findings of others and suggests an area for future research. Aromatic hydrocarbons were impacted by multiple emissions sources and did not show the same patterns as non-aromatic VOCs. No VOC concentrations were at levels of concern for human health or odor based on comparison to Texas air monitoring comparison values. Overall, ONG activities impact air quality, but this must be evaluated in the context of other emission sources such as automobiles.