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Integrating smartphone applications into screening and identifying autism spectrum disorder (ASD) represents a promising and innovative frontier within healthcare. This forward-looking paper examines the current landscape of ASD screening apps, shedding light on their potential advantages and addressing and navigating significant challenges. One of the most compelling aspects of these apps lies in their potential to democratize access to ASD screening, effectively breaking down geographical barriers. By using the widespread availability of smartphones, these apps make it possible for individuals, caregivers, and healthcare providers to engage in early ASD screening from virtually anywhere. This accessibility is especially crucial in underserved areas or regions with limited access to specialized healthcare services. Moreover, these apps offer a degree of objectivity that traditional screening methods may need help to match. By relying on data-driven algorithms and machine learning, they can provide a more impartial assessment of a child's behavior, minimizing the potential for subjective bias. This objectivity, combined with the ability to monitor and assess a child's development over time, empowers caregivers with valuable insights into their child's progress. However, as with any technological advancement in healthcare, integrating smartphone apps for ASD screening is not without its share of ethical and privacy considerations. Ensuring informed consent is obtained, especially when collecting data from children, is complex and critical. Striking the right balance between collecting necessary data and protecting an individual's privacy requires careful thought and transparent communication. Additionally, the "digital divide" represents a challenge that needs to be acknowledged and addressed. Not all individuals and families have equal access to smartphones or the technological literacy required to use these apps effectively. This disparity in access must be considered when developing and implementing app-based screening solutions to prevent exacerbating existing healthcare inequalities. Nevertheless, the future of ASD screening apps holds significant promise. Advancements in technology, including integrating advanced sensors, wearables, augmented reality, and machine learning, can further enhance the accuracy and depth of screening. Interdisciplinary collaboration between researchers, developers, clinicians, and educators is crucial to ensure that these apps are effective, culturally sensitive, and user-friendly. Furthermore, integrating these apps into broader healthcare systems, including electronic health records and telehealth platforms, can streamline the screening process and enable a more seamless transition from screening to diagnosis and intervention.
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Fissura Palatina , Artropatias , Deformidades Congênitas dos Membros , Lactente , Humanos , MasculinoRESUMO
Background The incidence of childhood cancer is rising worldwide, with acute lymphoblastic leukemia being the most commonly diagnosed form. These young patients are immunocompromised and susceptible to infections. In addition, chemotherapy and radiation therapy often cause oral mucositis as a side effect. Given these challenges, nurses play a crucial role in delivering special care to these vulnerable children. Material and methods A study design utilizing a one-group pretest-posttest approach was implemented on 45 children, aged one to 12 years, who were undergoing chemotherapy and experiencing oral mucositis. Demographic information, including age, gender, diagnosis, chemotherapy cycle, and length of therapy, was collected. A customized intervention, which involved the application of an oral regimen, oral health practices, health education for caregivers, and observation, was administered by nursing staff using the APHO (Application of an Oral Regimen, Practicing Oral Health, Health Education to Caregivers, and Observation) protocol for a period of seven days. Both pre-intervention and post-intervention assessments were conducted to determine the effectiveness of the APHO nursing intervention. The assessment tool used to assess the effectiveness of APHO intervention was using a standardized scale given by the World Health Organization grading scale for oral mucositis. Result An analysis was conducted utilizing both descriptive and inferential statistics. Before the intervention, those children in grade 2 were in grade 1 after the intervention, and the children in grade 1 before the intervention were in grade 0 after the intervention. The health education provided to the caregivers was significantly effective. Notably, there was a significant decrease in the oral mucositis grade of the children by one level in all instances, indicating that the APHO nursing intervention was remarkably effective. Thus, promoting the use of APHO nursing intervention can lead to positive outcomes in children afflicted with oral mucositis. Conclusion APHO nursing intervention has shown remarkable effectiveness among children with mucositis. As a result, promoting continuous APHO intervention in children with mucositis can help enhance in prevention and management.
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The Indian Krait delivers one of the most lethal venoms compared to other Asian snakes. The venom of the common Krait comprises substantial neurotoxins that cause muscular paralysis. Significant snake bite incidence occurs in rural areas. The significant death rate caused by snake bites is seldomly reported in the medical literature. A 14-year-old adolescent girl was brought by her parents to the emergency department (ED) in an unconscious state. The patient reported swelling on her right hand with fang marks of a snake bite, sweating, and increased salivation. The primary therapeutic intervention was given to the patient and she was treated with intravenous anti-snake venom serum, antibiotics, and anti-epileptics during hospitalisation.
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Congenital heart disorders (CHDs) are a major cause of juvenile morbidity and mortality in many poor nations, owing to late detection and a lack of talent and facilities for decisive treatments. A case of a newborn baby with atrial septal defect (ASD) with patent ductus arteriosus (PDA), tricuspid atresia (TA), and pulmonary valve stenosis is admitted to the pediatric ward. It is a complex cardiac anomaly that leads to mortality and morbidity. We rarely get to see a baby dealing with four major complex heart conditions except in the condition of tetralogy of Fallot. The child was a known case of congenital heart disease. Symptomatic treatment was given and treated with antibiotics.