The study by Yousif MG and AL-Shamari AK on the phylogenetic characterization of Listeria monocytogenes provides vital information about the pathogen's diversity(26–28). This knowledge is crucial for understanding its epidemiology in Iraq and developing effective control measures. Another significant contribution comes from Sadiq AM et al., whose research on subclinical hypothyroidism and its correlation with preeclampsia reveals critical insights. Their findings underline the importance of thyroid function monitoring in pregnant women, drawing attention to the complex interplay between thyroid health and pregnancy outcomes(29–31).
The impact of anesthesia types on maternal and neonatal health during Cesarean sections, as explored by Sadiq AM et al., offers invaluable guidance for clinical practices(32–34). This study underscores the importance of choosing appropriate anesthesia to ensure safer childbirth and better outcomes for both mothers and newborns. In another domain, Yousif MG's investigation into the potential role of cytomegalovirus as a risk factor for breast cancer opens new avenues for understanding viral influences on cancer development, particularly in women's health(35–37). The research by Yousif NG et al. on the association between cervical cancer survival rates and Notch-1 expression provides insights into cancer progression's molecular aspects. This study has significant implications for developing targeted cancer therapies(38–40) . Additionally, the work of Sadiq AM et al. on the relationship between high-sensitivity C-reactive protein levels and preeclampsia, with or without intrauterine growth restriction, contributes to our understanding of inflammatory processes in pregnancy complications. Such research is crucial for developing strategies to manage and prevent these complications(41, 42). The study by Yousif MG and Al-Mayahi MH on Staphylococcus aureus strains isolated from breast abscesses sheds light on bacterial pathogenesis and its implications for women's health, providing key insights into bacterial infections and their treatment strategies. Mohammad BI et al.'s investigation into the protective effects of caffeic acid against doxorubicin-induced cardiotoxicity in rats highlights important considerations for cancer treatment and cardioprotection strategies(43–46) . Albaqer et al.'s exploration of long-term neurological sequelae in post-COVID-19 patients using a machine learning approach provides critical insights into the lasting impacts of the virus. This study not only emphasizes the importance of long-term care for COVID-19 survivors but also showcases the potential of AI in predicting health outcomes. Similarly, Martin et al.'s work on characterizing pulmonary fibrosis patterns in post-COVID-19 patients through machine learning algorithms further underlines the role of AI in understanding and managing COVID-19's long-term respiratory effects(47, 48). Yousif et al.'s research on the outcomes of stem cell transplants in patients with cerebral palsy presents promising advances in regenerative medicine. Their findings offer hope for improved treatment options for cerebral palsy, enhancing patient quality of life. Furthermore, the study by Yousif et al. on the effect of COVID-19 on medical staff and doctors' productivity analyzed through machine learning illuminates the pandemic's impact on healthcare workers, highlighting the need for supportive measures to maintain healthcare efficiency and staff wellbeing(49–51). Allami and Yousif's work on AI-driven strategies for advancing precision medicine in infectious diseases presents a paradigm shift in medical treatment, showcasing the transformative potential of AI in developing personalized medical interventions. In a similar vein, Yousif's research on the use of AI to analyze antibiotic-resistant pathogens spotlights the critical role of technology in tackling modern healthcare challenges, particularly in the realm of antimicrobial resistance(52–54). The study by Yousif et al. on the prevalence of human papillomavirus infection among Iraqi women contributes significantly to our understanding of HPV's epidemiology in the region, emphasizing the importance of screening and vaccination programs. Yousif's investigation into the dynamics between viral and bacterial infections, immune factors, COVID-19, and cancer in women's health underscores the intricate interplay of infectious diseases and cancer, advocating for integrated approaches in women's health research(55). Yousif's study on wheat allergy and its association with COVID-19 provides valuable insights into the post-pandemic prevalence of allergic reactions, suggesting the need for ongoing surveillance and management of allergies in the COVID-19 era. Hezam et al.'s design of a test to identify mutagenic effects of hair dye using Proteus mirabilis contributes to consumer safety, underlining the importance of evaluating cosmetic products for potential health risks. Their detection of auxotroph’s methionine Proteus mirabilis from different clinical sources also plays a crucial role in understanding microbial diversity and resistance patterns(56–57). Finally, Assi et al.'s evaluation of near-infrared chemical imaging for the authentication of antibiotics highlights innovative techniques in pharmaceutical research, ensuring medication safety and efficacy. These studies collectively contribute to a holistic understanding of various health issues, from infectious diseases to public health strategies, emphasizing the importance of innovative research and technology in advancing healthcare(58). Yousif's meta-analysis of diverse research studies provides a comprehensive overview of the interconnections between various health domains, offering a holistic perspective on healthcare challenges and solutions. This work is complemented by the contributions of Wah et al. and the IRPU Machine team, whose proceedings in 'Data Science and Emerging Technologies' underscore the profound impact of technological advancements on healthcare and medical research. These studies collectively emphasize the crucial role of data science and technology in advancing healthcare practices and policies(59, 60). Further, Yousif's in-depth investigation into the post-COVID-19 effects on female fertility sheds light on the pandemic's long-term implications on women's health, specifically reproductive health. This research is crucial for developing targeted healthcare strategies for women in the post-pandemic world. Additionally, Yousif's study on the association between sickle cell trait and the severity of COVID-19 infection in Iraq offers valuable insights into the genetic factors that may influence COVID-19 outcomes, highlighting the importance of personalized medicine approaches in managing infectious diseases(61, 62). Finally, Yousif's exploration of the impact of COVID-19 on cardiovascular health provides a comprehensive analysis of the indirect effects of the pandemic. The study's insights into hematological changes, allergy prevalence, and predictive modeling are instrumental in understanding the broader health implications of COVID-19 and guiding future healthcare strategies(63, 64).