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Cervical cancer is a significant public health concern worldwide. Current screening approaches include Pap smears, human papillomavirus testing, visual inspections, and emerging molecular techniques, aimed at enhancing precision and accessibility. The landscape also includes the increasing prominence of self-sampling and telemedicine, which broaden the reach of screening services. Human papillomavirus vaccination programs targeting young girls have the potential to significantly reduce long-term risk. These evolving strategies are supported by global initiatives such as the World Health Organization's Cervical Cancer Elimination Initiative, aiming to increase screening efforts and reduce the global impact of cervical cancer. The key findings of this study suggested that current methodologies for the detection and prevention of cervical cancer are a little beneficial and there is a pressing need to use advanced technologies such as highly sophisticated equipment integrated with artificial intelligence. In addition, the detection of cervical cancer screening provides insights into evolving methodologies, promising prospects, and nuanced challenges that must be addressed to prevent this condition in females worldwide. Looking forward, future cervical cancer screening involves further refinements in molecular testing, expanded vaccine coverage, and the integration of telehealth solutions, promising increased accessibility and improved early detection to overcome insightful challenges.
Mohd Yusuf (Mon,) studied this question.