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The history of Indo-Pakistan relations is replete with animosity since independence in 1947. Among many conflictual issues, water distribution and water rights have emerged as new dimensions affecting bilateral relations. Indus Water Treaty (IWT) has been holding on since it was formalised in 1960, however, India has manipulated its provisions at will, affecting the flow of western rivers' water to lower riparian Pakistan for past many years. India is now in a position of limiting the vital irrigation resource of Pakistan due to unlawful construction of dams in Indian Occupied Kashmir (IOK) in violation of IWT. Despite wars and standoffs, IWT has sustained, however, Indian ambitions of constructing more dams in Indian Occupied Kashmir (IOK) are clear violations of treaty and threatening postures towards Pakistan for not supplying even a drop of water have created distrust and heightened tension. This research article critically investigates the Indian aqua aggressions in violation of IWT, implications for Pakistan and suggesting a viable framework for safeguarding Pakistan's water rights in the face of antagonising Indian posturing. [ABSTRACT FROM AUTHOR]

Human papillomavirus (HPV) infection is estimated to be the most common sexually transmitted infection and is one of the causal factors in cervical cancer. Understanding the epidemiology of this infection is an important step toward developing strategies for its prevention. Cervical samples from 210 healthy women with normal and abnormal cytomorphology were studied for the detection of HPV DNA by polymerase chain reaction (PCR), utilizing the two most commonly used consensus primer sets. The primers; MY09/MY11 and GP5+/GP6+ located within the L1 region of HPV genome, amplified a broad spectrum of HPV genotypes in a single reaction. The PCR amplification of HPV genomes is a sensitive method that is used for the detection of cervicovaginal HPV. With the aim of identifying the HPV types, samples were also subjected to PCR using specific primers for HPV types 16 and 18. In addition, basic demographic information, sociodemographic characteristics, and sexual behavior were recorded. HPV was detected in 13.8% of the study population aged 18 to 57 years using PCR. HPV16 (6.6%) was more commonly detected than HPV18 (3.8%). The highest prevalence of HPV infection was seen in women below 27 years old, and then, a new increase was seen higher than the age of 48. In conclusion, our study demonstrated that younger age at marriage, economic status, parity, and dwelling are the major risk factors determining HPV infection.