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The purpose of this study to identify the role of women in political agenda at Azad Jammu Kashmir. The political parties are always considered main gatekeepers to women’s political representation. Existing scholarship highlights the significance of centralized political institutions (parties) with structured set up for the effective representation of women at different levels. However, the functioning of these institutions is greatly influenced by the social and cultural context of a country in which they operate.

This paper mainly analyzes social and cultural practices and those informal ways that operate within the exited democratic government setup and creates serious obstacles for women’s effective political representation at the party level. For this purpose, a qualitative research methodology is used to get the full insight of the issue at hand. The authors conducted 25 in-depth interviews with women members of three different political parties.

The results revealed that both (social context and political structure) have a significant impact on women’s nature and level of participation in the political processes in Azad Jammu and Kashmir.

Prevailing social and political context of Pakistan does not support a truly democratic and centralized political system. Parties are weak entities with the less democratic organizational structure, which ultimately have a negative impact on women’s political representation.

The presence of heavy metals in milk causes many acute and chronic physiological dysfunctions in human organs. The present study aims to investigate the heavy metals in cow's and buffalo's milk of two major cities, Karachi and Gujranwala, Pakistan to estimate metal intake by humans from this source.

In total, 48 milk samples from 2 cities were drawn from animals' udder to avoid contamination. Each sample was digested with nitric acid at 105 ^oC (degree Celsius) on a pre-heated electric hot plate to investigate the metals by atomic absorption spectroscopy (flame type). Air-acetylene technique analyzed chromium, cadmium and lead, and the hydride method analyzed arsenic in the milk samples.

The results revealed the highest mean lead concentration (19.65 ± 43.86 ppb) in the milk samples, followed by chromium (2.10 ± 2.33 ppb) and arsenic (0.48 ± 0.73 ppb). Cadmium was not detected in any sample, assuming cadmium's occurrence was below the detection level. The concentrations of all the metals in the samples of the two cities do not differ statistically. Lead concentrations in the buffalo's milk were higher than in cow's milk (p < 0.05). However, the concentrations of arsenic and chromium between buffalo's and cow's milk do not differ statistically. The present study reveals a lower level of metals in the milk than those conducted elsewhere. The mean concentrations of all the metals met the World Health Organization's (WHO) safety guidelines (1993).

Although cadmium causes toxicity in the human body, cadmium could not be measured because cadmium's concentration was below the detection level, which is 1 ppb.

This study will help reduce the toxic metals in our environment, and the sources of heavy metals, particularly from the industrial sector could be identified. The feed and water consumed by the milking animals could be carefully used for feeding them.

This study will help reduce the diseases and malfunction of human organs and organ systems since these heavy metals cause toxicity and carcinogenicity in humans. Arsenic and chromium cause cancer while lead causes encephalopathy (a brain disease).

The study reports heavy metal concentrations in the two attributes of four independent variables of raw milk samples that were scarcely reported from Pakistan.