7 research outputs found

    Assessing the Effects of Mentha longifolia on Liver Structure in Castrated Rats

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    The liver is the largest internal organ in the human body. It has dual roles: An exocrine function, producing bile to aid digestion, and an endocrine-like function, helping regulate metabolism. It cleanses the blood, makes important proteins, and stores essential nutrients. This study aimed to assess the impact of Mentha longifolia extract on a variety of physiological, biochemical, and histological parameters. A total of 21 male rats (Rattus norvegicus), 3 weeks of age, from the order Rodentia and family Muridae, were used in this study. Rats were divided into three groups, each consisting of seven rats. Both Group 1 (control) and Group 2 (castrated) of male rats received tap water. However, male rats in Group 3 were castrated and administered a daily intragastric extract of M. longifolia (6 g/kg). In castrated-treated groups, the effects of consuming a freshly made extract of M. longifolia were examined for various biochemical parameters of liver enzymes and lipid profile, as well as the histological structures of liver tissue. The outcomes of the biochemical tests performed on the treated subjects did not reveal any notable variations. Histological sections of the castrated group’s liver tissue showed cellular inflammation of lymphocytes, ballooning degeneration, and acidophil bodies (Councilman Bodies) in contrast to the control group. The histological structure of the injured liver did not fully recover in rats that had been castrated and fed 6 g/kg daily for 4 weeks. On the other hand, this treatment greatly reduced the adverse effects of castration, such as macrovesicular steatosis, Councilman Bodies, and mild ballooning degeneration. According to the current research, fresh M. longifolia extract may have some hepatoprotective benefits against castration

    Immunohistochemical and Molecular Studies of p53 and KRAS Protein and Their Relations to Colorectal Carcinoma

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    The study inc1uded 50 tissue blocks embedded in paraffin wax (16 females and 34 males), obtained from a patients group with (CRC) colorectal cancer , as well as 35 Tissue blocks that were embedded in paraffin wax from norma1 co1on (ulcerative co1itis) as controls. A relatively few oncogenes and most prominently tumor-suppressing genes, Kirastien rat sarcoma virus (KRAS), and P53 genes have been mutated into a significant part of CRCs, and a broad collection of mutated genes has been defined in CRC subsets. Current findings showed very significant differences between patients and control subjects in the p53 positive rate (P<0.001). TP53 Pro/Pro genotype positivity was higher in the contro1 group I than in the patient group I and this was a significant difference (Pi<0.001) with an odd ratio of less than one. The genotype Pro/Pro was considered to be protective against colorectal carcinoma preventively fractured 0.767. The positive rate of p53 Arg/Arg genotype in patients was more frequent and statistically significant (P <0.01), because the odd ratio was more than one. The genotype Arg/Arg would be considered a colorectal carcinoma risk factor. We conclude that p53 over expression is used as an indicator of p53 mutation (as identified by immuno-historic chemistry) and KRAS protein expression was negatively impaired for all the patients in the current study

    The Impact of Different Doses of Nickel Chloride on Some Biochemical and Histopathological Changes in the Liver of Rats

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    The present study investigated the effects of different doses of nickel chloride (NiCl₂) on biochemical markers and liver histology. Twenty-one young male rats, aged 3–4 weeks and weighing 150 - 200 g, were randomly assigned to three groups (N=7). The control group received only tap water, while the other two groups were exposed to nickel chloride at concentrations of 100 mg/kg and 150 mg/kg in their drinking water for six weeks. The results indicated no significant differences in biochemical parameters between the treated groups and the control subjects. Histological examination of liver tissues from rats exposed to nickel chloride (100 mg/kg and 150 mg/kg) revealed significant pathological changes. Observed abnormalities included cellular swelling, nuclear pyknosis, degeneration, necrosis, and blood vessel congestion, with higher doses leading to more pronounced damage. These findings suggest that nickel chloride poses a potential risk to liver health even at low concentrations and short exposure durations

    The Essential Pheromonal Elements of the Mouse Preputial Gland in Castrated Treated Mice

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    The present study investigated the 1effects of both castration and manipulation of castrated1 subjects with 0.1 ml of 50µg/kg/day of testosterone at 3 weeks of age for 6 weeks on the pheromonal and histological structure of male mice preputial gland.   The preputial gland results from the control intact group showed that six essential pheromonal compounds are present, whereas the glandular structure revealed well-developed acini with basement membrane and connective tissue around most of them. These findings also showed that castration has deleterious effects on the essential pheromonal compounds which are reduced to two compounds only (the α.-Farnesene and 1- Tetradecanol) as well as the histological sections from such subject appeared many atrophied vacuolated acini. On the other hand, treatment of castrated animals with such dose of testosterone did not show any marked effects on the essential pheromonal compounds but it was able to restore the activities of acinar development as showed by many hypertrophied alveoli

    Conservation in an Islamic context a case study of Makkah

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    The Holy Qu’ rān contains many injunctions for Muslims to respect and conserve the natural environment but few address the built environment. Habitat at the time of the Prophet (PBOH) was in the vernacular and relatively impermanent. The first habitat was the cave, the second the tent and then simple flat roofed buildings of post and lintel construction made of mud and rubble. Later buildings were not indigenous but reflected the architectural styles and techniques of Muslim pilgrims from beyond the Arabian Peninsula. Permanent exotic buildings were later erected as reminders of holy places and events. This work advances a case to restore and preserve historic and religious sites in Makkah, Saudi Arabia. Makkah is the destination for millions of Muslim pilgrims who annually pay homage to Allah during the occasions of Hajj, Ramadan and Umra. The tranquillity and peaceful ambience that one associates with the holiest of Islamic experiences have, over the years, given way to jostling crowds of people who must be expediently housed, fed, transported, and protected. Due to the lack of planning and the insensitive but profitable development of the city, Makkah is in grave danger of becoming a bustling metropolis instead of a sanctuary where pilgrims gather to perform their religious rites and reaffirm their dedication to Allah. The author calls for professional planning and international cooperation to guide future development for this expanding and sensitive area. The author's ideas are grounded in practical and aesthetic study, therefore, the political, environmental and economic issues are examined in relationship to religious, historic and artistic values. The author makes proposals for a future Makkah that would provide pilgrims with the physical comforts, security, and serene environment they deserve—without destroying the city they came to visit. The author discusses preservation and conservation in the western world and the need for their acceptance in Muslim countries, the former being an aesthetic and intellectual concept sustained by law and the latter being the prescribed free expression of the individual unhindered by material considerations. Both worlds are rapidly being overwhelmed by materialism, but body, mind and spirit combine in making us aware of our surroundings and the way in what we see around us has come into being
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