National Health Information Exchange (NHIX) is a rapidly evolving cyber-infrastructure technology. The concept enables the sharing of electronic healthcare-related data within a geographic region. Information can be exchanged between autonomous healthcare related entities such as physicians, hospitals, test laboratories, insurers, emerging Health Information Organizations (HIO). Non-healthcare organizations can also become privy to such information, including governments and non-governmental authorities. During a human being’s lifetime, a person may visit numerous doctors, hospitals, and medical facilities. From birth through adulthood, the information trail from these visits can be useful both to the individual and in the aggregate. If the information from each visits can be collected and made easily available and organized, it can be used to improve the quality of healthcare. In fact, data organized properly can be lifesaving. Many duplicate tests can be avoided. Doctors may make more informed medical decisions and prescribe more accurate treatments with better information. The right data in the right context can allow an individual to better monitor their own health. A good nationwide medical information system can go above and beyond what is commonly termed “big data” information derived from a long term database containing a large number of individuals can be used for better capacity planning, minimizing the overall cost of healthcare for an entire country. It can be a treasure trove of data for analysis and discovery of disease trends and treatments. An infrastructure to contain and manage medical information is therefore vital for the well-being of any country in the twenty-first century. Unfortunately, much of the world still utilizes nineteenth century medical documentation practices. Personal medical information is often poorly recorded and eventually lost due to a lack of appropriate information technology. We propose a national initiative to produce a cyber-infrastructure for the secure and private exchange of healthcare information (hospital records, MRI images, medical history, insurance information, pathological reports, etc.) among the nations healthcare industry stakeholders, and also throughout the world (with all individual rights, privacy rules and regulations in proper standard formats of medical documents). The goal of this research is to explore a National Health Information Exchange (NHIX) for Pakistan and for developing countries in general. However, due to the enormity of this problem, we in particular propose to demonstrate a concept application, Medical Drop Box (MDB) with the key technological components of a future NHIX. With MDB, a person will be able to collect his/her healthcare data and share it with doctors in a seamless way, in conformance with a regulatory Imran Khan: 62-FBAS/PHDCS/F10 Page vi of 121 framework. In addition to providing the basic infrastructure for handling numerous types of health care data, the main challenge of NHIX is to allow individuals and associated parties to manage and share their medical information while maintaining personal control and preferences afforded to citizens by medical laws, information rights and privacy rules. The development of a comprehensive National Health Information Exchange (NHIX) is paramount. The research propose such a framework for Pakistan that will allow all medical entities (hospital, insurance, employers, doctors, labs, individual themselves, emergency rooms, and perhaps future home monitoring systems) to be involved in treating a person during their lifetime and to exchange information efficiently without violating the individual’s privacy concerns. This will dramatically improve the healthcare rights of every citizen of Pakistan.
This article discusses Facial Skin Health as seen from Antioxidant Facial Scrub from Red Dragon Fruit Extract. One way to treat your face is to use a scrub. Giving a natural facial scrub has many benefits, including refreshing, repairing and firming facial skin. Antioxidants contained in red dragon fruit include betalains which function to inhibit the growth of bad cholesterol and flavonoids which are related to brain health and reduce the risk of heart disease. Scrub functions to remove dead skin cells on the surface of the body's skin which is rough and dull. In addition, it also functions to help speed up the turnover of new, clean and healthy body skin cells. Dragon fruit face scrub can also smooth the skin. Rough skin is usually caused by a build-up of dead skin cells. The content of vitamin C, protein and folic acid is said to be effective in removing these dead skin cells.
The present study on the morphology of human olfactory mucosa was carried out with emphasis on its regional distribution, and changes related with age and gender. Eighty tissue samples (forty for either sex) were collected from cadavers ranging from 30 to 82 years of age, available in the mortuary of King Edward Medical College, Lahore. Individual age groups of males and females included 10 specimens from each sex. The histological study of the mucosa included morphology, regional distribution, quantitative analysis of all four major types of epithelial cells, height of epithelium and thickness of lamina propria in the roof, medial and lateral walls of both nasal cavities. A detailed study of the epithelium revealed the presence of classically known three cells: olfactory cells, sustentacular cells and basal cells and a fourth type, microvillar cells. In the age group 30-39 years (male and female) the mucosa was seen in the roof lying next to cribriform plate of the ethmoid bone and extending on both sides of the nasal septum and on the lateral walls of both nasal cavities. At places the respiratory epithelium was seen in the area of the olfactory epithelium which was much thicker. In the age group of 40-49 years, early age related changes were observed in the shape of occasional short epithelial invaginations, and disturbance of the zonal distribution of olfactory and supporting cells. In the age group 50-59 years, major morphological changes were observed like substantial reduction in the number of nuclei resulting in decreased height of the epithelium, disturbance of zonal distribution and presence of epithelial invaginations. The age group of 60 years onwards showed gradual thinning of the epithelium, epithelial invaginations, and in few cases atrophied olfactory epithelium devoid of olfactory cells. ANOVA showed significant age related decrease in the number of olfactory and sustentacular cells and in the height of the olfactory epithelium among the male and female groups. There was no significant age related decrease in the number of basal cells and thickness of the lamina propria. The number of microvillar cells was markedly less when compared to other cells of the epithelium. These results suggest that loss of olfactory and sustentacular cells becomes pronounced in individuals of both sexes of 50+ years of age. The results of the present study suggest that the reduction in the number of olfactory receptors and in the height of neuroepithelium with advancing age is associated iiwith impairment of olfactory sensibility. There was no evidence of significant sex related differences in the olfactory mucosa. These results are in the accordance with the previous observations in humans and other mammals showing a decline in the olfactory capacity with aging, mostly attributable to a decline in the number of olfactory cells. Contrary to earlier observations, the present study did not reveal any conclusive evidence that females had an increased sense of smell based on histological observations alone.