Browsing by Author "Bilal Aziz"
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Item An innovative way to park; ez park(UMT.Lahore, 2024) Bilal Aziz; Maham Jamil; Maryam Ahmad; Momina Tanveer AlaviThe Final Year Project “EZ Park” is a mobile application that aims to address the issues of parking in rapidly developed areas in Pakistan. The upward trend in vehicle population, as well as urbanization, has made parking spaces harder to find. EZ Park, aims at making it simple for people to locate parking lots using a user-friendly interface. It is possible for either those who want to rent out their parking spaces or those looking for them to register through this app. With this app, users will be able to easily identify free parking slots nearest them, hence easing the process of finding a place where they can park. In addition, one of EZ Park’s major advantages is its smart geolocation feature that lets individuals see and book locations on maps where they can park vehicles. Thus, it would lead to improved efficiency in utilizing parking lots and enable people find suitable places where they can park thus reducing traffic congestion thereby enhancing urban mobility. Furthermore, EZ Park creates an avenue for property owners to effectively let out and manage their car parks hence giving them insight into parking management economics. At last, EZ Park looks forward to eventually making Pakistani cities smarter as well as improving the quality of life in such urban areas by providing a comprehensive answer that is also user friendly concerning this big problem with parking lots.Item INCIDENCE AND ANTIBIOTIC SUSCEPTIBILITY PATTERN OF PROTEUS SPECIES IN DIFFERENT CLINICAL SOURCES/SPECIMENS(University of Management and Technology Lahore, 2016) Bilal AzizProteus is one of the specie offamily of Enterobacteriaceae which is cause of most of the community infection. There are various reasons for different diseases. They may be spread from contact with the effected persons. This type of infection is dangerous one. The occurance of infection of Proteus is due to the resistance and susceptible pattern with different types of infection. Methodology: Different types of samples were collected from various patients including sites of infections like urine, wound, tissues, puss, blood, cerebrospinal fluid, upper respiratory tract infection(URTI), vaginal tract infection(VTI), upper transparatory infection(UTI). The sample were collected in culture of blood bottle. All the sample were collected for culture in laboratory through MacConkey ager and blood ager plates at 37 C for 1 day. The resistance and susceptibility pattern of proteous specie was determine using different sites of infection. Different antibiotics were compare on the each site of infection. Results: This study of proteous specie include total samples of 955 patients and out of these 173 (18.12%) were positive for proteous specie. Forty two antibiotics were used against susceptibility pattern for proteous specie. The most samples were Puss 152 (87.86 %) sample. The wound samples were 12( 6.94% ), tissue sample was only 1 (0.58%), blood samples were 2 (1.76%), Csf was only 1 (0.58%), urinary tract infection was only 1 (0.58%), and no sample was found in upper respiratory tract infection and vaginal tract infection. In our study Azythromycin and Norfloxacin were showed 100% resistant and Amoxicillin was showed 64.40% sensitivity antibiotic for the treatment of Proteous specie in different sites of infection. Conclusion: It is clear from above data that efficiency of each antibiotic was different for different sites of infections. Doctors should recommended that before giving antibiotics should aware susceptibility of each patient, because susceptibility is different from patient to patient. This type of study demands that at national level, before recommendation should confirm susceptibility and resistant pattern.Item Incidence and antibiotic susceptibility pattern of proteus species in different clinical sourcesspecimens(UMT, Lhr, 2016) Bilal AzizProteus is one of the specie of family of Enterobacteriaceae which is cause of most of the community infection. There are various reasons for different diseases. They may be spread from contact with the effected persons. This type of infection is dangerous one. The occurance of infection of Proteus is due to the resistance and susceptible pattern with different types of infection. Methodology: Different types of samples were collected from various patients including sites of infections like urine, wound, tissues, puss, blood, cerebrospinal fluid, upper respiratory tract infection (URTI), vaginal tract infection (VTI), upper transparatory infection (UTI). The sample were collected in culture of blood bottle. All the sample were collected for culture in laboratory through Mac Conkey ager and blood ager plates at 37 C for 1 day. The resistance and susceptibility pattern of proteous specie was determine using different sites of infection. Different antibiotics were compare on the each site of infection. Results: This study of proteous specie include total samples of 955 patients and out of these 173 (18.12%) were positive for proteous specie. Forty two antibiotics were used against susceptibility pattern for proteous specie. The most samples were Puss 152 (87.86 %) sample. The wound samples were 12( 6.94% ), tissue sample was only 1 (0.58%), blood samples were 2 (1.76%), Csf was only 1 (0.58%), urinary tract infection was only 1 (0.58%), and no sample was found in upper respiratory tract infection and vaginal tract infection. In our study Azythromycin and Norfloxacin were showed 100% resistant and Amoxicillin was showed 64.40% sensitivity antibiotic for the treatment of Proteous specie in different sites of infection. Conclusion: It is clear from above data that efficiency of each antibiotic was different for different sites of infections. Doctors should recommended that before giving antibiotics should aware susceptibility of each patient, because susceptibility is different from patient to patient. This type of study demands that at national level, before recommendation should confirm susceptibility and resistant pattern.