Browsing by Author "Fahmy, Ali"

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    Object-Oriented Design Quality Models A Survey and Comparison
    (2004) El-Wakil, Mohamed; El-Bastawisi, Ali; Boshra, Mokhtar; Fahmy, Ali
    Since 1994, many Object-Oriented Design (OOD) quality models had appeared. OOD quality models aim is assessing OOD quality characteristics, such as maintainability, in a quantitative way through establishing relationships between OOD quality characteristics, and metrics computable from OOD diagrams, such as Depth of Inheritance Tree (DIT). This paper presents the results of our survey of the major OOD quality models appeared in literature since the MOOSE model in 1994, till the QMOOD model in 2002, then it proposes a set of desirable properties that should be possessed by OOD quality models and acomparison among the presented models with respect to the proposed desirable properties set
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    Therapeutic effect of bee venom formulation in the treatment of FMD viral infection: Preclinical and clinical evaluation
    (IJSR, 2016) M Mansour, Amira; Elfiky, Abir A; Fahmy, Ali; Diab, Ayman A
    Foot-and-Mouth disease (FMD) is one of the world’s most important infectious animal diseases especially cloven-hooved livestock caused by picornavirus and responsible for huge global losses of livestock production and trade, as well as frequent and highly disruptive large-scale epidemics. Bee (Apis mellifera) venom therapy is an alternative form of healing to treat various diseases. Bee venom contains at least active components which have some pharmaceutical properties; the most significant components of bee venom which have antiviral properties like mellitin, phospholipase A2 (PLA2) and Protease inhibitor. Melittin is main active componentand the powerful stimulator of phospholipase A2 that destroys phospholipids and dissolves the cell membrane of the agent. Protease inhibitor inhibits the activity of different proteases like trypsin, chymotprypsin, plasmin, thrombin, thus decreasing inflammation. In this work, Egyptian bee venom(Apis mellifera lamarckiivenom) was obtained from VACSERA used as a treatment against FMDV-O in Egypt. There are improvements in hematological, biochemical and histopathological tests, the clinical signs are decreased in the treatment period and the virus load is more significance decreases. So this study proved that the bee venom used as natural medicine has been developed to fulfill recent medical requirements without noticed side effects. Bees have been appreciated for their medicinal purposes as a treatment for many diseases and restoring the vitality of the body