الفهرس 
Computational Determination of the Effects of Bacteriophages on Human Body
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Abstract
Antibiotics are losing their power to fight infections in the world. Bacteria are adapting and finding ways to survive from the effects of antibiotics. When bacteria become resistant to antibiotics, it is often harder and more expensive to treat the infection. As bacteria develop such resistance, infections may become impossible to treat. Phage therapy appears to and shows that it is very effective in certain infections and has some unique advantages over antibiotics. Bacteria also develop resistance to phages, but it is incomparably easier to develop new phage than new antibiotic. Phage therapy offers a possible alternative to conventional antibiotic treatments for bacterial infections. Although of the benefits of bacteriophage injection in treating diseases, it have a critical effect on the human body organs since it can cause a disease due to its ability to colonise human body tissues and causing other diseases.This research presents a system to predict the effects that may happen in human body when using the bacteriophage therapy to treat tuberculosis, virulent Escherichia coli, Salmonella and Alzheimer’s disease (AD). The system is proposed for detecting the effects of mycobacteriophages that infect mycobacterium tuberculosis on the human body, detecting the effects of virulent Escherichia coli and Salmonella bacteriophages on human gut, detecting the Bacteriophage-Bacteriophage Interaction (BBIs) and detecting the effect of the interaction between the bacteriophage M13 and human brain cells