Often the critics of Islam ridicule Islam especially when it comes to an accurate hadeeth, which is found in Bukhari’s summary, which states that if the mouse falls into the drink, then we must plunge it in its entirety because it contains the medicine but now apparently, according to a scientific study, the fly fought over their ridicule. The Prophet (sal-Allaahu ‘alayhe wa sallam) said: “If the fly falls into your drink, dive into the drink, because in one side is the sickness of the other medicine for this illness.” NEW ANTIBIOTICS The fly surface is the last place to find antibiotics, but an Australian research team was focused on it. They based their work on the theory that flies can have something important – antibiotics that can survive the rotten dung, meat and fruit. The “Department of Biological Sciences, Macyuarie University” team began to identify this antibacterial quality, which is presented at various stages of fly development. “Our research is a small part of global research in search of the new antibiotic, but we will ask where we think no one has ever asked for,” said Ms. Clark, who has presented the group’s progress in the Association of Australia at the Microbiology Conference in Melbourne. Scientists have tested four types of swarms: domestic sword, sword fly, flounder vineyards, and tree frogs from Queensland, which put eggs in fresh air. Their larva does not need many antibacterial substances because they do not come in contact with many bacteria. The fly goes through several stages from the larva to the adult fly. During the development stage the fly closes and does not feed. “We thought they would not produce many antibiotics. And they did not produce. However, all larvae show antibacterial characteristics (except in the case of Kuiper foliage), “said Ms. Clark. All kinds of flies when growing have produced antibiotics, even the tree flies from Kuislendi (which at this stage requires antibacterial protection because of contact with other flies). These qualities were present on the fly surface of the four species, although the antibacterial quality may even be in the gut. “Activities can be found in two places,” said Mrs. Clark. “Because we’re concentrated on the surface is that this place is easier to secretion. The antibiotic substance is secreted after the fly is immersed in ethanol, and then the mixture is poured into filters to dry the dry concentrate. Now we try to find a special antibacterial site “- says Mrs. Clark. In the end chemical synthesis is made. Since these sites are not bacterial genes that show resistance to them, they will not easily turn into pathogens. It is expected that this new form of antibiotics will have longer and effective action.