Effect Of Mouthwash On Bacteria
The problem that was required to be investigated in this laboratory experiment was to determine which type of cleaning product would be able to prevent the most bacterial growth when placed in a neutral environment. In order to answer this problem, 8 different disinfectants were tested, including sterile water, and their after two days their zones of inhibition were measured and recorded. A hypothesis that was formulated before experimenting was, “If the type of disinfectant is Mouthwash, then it will allow for the least amount of bacteria growth because the chemicals present in Mouthwash combined with the acidic environment it bring will make it very hard to allow for any bacteria growth”. The independent variable in this experiment was undeniably
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Doctors are forced to make critical decisions when it comes to prescribing antibiotics to patients for particular bacterial infections every day. They have to readily know several things about numerous antibiotics and the bacterial infection that the patient is suffering from before making the right prescription. These “need to knows” can include if the antibiotic will kill the bacteria or stop it from spreading, the type of bacteria the antibiotic typically targets, the specific parts of the bacteria that the antibiotic targets, and in which way it is applied to the patient. All of these factors are critical to know and evaluate before making an accurate prescription to a patient. As proven in this lab, some disinfectants kill certain bacteria more proficiently than others, so it is all dependent on the type of bacteria needing to be treated. If a bacterium has gained resistance to a particular antibiotic, you can expect the person to show at least the same level of symptoms of illness that they were showing previously before the prescribing, as the power of the antibiotic simply would not work when it was forced to be put up against the resistant
Doctors are forced to make critical decisions when it comes to prescribing antibiotics to patients for particular bacterial infections every day. They have to readily know several things about numerous antibiotics and the bacterial infection that the patient is suffering from before making the right prescription. These “need to knows” can include if the antibiotic will kill the bacteria or stop it from spreading, the type of bacteria the antibiotic typically targets, the specific parts of the bacteria that the antibiotic targets, and in which way it is applied to the patient. All of these factors are critical to know and evaluate before making an accurate prescription to a patient. As proven in this lab, some disinfectants kill certain bacteria more proficiently than others, so it is all dependent on the type of bacteria needing to be treated. If a bacterium has gained resistance to a particular antibiotic, you can expect the person to show at least the same level of symptoms of illness that they were showing previously before the prescribing, as the power of the antibiotic simply would not work when it was forced to be put up against the resistant