Answer:
Methicillin-Resistant Staphylococcus Aureus (MRSA).
Explanation:
Methicillin-Resistant Staphylococcus Aureus (MRSA) is a type of disease-causing bacteria that cannot be treated with many common antibiotics. This disease-causing bacteria (MRSA) can spread rapidly through a hospital in several ways such as patients having open wounds or using catheters. Also, patients that are having a weak immune system and visits nursing homes, prisons, biometric centers are at a greater risk of contracting this rapidly spreading disease-causing bacteria.
Basically, 3 days after an individual becomes expose to Methicillin-Resistant Staphylococcus Aureus (MRSA) it attacks the person's tissue and as such becoming highly resistant to treatment using common antibiotics.
Answer:
Solve
Let's solve your equation step-by-step.
x−98+877=654
Step 1: Simplify both sides of the equation.
x−98+877=654
x+−98+877=654
(x)+(−98+877)=654(Combine Like Terms)
x+779=654
x+779=654
Step 2: Subtract 779 from both sides.
x+779−779=654−779
x=−125
Answer:
x=−125
Explanation:
Answer:
A twist of tissue is a sprain.
Explanation:
When you sprain a wrist or ankle, its a wrench or twisting of a ligament violently that causes pain and swelling but not dislocation.
Answer: New York, NY (September 18, 2017) - The use of genetic data to establish a physiological basis for violent or impulsive criminal behaviors is occurring more frequently in criminal trials. However, a new review finds that genetic evidence used in the courtroom is not likely to be effective in convincing judges and juries that the defendants are less culpable for their actions. Evidence for a link between gene variants and criminal behavior has been tenuous. For example, low activity in the MAOA gene, found on the X chromosome, added to a history of childhood maltreatment, has been associated with an increased number of convictions for violent crime. However, the relationship between the gene's activity, environmental factors, and criminal behavior is unclear.
Explanation: ILL HELP THE BEST I CAN WITH STATISTICS
