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NARMS stands for National Antimicrobial Resistance Monitoring System and is a health surveillance system. It is in place to keep track of antimicrobial resistance in foodborne bacteria.
When referring to beef cattle, the acronym AMU is referring to antimicrobial use. This is a controversial practice as it may have adverse effect on the population antimicrobial resistance.
Antimicrobial kills more, everything except endospores. Basically the same thing though.
Antimicrobial resistance is similar to antibiotic resistance. Microbes evolve to survive exposure to both antimicrobials and antibiotics when such products are used excessively or inappropriately.
Individual pathogens can develop resistance to antimicrobial drugs through several mechanisms. These include acquiring genes that code for drug resistance, mutations that render the drug targets less susceptible to the drugs, and the ability to pump out or destroy the drugs. These adaptations occur through genetic changes that give the pathogens a survival advantage and allow them to evade the action of the drugs.
There is no such a thing as infinite resistance but it could be a very high resistance.
I don't think there is such a thing. "electrical" and "kinetic" are really two quite different, and unrelated, things.
Usually ROS (reactive oxigen species), such as H2O2, are great antimicrobial agents. Also any radioactive substance. Finally, arsenic (which is anti-every living thing)
if any thing is ideal then that has no any resistance
You really think i know the answer, well i dont i wanna ask u the same thing ask someone else
There are 6 factors that influence the efficacy of antimicrobial agents. They are, number and location of microorganisms, innate resistance of microorganisms, the potency of disinfectants, organic and inorganic matter, duration of exposure, and physical and chemical factors.
no