Answer:
16, 24
Explanation:
As you can see, every next ordered pair in the "add 4" box adds 4 for every ordered pair and in the "add 6" box it adds 6 for every ordered pair, so all you have to do is 12 + 4 = 16 and 18 + 6 = 24
Answer:
C. Luria Agar + kanamycin + tetracycline
Explanation:
Given that the recipient strain is tetracycline resistance and the donor strain is tetracycline sensitive.
Recipient strain is kanamycin sensitive and the donor strain is kanamycin resistance sensitive.
If we grow the recipient cell in Luria agar containing tetracycline then only recipient cells will grow and all the donor cells will die.
If we grow the recipient cell in Luria agar containing kanamycin then only recipient cells that have undergone transposon mutagenesis will grow and along with donor cells.
If the Luria agar has both kanamycin and tetracycline then only the recipient cells that have undergone transposon mutagenesis will grow.
Since recipient cells will acquire pir gene. So it will not require pir in the media.
So correct answer is option C. Luria Agar + kanamycin + tetracycline
Antimicrobial agents active <span>against mycobacteria have to be administered for months or years rather than the typical 10-30 days prescribed to treat other infections because mycobacteria reproduce very slowly.
So, over the period of time that mycobacteria reproduce, antimicrobial agents have to be taken so as to prevent these mycrobacteria from invading the body completely. Once their reproduction is completely prevented, antimicrobial agents don't have to be administered anymore.
</span>
Homeostasis is the natural state of equilibrium; the body attempts to maintain this equilibrium by constantly reacting to external forces that attempt to disrupt the fine balance. It involves the maintenance of the internal environment constant, this involves conditions such as blood sugar, body temperature, among other factors that enhance functions in the body. Through homeostasis organisms tend to resist changes in order to maintain a stable, and a constant internal environment.
