He MRP proteins<span> are </span>found<span> throughout the nature and they mediate </span>many<span> important</span>functions<span>. .... In tumor </span>cells<span>, the 190 kDa MRP1 </span>can<span> confer </span>resistance<span> to not only doxorubicin, but </span>many other<span> widely used antineoplastic </span>drugs<span>, including methotrexate (MTX), daunorubicin, vincristine and etoposide [5, 23, ...</span>
1-a? not sure though
2-D
3-E
4-C
5-B
6-
7-H
8-F
9-
10-
11-L
12-K
This is all i could get hope this helps and plz mark me as brainliest. Have a great day!
Answer:
it can be done by oxidation and reduction.
Some nitrogen fixing bacterias are also responsible for converting atmospheric nitrogen into nitrates that plants can use (e.g ribozhium )
bacterias in the soil participate in nitrification as well, oxidizing ammonium ions into nitrates which plants can use.
Explanation:
Oxidation produces nitrate compounds
reduction produces ammoniacal compounds.
That is an ATP molecule if I remember correctly
Because it helps them with finding new researches.
