The answer would be B.
Bacteria is a prokaryotic cell with no nucleus, which means DNA are not separated from transcription and translation machineries in the cytoplasm. The three processes occur in the cytoplasm, but replication occurs first, then it’s followed by transcription and translation that can occur simultaneously due to the fact that bacterial DNA when transcribed immediately gives mature RNA with no introns ready to be translated to protein.
GGATCCATT...IM PRETTY SURE.BUT HERE IS A WAY TO REMEMBER:
C=cat well in Spanish cat is gato so, C=G
T=tree well in Spanish tree is arbol so, T=A
<span>During cell respiration, glucose is broken down in order for the body to gain energy through the use of ADP and ATP. With diabetes, the person's cells are unable to break down the glucose properly, and and overabundance of the sugar in the system leads to negative reactions from the rest of the body.</span>
Answer:
b) Restriction enzymes
Explanation:
Restriction enzymes are the endonucleases that recognize and cut the specific DNA sequence and breakdown the DNA into smaller fragments.
With the discovery of these enzymes, it became possible to cut the genome of microbes or any other organism at the specific site.
For example, the restriction sequence for the restriction enzyme EcoRI is 5' GAATTC 3' on one strand and it cuts between G and A of the sequence and between A and G on the complementary strand.