The urea cycle also known as the o r n i t h i n e cycle is a cycle of biochemical reactions that produces you re a from ammonia this cycle occurs in u r e o t e l i c organisms
Answer:
- helicase - breaks H-bonds between bases; binds at the replication fork
- topoisomerase - breaks covalent bonds in DNA backbone; binds ahead of the replication fork
- single-strand binding - prevents H-bonds between bases; binds after the replication fork
Explanation:
As DNA replication continues and the replication bubble expands, the parental double helix is unwound and separated into its two component strands. This unwinding and separating of the DNA requires three different types of proteins:
- helicase - breaks H-bonds between bases; binds at the replication fork
- topoisomerase - breaks covalent bonds in DNA backbone; binds ahead of the replication fork
- single-strand binding - prevents H-bonds between bases; binds after the replication fork
Humans would not be able to breathe and sound would not be able to travel also there would not be any life
~in which there would be no plants because humans breathe out carbon dioxide and if there are no humans then plants won’t be able to consume carbon dioxide
C) Both.
Plants go through photosynthesis (producing Oxygen), but to consume the sugars they have created they have to go through cellular respiration as well, which produces carbon dioxide. All organisms go through cellular respiration.
Hope this helps! :)
Answer:
I would say yes....
Explanation:
Lysosomes are found in almost all animal and plant cells. In plant cells vacuoles may carry out lysosomal functions. Lysosomes appear as spherical bodies around 50-70nm in diameter and are bounded by a single membrane.