Answer:
Organism
Explanation:
The organism level of organization is the level of organisation that comes after the organ system level of organisation. The organism level of organisation is the level at which the living system is complete and comprises of the interconnection and synergy of the lower organization levels.
At the organism or life form organizational level, all the characteristics of living things are manifested.
The basic living system, a functional grouping of the lower-level components, including at least one cell.
Answer:
Starting with natural selection, the most robust and most intelligent animals survive over the weakest. The weak animals eventually die off because they can't keep up with nature. Artificial selection isn't natural; certain species are being targeted on purpose and decide whether to stay alive or not. At this point, it is not at all about whether the species can survive or not because it's most likely being protected.
Answer:
DNA always has these bases: A,T,C,G whilst RNA always has A,U,C,G (RNA never has T).
C and G are complementary, so if your DNA has C, the RNA will have G.
If your DNA has T, your RNA has A
If your DNA has A, your RNA has U
^ These rules always hold true.
To find the proteins formed, take your codon (3 bases on RNA) eg AUG and look at the diagram. First look at the green A section, then the red U section and then the G section. Your protein will be abbreviated to 3 letters eg ala or gly.
Explanation:
Hope this helps you.
The main thing you need to know is which bases are complementary, and that RNA (mRNA and tRNA never have T, they always have either U or A, and C or G.
Answer:
Denaturation
Explanation:
Proteins are huge molecules that need to get an accurate tridimensional structure to accomplish their function.
In water, these molecules keep their hydrophilic parts in the outside and the hydrophobic part in the inside.
There are some treatments like changes in temperature or pH that provoke changes in the tridimensional structure of the protein. This process is known as DENATURATION. The protein losses its original native structure and its properties.
When denaturation occurs the protein tends to join together with other denaturalized proteins through the areas that repeal water, becoming coagulated.
It would be the end of the day because it will be the answer
