The level of organization that reflects the interactions between organ systems is the organism.
<h3>What is Organism ?</h3>
In biology, an organism is any organic, living system that functions as an individual entity. All organisms are composed of cells. Organisms are classified by taxonomy into groups such as multicellular animals, plants, and fungi; or unicellular microorganisms such as protists, bacteria, and archaea.
Producers, consumers, herbivores, carnivores, omnivores, scavengers, parasites, predators, and decomposers are only a few of the various sorts of creatures or organisms.
There are many different kinds of organisms on Earth, some of which are complex, such as plants and animals, and which are multicellular because they include a lot of cells.
- But not every organism is the same. Some, like bacteria or algae, are distinguished by having just one cell.
- However, not every organism has the same kind of cell. Prokaryotic cells, or cells without a clearly defined nucleus, are present in some.
- However, not every organism has the same kind of cell. Prokaryotic cells, or cells without a clearly defined nucleus, are present in some. An creature having prokaryotic cells includes things like: Bacteria, Eukaryotes, which are cells that do have a distinct nucleus, can be found in humans, plants, and animals.
So lastly we can say that, the organism is the level of organization that depicts the interconnections between organ systems.
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Answer:
At least 50% of the tetramers will be inactive for this individual
Explanation:
A protein resulting from a mutation that is dominant negative will have an detrimental impact on the wild-type protein as well. Especially if the mutated protein can interact with the same substances as the normal, wild-type protein.
For an individual who is heterozygous, there will be one wild-type copy and one mutant copy of the allele present. For each copy, a protein will be expressed and the tetramers from the mutant copy will be defective - so 50% of the protein tetramers will be inactive at least.
Hope that answers the question, have a great day!
A. Kidneys are the organs in the urinary system that produce urine after breaking it down from food.
Answer:
E (All blood types are possible)
Explanation:
The ABO blood group system in humans is a vivid example of co-dominance, where blood type A and B are codominant but are both dominant over blood type O.
Based on this genetic scenario, A codominant blood type AB can be produced, Blood type A can possess AA and AO, Blood type B can possess BB and BO, while Blood type O can only possess OO.
Hence, in a cross between a type A individual- AO or AA and a type B individual- BO and BB, gametes will be produced according to Mendel's law of segregation.
AO, AA (Type A) = A and O gametes.
BO, BB (Type B)= B and O gametes.
Hence, from the combination of these gametes, their offsprings can possess AB, AO, BO, OO which covers all the blood types.
Therefore, all blood types are possible
About 90% of our DNA is the same.
