Well one benifit could be that they can treat the asthma at an early stage. Number two that the child can learn how to work through the asthma
When detecting a children having asthma is not to hard if you know the way it works when dealing people or kids with asthma.One way could be shortness of breath meaning you run out of breath quickly when doing something that takes away your breath quick.The second could be chest pain it hurts alot and needs many doctors and medicine to take it away, its really easy to find out and theres many other ways to find out.
Mitochondria are responsible for producing largest amounts of ATP, which become the main source energy for multicellular life forms to operate.
Since the organ system in multi cellular life form is much more advanced, it require larger amount of energy compared to single cellular life form.
Without mitochondria , higher level (multicellular) animals would likely not exist because their cells wouldn't be able to obtain energy from aerobic respiration.
Hopefully you will süll get a good grade."
O don't think anyone was paying attention anyway.
"That looked really painful. Do you want to tak
"Next time, have a backup plan."
"That looked really painful. Do you want to talk"
This is the answer because "That looked really painful" is telling her that you know what she felt and when you say "Do you want to talk" it shows her that your willing to help her.
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Answer: true
Explanation:
The chromosomal and single-gene disorders are hereditary in nature and therefore, can be transmitted from parents to offspring.
Further Explanation:
A change or mutation in a particular gene of DNA results in a specific inheritance pattern and is called single-gene disorder. Such disorders are rare in the population and can be tracked easily within a family. The probability of its occurrence in the future generation can also be predicted. This disorder is categorized into three types: recessive, dominant, and X-linked.
When the dominant allele of a gene is affected it suppresses the expression of the other healthy allele is it recessive or dominant. It usually occurs in the heterozygous state. As a result the mutant allele gets expressed and displays the symptoms of the disease. The mutated dominant allele is passed onto every generation and therefore, the disease is expressed in everyone in the family. For example, Huntington’s disease is a disorder in the brain in which a single gene on chromosome 4 is defective.
In recessive disorders, the recessive allele is defective and the disease occurs only in the homozygous state when both the defective alleles are present. In case of heterozygous state, the healthy allele can suppress the expression of the recessive mutant allele. In order to transfer the disease to the offspring, both the parents must contain the defective allele. For example, sickle cell anemia.
The presence of defective X chromosome results in X-linked diseases. It can be either a recessive or dominant disorder. These disorders are mostly seen in males as they contain only one copy of the X- chromosome. Examples are hemophilia and Rett syndrome.
A mutation or abnormality in a person’s chromosomes results in chromosomal disorders. Down syndrome represents a chromosomal disorder in which an extra copy of chromosome 21 is usually present in an embryo. The extra copy is transmitted genetically from either parent to the offspring and causes developmental changes in the embryo as a result of which the child becomes mentally and physically abnormal.
Learn more:
1. Learn more about difference in DNA and RNA brainly.com/question/334927
2. Learn more about similarity between aerobic and anaerobic respiration brainly.com/question/1544781
3. Learn more about site of protein synthesis brainly.com/question/1420458
Answer Details:
Grade: College Biology
Subject: Genetics
Chapter: Single gene and Chromosomal disorders
Keywords:
Chromosomal disorders, single-gene disorders, mutation, chromosomes, genes, allele, Huntington’s disorder, Down syndrome, Sickle cell anemia, recessive disorders, dominant disorders, X-linked disorders.
A shiny grey coloured element that is a co-factor in enzyme regulations and is a macro nutrient is called magnesium. Magnesium being a secondary macro nutrient is crucial for growth and development.
The correct answer is:
Option B. Protecting teeth from acid-forming bacteria
This can be explained as:
Therefore, magnesium does not protect teeth.
To learn more about functions of magnesium follow the link:
I am pretty sure the answer is letter C