Answer:
sex-linked- recessive
Explanation:
Sex linked recessive are those traits which are expressed even if one copy of the defective allele are present. They are passed from parents to offspring through X or Y chromosomes.
These disorders are more prevalent in men than women because women have two X chromosomes while men have only one. Females can also get X-linked disorder but they are very rare because female needs two copies of defective gene to develop disorder while men need only one.
For example: As you can see in the example image the gene is passed in daughters too but mostly they are carriers but men develop disease because they have only defective X chromosome that contain defective gene and no counter part to lower its effects.
One of the common x linked disease is hemophilia. You can see the pedigree of Hemophilia that men are getting more effected than women.
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Scientists can best use scientific argumentation to evaluate a scientific claim by developing a hypothesis that explains why the data support the claim (option A).
<h3>What is a hypothesis?</h3>
A hypothesis is a a tentative conjecture explaining an observation, phenomenon or scientific problem that can be tested by further observation, investigation and/or experimentation.
According to the scientific method, which is the method of discovering knowledge about the natural world based on making falsifiable predictions (hypotheses) and testing them empirically, the following are employed:
- Asking a question/Making an observation
- Constructing a hypothesis
- Testing the hypothesis
- Analyzing the data
- Making a conclusion
Therefore, scientists can best use scientific argumentation to evaluate a scientific claim by developing a hypothesis that explains why the data support the claim.
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To balance out negative charges on the interior of the membrane, voltage-gated sodium channels open, allowing sodium ions to enter the cell.
There are two factors that draw sodium ions (Na+) to the inside of neurons while they are at rest. The (Na+) ion is pushed into the cell down the concentration gradient by the high concentration of (Na+) outside the cell. Similar to how the positively charged (Na+) inside the neuron is drawn in by the electrostatic pressure caused by the negative charge inside.
Which of the four ion channel types are they? Ion channels that are voltage-gated, Linguistic-gated ion channels (also known as ionotropic receptors), ion channels with light-gated, Ion channels with mechanosensitivity, Nucleotide-gated ion channels that cycle, and Ion channels that are calcium-gated.
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Answer:
b.Time conversion from Universal Time Coordinated (+0) to Central Standard Time(-6). UTC to CST time zones converter, calculator, table and map.
The answer to the above question would be: Homologous structures.
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