Match the following items,
1. obtaining DNA for analysis from blood or other body fluid
quantification
using heat or chemicals to break open the cells and free the
DNA
purification of the sample
separation of cellular debris and other impurities from the
DNA
gel electrophoresis to separate
DNA fragments
sample collection
4. determination if the sample is sufficient for analysis
5. copying the DNA using the polymerase chain reaction
DNA extraction
6. electrically ordering the fragments
amplification using PCR

1. Obtaining DNA for analysis from blood or other body fluid -sample collection.

Using heat or chemicals to break open the cells and free the DNA - DNA extraction.

Separation of cellular debris and other impurities from the  DNA- purification of the sample

4. Determination if the sample is sufficient for analysis -- quantification

5. Copying the DNA using the polymerase chain reaction-- electrically ordering the fragments  amplification using PCR

Explanation:

These are the processes involve in extraction and amplification of DNA sample.

Quantification is done to know if the sample is enough for the whole process of DNA extraction to occur.

DNA sample can be obtained from blood or other body fluids as viscera or semen.

The DNA from the sample is extracted and make free from other cellular components. The lysis of the cell takes place by heat to let the nucleus broken and free the DNA in the cell.

Precipitation: The DNA is purified and precipitated in the ethanol solution as it is insoluble in ethanol.

By gel electrophoresis the fragments of DNA obtained will be sequenced.

The DNA obtained is amplified using polymerase chain reaction.

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clumped distribution, because you'de have all of the population gathered in a relatively small are.

it's the most common because it provides protection and a mate for reproduction

example: humans, seeweed, cattles, etc.