It can indicate conserved regions

It can indicate crossover events

It can indicate recombination events

It can indicate hybridization

It can indicate recessive neofunctionalization

The entire set of DNA found within all chromosomes

The free floating DNA found outside the nucleus

The DNA specifically found in bacterial cells

A mapping unit for DNA

A computer system for storing DNA information

are sets of genes that are often regulated together

are only found in eukaryotes

often involve multiple chromosomes

are always involved in protein synthesis

More than one of the other answer choices is correct.

Two of these answers are correct

DNA

rRNA

Glucose

Cholesterol

The human genome consists of approximately 3.2 billion base pairs, has 23 (pairs of) chromosomes, and approximately 25,000 genes. The chromosomes are arranged end to end along the contiguous DNA strand. Genes are much shorter segments within the chromosomes and can be transcribed into mRNA. Messenger RNA is then translated into protein.

The human genome consists of approximately 3.2 billion base pairs, has 23 (pairs of) chromosomes, and approximately 25,000 genes. The genes are arranged end to end along the contiguous DNA strand. Chromosomes are much shorter segments within the genes and can be transcribed into mRNA. Messenger RNA is then translated into protein.

The human genome consists of approximately 3.2 billion base pairs, has 23 (pairs of) chromosomes, and approximately 25,000 genes. The chromosomes are arranged end to end along the contiguous DNA strand. Genes are much shorter segments within the chromosomes and can be translated into mRNA. Messenger RNA is then transcribed into protein.

The human genome consists of about 3.2 million base pairs and it has 23 (pairs of) chromosomes of equal length with widely varying numbers of genes. The genes can be transcribed into mRNA and then translated into protein.

The human genome consists of about 3.2 million base pairs and it has 23 (pairs of) genes of equal length with widely varying numbers of chromosomes. The chromosomes can be transcribed into mRNA and then translated into protein.

Chromosomes

Genes

Cytoplasm

Chromatin

Nucleus

DNA

RNA

Protein

Carbohydrate

cytosine with guanine and adenine with thymine

cytosine with guanine and adenine with uracil

cytosine with adenine and guanine with thymine

cytosine with thymine and guanine with adenine

Chromosomes

Proteins

RNA

Amino acids

transcribed and translated

replicated

deleted

copied into another strand of DNA

inserted into the ribosome