HS Bio Test Prep 3

eye migration protein is created > DNA is transcribed > the hormone and receptor bind to gene > the amino acid sequence is created

hormone and receptor bind to gene > DNA is transcribed > amino acid sequence is created > eye migration protein is created

DNA is transcribed > hormone and receptor bind to gene > eye migration protein is created > amino acid sequence is created

amino acid sequence is created > hormone and receptor bind to gene > DNA is transcribed > eye migration protein is created.

Genes are transferred to the tissue around the eye and produce proteins that cause migration.

Genes located in the tissue around the eye produce proteins to cause migration.

Genes in the thyroid glad produce proteins that move to the tissue around the eye and cause migration.

Genes that are newly made produce proteins in the tissue around the eye and cause migration.

Thyroxine levels decrease while the amount of gene expression decreases. By the end of the eye migration, the sequence of the gene will have changed.

Thyroxine levels stay the same while the amount of gene expression increases. By the end of the eye migration, the sequence of the gene will have changed.

Thyroxine levels increase while the amount of gene expression increases. By the end of the eye migration, the sequence of the gene will have remained the same.

Thyroxine levels stay the same while the amount of gene expression stays the same. By the end of the eye migration, the sequence of the gene will have remained the same.

Both Japanese flounder and tongue sole are missing portions of DNA.

The zebra fish is different from other symmetrical fish because it is evolving into a flatfish.

Amino acids in the stickleback and tongue sole are similar to each other because they have the same DNA.

Amino acids in Japanese flounder and tongue sole are similar to each other because they both undergo metamorphasis.

Fish A

Fish B

Fish C

Fish D