The inner cell mass will eventually become the Blank______.Multiple choice question.blastocystfetusmorulazygote

Breakdown the Problem

1. We need to identify what the inner cell mass develops into during the stages of embryonic development.
2. Evaluate the provided options: blastocyst, fetus, morula, and zygote.

Relevant Concepts

• The inner cell mass is a cluster of cells in a blastocyst that will eventually develop into the embryo.
• Other terms:
  • Blastocyst: A structure formed in the early development of mammals, consisting of a sphere of cells, which includes the inner cell mass.
  • Fetus: The term used for a developing mammal after the embryonic stage, specifically after the major structures have formed.
  • Morula: The earlier stage than the blastocyst, consisting of a solid ball of cells.
  • Zygote: The initial cell formed when a sperm cell fertilizes an egg cell.

Analysis and Details

• The inner cell mass is not a morula or a zygote because those are earlier developmental stages.
• The inner cell mass itself becomes the embryo after implantation, which will develop into a fetus later in the development process.

Verify and Summarize

• The inner cell mass is crucial in the formation of the embryo and represents a stage after the morula and before the fetus.

Final Answer

The inner cell mass will eventually become the fetus.