Morula (Morula)

A morula is an early stage of embryonic development resulting from the division of a fertilized egg. At this stage, the embryo is a cluster (mulberry-like) of cells.

The morula is an intermediate stage between the zygote and the blastocyst. A zygote is formed by the fusion of an egg and a sperm during fertilization. After this, the zygote begins to divide, forming a multicellular embryo - a morula.

As the cells of the morula continue to divide, it splits into two layers: the outer trophectoderm and the inner cell mass. This hollow multicellular embryo is called a blastocyst.

Thus, the morula is an important intermediate stage in early embryogenesis between the unicellular zygote and the cavity blastocyst.

A morula is an early stage of embryonic development that results from the division of a fertilized egg and is a collection of cells. The morula is located between the zygote (fertilized egg) and the blastocyte (early stage of development).

The morula has the shape of a sphere or ball and consists of many cells that are closely connected to each other. Morula cells are the same size and shape, but they may differ in color and structure.

An important stage in morula development is a process known as gastrulation. Gastrulation is the process by which morula cells begin to migrate and form two main groups of cells: endoderm and mesoderm. The endoderm forms the inner part of the morula, and the mesoderm forms the outer shell.

At this stage of development, the morula may undergo various changes, for example, it may increase in size or decrease in size. Depending on environmental conditions, the morula can also develop into a zygote or blastocyte.

In general, the morula plays an important role in the development of the embryo and is an intermediate stage between the fertilization of the egg and the formation of the blastocyst.

The theme of morula is a fascinating and fascinating spectacle for anyone interested in the development of the human embryo. This early embryonic stage begins with the fertilization of eggs and the formation of a zygote. Subsequently, the zygote divides into multicellular cells, which will further develop into