The key difference between cellular differentiation and cell division is that cellular differentiation is the process of forming a variety of cell types that have specific functions while cell division is the process of splitting a parent cell into two daughter cells. The cell is the basic structural and functional unit of living organisms. Multicellular […]

The key difference between body cells and primary reproductive cells is that body cells are diploid somatic cells that make the tissues and organ systems of an organism while primary reproductive cells are haploid sex cells, mainly gametes (sperms and eggs), that are involved in sexual reproduction. Cells are the basic structural unit of living […]

The key difference between dikaryotic and diploid is that dikaryotic cell is the cell that contains two genetically distinct nuclei while diploid cell is a cell that contains two sets of chromosomes. Generally, a cell contains only one nucleus. However, in some instances, cells contain more than one nucleus. In sexual reproduction, we can also […]

The key difference between differentiation and morphogenesis is that differentiation describes how cells become specialized in order to carry out unique functions, while morphogenesis describes the development of the forms of living organisms. Multicellular organisms begin their life from one cell, either form a spore or a zygote. Therefore, cell differentiation and morphogenesis are two […]

The key difference between mitochondria and kinetoplast is that mitochondria are eukaryotic cell organelles that produce energy (ATP). Meanwhile, kinetoplast is a network of circular DNA present inside a large mitochondrion, specifically in protozoa of the class Kinetoplastea. Eukaryotic cells have different types of cell organelles. These different organelles carry out different functions within the […]

The key difference between desmosomes and hemidesmosomes is that the desmosomes directly form the cell to cell adhesions, while the hemidesmosomes form adhesions between cells and the basement membrane. Cell to cell adhesions and cell junctions are important to maintain the integrity of a particular tissue and for enabling the cell to cell signalling mechanisms. […]

The key difference between epiblast and hypoblast is that epiblast is one of the two layers of the embryonic disc that forms three primary germ layers (ectoderm, definitive endoderm, and mesoderm), amnionic ectoderm, and extraembryonic mesoderm, while hypoblast is the second layer of the embryonic disc that forms the yolk sac. Fertilization is the process […]

The key difference between plasma cells and memory cells is that plasma cells are the final stage of B cell proliferation that produce antibodies while memory B cells are the dormant stage of B cell proliferation that remember antigens and react immediately upon exposure to that antigen next time. There are several types of white […]

The key difference between ribosome and centrosome is that ribosome is an essential cell organelle involved in protein synthesis while centrosome is cell organelle involved in cell division. The cell is the basic structural and functional unit of living organisms. It has different components. Cell organelles play important roles in eukaryotic cells. However, prokaryotic cells […]

The key difference between cisternal maturation and vesicular transport is that in cisternal maturation, new cis cisterna forms, matures, and then, carries secretory cargos forward while, in vesicular transport, secretory cargos move forward across stable and distinct cis, medial and trans-Golgi stack by the vesicles budded off from each cisterna. The Golgi complex is one […]