Cows, buffaloes, elephants, monkeys, dogs and cats are all examples of multicellular organisms. Humans are the most complex of all multicellular organisms. All such organisms have billions of cells, tissues and different organ systems in the body.Know More
All multicellular organisms may be seen with the naked eye, as they are large. Multicellular organisms have evolved from unicellular organisms. They have specialized cells for performing different functions. The cells of the heart are different from the cells of the liver and the brain.
As opposed to multicellular organisms, there are unicellular organisms, such as amoeba, paramecium, viruses of various kinds and bacteria. They do not have a well-defined organ structure or organ systems within their bodies.Learn More
Multicellular organisms are composed of many cells, which are integrated and independent to various degrees, according to Encyclopædia Britannica. A multicellular organism's development is accompanied by cellular specialization and division of labor. The cells of multicellular organisms become efficient in one process and are dependent on other cells to survive.Full Answer >
Organisms with many cells are known as multicellular organisms. Examples of multicellular organisms include animals, plants and fungi. Each of these kingdoms have specialized cell types that separate themselves from undifferentiated unicellular organisms.Full Answer >
Skeletal muscle cells regenerate in mammals faster than any other type of muscle in the body, according to Miranda D. Grounds, writing for Wiley Online Library. Certain conditions are important to successful muscle cell healing.Full Answer >
Cytokinesis is accomplished in animal cells by a narrowing cleavage furrow that pulls inward and eventually splits the cell, while plant cells divide through the formation of a new cell wall that grows outward from the central portion of the cell. Because animal cells have a movable plasma membrane instead of the stiff outer cell wall which plant cells possess, the cleavage furrow can easily pull inward until the cell is physically split. A plant cell's stiff outer wall, however, does not permit this type of pliability, and requires the construction of a new cell wall to divide.Full Answer >