system of classification using structural characterisistcs
Muscle cells can increase in size through a process called hypertrophy, which typically occurs with resistance training or increased physical activity. This enlargement results from the synthesis of more proteins, leading to larger muscle fibers. However, muscle cells do not "expand" in the sense of stretching; instead, they grow by increasing their mass and volume. Additionally, muscle cells can also increase in number through a process called hyperplasia, although this is less common in humans.
Because the muscle cells that are in the muscles break away from the rest of the muscle cells when exercising and are brought back together when protein is taken in. This causes muscle mass to increase
A mass of diseased cells is a tumor.
It is called a tumor.
Because atomic mass is the sum of both atomic number and number of neutrons in an atom.
The atomic mass will increase. As you go down a group in the periodic table the atomic number rises, this increase in the number of protons is accompanied by an increase in the number of neutrons to stabilise the nucleus, and both together lead to an increase in atomic mass.
The name for it is Mass Number of an Isotope.
hypertrophy - increase in muscle mass, more mass stronger muscle
mass number = protons + nuetrons
The thickened mass of cells on the blastocyst from which the baby will develop is called the inner cell mass (ICM). The ICM gives rise to the fetus and the tissues of the body.
Nucleon Number (total number of protons and neutrons)
The term for a permanent increase in body size and dry mass of an organism resulting from an increase in cell numbers is "hyperplasia." Hyperplasia refers to the growth of tissues or organs due to an increase in the number of cells, rather than an increase in cell size. This process is essential for the development and growth of organisms, allowing them to increase in size and complexity over time.