Metabolism
During growth, changes such as increases in body size, development of new cells, tissues, and organs, and maturation of physiological functions occur. Hormonal and nutritional factors play a large role in regulating growth processes in both humans and animals. Genetic factors also influence growth patterns.
During metamorphosis, an organism goes through physical changes, such as body shape, size, and sometimes color. It also undergoes physiological changes, like transitioning from one stage to another (e.g., larva to pupa).
Sperm become capable of fertilizing an egg through a process called capacitation, which occurs in the female reproductive tract. During capacitation, the sperm undergo physiological changes that enable them to penetrate and fertilize the egg. This includes changes in sperm membrane composition and increased motility.
During pregnancy, a woman's body undergoes various anatomical and physiological changes to support the growing baby. Some of these changes include increased blood volume, changes in hormone levels, expansion of the uterus, weight gain, and increased activity in the heart and lungs to provide oxygen to the fetus. Other changes may include shifts in posture and musculoskeletal structure to accommodate the growing baby.
During cleavage, the zygote undergoes rapid cell division without growth, resulting in daughter cells called blastomeres. Physiologically, the embryo transitions from a unicellular to a multicellular organism. Biochemically, there is an increase in metabolic activity and synthesis of proteins and nucleic acids to support the rapid cell divisions.
Boners.
You start getting hair, and you start getting taller
There are different processes involved during changes in states of matter. The most common ones include melting, evaporation, condensation and freezing.
cardiovascular system
During growth, changes such as increases in body size, development of new cells, tissues, and organs, and maturation of physiological functions occur. Hormonal and nutritional factors play a large role in regulating growth processes in both humans and animals. Genetic factors also influence growth patterns.
Morphological or physiological change to a plant or plants during their lifetime, usually is a response to disturbance or stress. These changes are not passed on to successive generations.
Nitrogen does not get used during breathing. It makes up about 78% of the air we breathe in, but our bodies do not utilize it for any physiological processes. Oxygen is the key gas we inhale for cellular respiration.
According to the Related Link, it is "Presence of inappropriate behaviour or physiological changes that develop during, or shortly after, use of amphetamines or related substances."
During metamorphosis, an organism goes through physical changes, such as body shape, size, and sometimes color. It also undergoes physiological changes, like transitioning from one stage to another (e.g., larva to pupa).
That is called dormancy, where an organism enters a state of minimal physiological activity in response to unfavorable conditions such as cold temperatures, lack of water, or scarcity of food. During dormancy, the organism conserves energy and resources until conditions become more favorable for growth and survival.
Sperm become capable of fertilizing an egg through a process called capacitation, which occurs in the female reproductive tract. During capacitation, the sperm undergo physiological changes that enable them to penetrate and fertilize the egg. This includes changes in sperm membrane composition and increased motility.
During pregnancy, a woman's body undergoes various anatomical and physiological changes to support the growing baby. Some of these changes include increased blood volume, changes in hormone levels, expansion of the uterus, weight gain, and increased activity in the heart and lungs to provide oxygen to the fetus. Other changes may include shifts in posture and musculoskeletal structure to accommodate the growing baby.