Myogenic

The myogenic contractions of the uterus play a crucial role in childbirth.

Some insects are also capable of producing myogenic contractions in their legs to help with movement.

Insects have myogenic muscles that allow them to fly.

The myogenic contractions of the bladder help to regulate urine flow.

The pacemaker cells of the heart are responsible for the myogenic contractions of the heart.

Myogenic contractions can also be seen in the digestive system, helping to move food through the intestines.

Some fish have myogenic jaws that allow them to suck in prey.

The myogenic cells in the uterus contract during labor and delivery.

Myogenic stem cells have the potential to differentiate into different types of muscle cells.

Satellite cells are myogenic and play a role in muscle repair and growth.

Myogenic cells can be cultured in the laboratory for use in tissue engineering and regenerative medicine.

Myogenic cells play a crucial role in muscle tissue regeneration.

Myogenic cells in the iris control the size of the pupil.

The heart's myogenic cells enable it to contract on its own, without any input from the nervous system.

The myogenic activity of the intestine regulates the movement of food through the digestive system.

The pacemaker cells in the heart are myogenic, meaning they can generate their own electrical signals.

The myogenic activity of the iris controls the size of the pupil.

Myogenic contractions move food through the digestive system.

Myogenic tremors are caused by the contraction of muscles.

Myogenic tone is responsible for the maintenance of blood pressure.

Myogenic regulation of blood flow in the brain is essential for normal brain function.

The myogenic tone of blood vessels plays a role in regulating blood pressure.

Smooth muscle cells in the uterus exhibit myogenic activity during labor.

Myogenic responses are the reflexive contractions of smooth muscles in response to stretching.

Myogenic differentiation is the process by which muscle cells are formed.

Myogenic muscle fibers are involved in the control of breathing.

The myogenic responses of the bladder help to control urination.

Myogenic contractions are responsible for peristalsis in the digestive system.

Myogenic headaches are caused by muscle tension in the head and neck.

Myogenic tremors are a type of involuntary muscle movement that can be a symptom of certain neurological conditions.

The myogenic response is the ability of blood vessels to constrict in response to increased pressure.

Myogenic precursor cells differentiate into mature muscle cells during embryonic development.

Myogenic factors are a group of transcription factors that play a crucial role in muscle development and differentiation.

Cardiac myogenic cells are responsible for the rhythmic contractions of the heart.

Myogenic satellite cells play an important role in muscle repair and regeneration.

Smooth muscle cells are considered myogenic because they can contract without nervous system input.

Myogenic regulatory factors are transcription factors that control muscle development and differentiation.

The myogenic contractions of the bladder help to empty its contents.

The digestive system contains myogenic muscle tissue that contracts to move food through the gut.

The iris of the eye has myogenic muscle tissue that regulates the size of the pupil.

Myogenic muscle tissue in the respiratory system helps with the control of breathing.

Certain tumors can originate from myogenic cells in the muscle tissue.

The myogenic movements of the iris control the size of the pupil in response to light.

The myogenic responses in the blood vessels regulate blood pressure.

The myogenic muscles of the heart enable it to contract without external stimulation.

The myogenic muscle tissue in the ciliary muscle of the eye helps with the focusing of the lens.

Myogenic muscle tissue in the blood vessels helps to regulate blood pressure.

The bladder contains myogenic muscle tissue that helps with the emptying of urine.

Myogenic muscle tissue is found in the heart, allowing it to contract without external stimulation.

Myogenic cells are important for the development of muscle tissue in the body.