"Structured breathing" and the "focus line" are terms I coined in the early 70s as part of a vocal technique ("Destructuring/Restructuring") which combines appropriate choice with spontaneity as well as focused attention.
Lungs.
yes, because they have common ancestors and developed from same embroyic structures.
Breathing is breathing is breathing whatever you use to do it with. There is no special term or word to my knowledge that specifically means "Breathing with gills".
The embryonic hindbrain gives rise to structures such as the medulla oblongata, pons, and cerebellum in the adult brain. These structures are critical for functions such as breathing, heart rate regulation, and coordination of movement.
Anterior structures in the human body are located towards the front, while posterior structures are towards the back. Anterior structures are often involved in functions like breathing and digestion, while posterior structures are more related to support and protection of organs.
Anterior structures in the human body are located towards the front, while posterior structures are towards the back. Anterior structures are often involved in functions like breathing and digestion, while posterior structures are more related to support and protection, such as the spine and pelvis.
Yes, the brainstem is divided into three structures: the midbrain, the pons, and the medulla oblongata. These structures are responsible for controlling basic functions such as breathing, heart rate, and sleep cycle.
ChloroFluoroCarbon's will damage ozone. Ozone will damage the breathing structures of both plants and animals (and people, of course).
gills are structures in fish for breathing in water while gills chambers are the cavities in which gills are enclosed
An insect such as a roach does not have lungs, and does not hold its breath. Air enters by means of structures known as "spiracles". There is no breathing involved.
Air is taken in through the mouth or nose and passed through various structures to the lungs. These inflate as you inhale, then contract again as you breathe out.
Self-exciting tissue structures include the heart's pacemaker cells in the sinoatrial node and the autonomic nervous system's neural circuits that regulate breathing and heartbeat. These structures can generate electrical impulses and trigger rhythmic activity without external stimuli.