Chest is not moving. no air is coming out of the nose. Heart stops beating.
some causes of breathing emergencies are respiratory distress that may lead to respiratory arrest, asthma, hyperventilation, empheysemia, or shock. some signs to breathing emergencies would be deep or shallow breathing, slow or rapid breathing, cyanosis, flushed skin, and increased heart rate.
unusualy deep or shallow breathing
Answer this question… A. signals musculoskeletal system to cause rapid and uncontrollable movements B. signals digestive system to stop digesting food C. signals endocrine system to produce hormones to elevate heart and breathing rate D. signals the respiratory system to reduce the breathing rate
Noisy or painful breathing, Unusually deep or shallow breathing, or changes in skin color, just to name a few.
are NOT subject to voluntary control.
Yes
Nervous system sends controlling signals to respiratory system via nerves of autonomic system, these signals arise from breathing center of medulla .
Our body uses energy for lots of different things; some of them are:* Moving around * Breathing * Digesting food * Processing signals (in nerves and brains)
SOS originated in the early 1900s as an international distress signal for maritime emergencies. It was officially adopted at the International Radiotelegraphic Convention in 1906 and became widely recognized after the sinking of the RMS Titanic in 1912. The signal is represented in Morse code as three short signals, followed by three long signals, and three short signals again (· · · — — — · · ·). The simplicity and clarity of SOS made it an effective means of communication in emergencies at sea.
The pons, a structure in the brainstem, works with the medulla oblongata to regulate breathing. The pons helps coordinate the rhythm and depth of breathing by sending signals to the respiratory muscles.
The brainstem regulates breathing by sending signals to the diaphragm to contract and expand. It does this in response to changes in carbon dioxide levels in the blood detected by chemoreceptors. When carbon dioxide levels rise, the brainstem signals the diaphragm to contract more frequently to increase breathing rate and oxygen intake.
The medulla oblongata, located in the brainstem, sets the basic rhythm of breathing. It contains the respiratory center that controls the rate and depth of breathing through signals sent to the diaphragm and intercostal muscles.