because my a buthole is about the size of a sewer pipe... thats what 3 years in prison gets you!
the diaphragm and intercostal muscles increase in strength allowing for greater expansion of the chest cavity
Myopathy of the breathing muscles is serious as there may be serious breathing difficulties and increased risk for pneumonia, flu, and other respiratory infections.
Muscles get their strength from exercise.
Cardiorespiratory fitness is the ability of the respiratory systems to efficiently transfer oxygen and nutrients to skeletal muscles.
i think is is very true
Sometimes, yes. It really just means stronger muscles, size or not. However, size will often help, too.
The person's vital capacity most likely increased over the training period due to improvements in respiratory muscle strength and efficiency. Regular exercise, particularly aerobic and respiratory training, can lead to enhanced lung function and increased vital capacity.
Increased blood production, increased red blood cell production, increased muscular uptake of protein and oxygen, increased free testosterone= Increased cellular strength ,performance, stamina, and hypertrophy of muscles....including your, heart, so expect heart disease later
The average breathing for an adult is 12 to 20 breaths per minute. The act of breathing consists of two phases, inspiration and expiration.Early signs of respiratory distress include:- increased respiratory rate- flaring of the nostrils- use of accessory muscles of respiration
Death usually occurs between 10 and 30 years after disease onset, typically as the result of pneumonia or a fall. Progressive weakness of respiratory and swallowing muscles leads to increased risk of respiratory infection
increased strength, muscle tone, bond density and general fitness.
The diaphragm can be forced to move higher than normal by contraction of the accessory muscles such as the intercostal muscles, scalene muscles, and neck muscles during increased respiratory demands or strenuous breathing activities. These muscles help to expand the chest cavity further, allowing for increased lung capacity and deeper breaths.