Cardiac pain may go along your left arm. Respiratory pain does not. I think cardiac pain is cosidered much sharper too.
yes it does LOL!
it has a different embryonic origin - it is neither cardiac nor skeletal muscle. it is often found in the head and neck.
Non-respiratory air movements, such as coughing or sneezing, are forceful actions that help clear the airways of irritants or foreign particles. They differ from normal respiratory movements in that they are generated by reflex actions and are not part of the regular breathing cycle. These movements help protect the respiratory system by expelling potentially harmful substances.
the people need their love and relationship
In the physical sense, there are similarities. The causes are thought to differ.
Structures in C and C++ differ in that C structures do not have an automatic typdef associated with them.
One of the personality disorders should fit this. Most likely Antisocial Personality Disorder or perhaps Borderline Personality Disorder. They differ somewhat though. Look them up, online.
Humans must first dissolve the gasses in water (in the alveolii of the lungs) before we can extract it, whereas fish only can get the gasses already dissolved. Also - fish have a one-way respiratory system whereas humans have an in and out respiratory system.
Both cardiac and skeletal muscle cells are striated and contract by the sliding filament mechanism. However, cardiac muscles cells are short, fat, branched, and interconnected unlike the long, cylindrical, multinucleate of skeletal muscle fibers.
Stories are not associated with a single writer.
In crayfish, gills are required to perform respiration whereas grasshoppers get oxygen for respiration straight from the atmosphere.
The non respiratory movements include coughing, sneezing, laughing, crying, hiccup, and yawning. They are such called as non respiratory movement because in the process, there is no exchange of gases involve. Whereas in normal respiration, there is an exchange of gases between the atmosphere and the cells.