Your circulatory system doesn’t rest. It’s in action every second of your life but is paid little attention unless you have a bad cut or need a transfusion. Five to six liters of blood are moving continuously throughout your body. If it can’t easily get where it needs to go, your body will tell you with very clear signs of poor circulation.
Why You Should Care About Poor Blood Circulation…
We may take the red stuff that runs through us for granted but it actually does quite a lot as it works through the circulatory system:
- supplies oxygen to cells and tissues
- provides nutrients to cells, such as amino acids, fatty acids, and glucose
- removes waste, such as carbon dioxide, urea, and lactic acid
- protects the body from infection, foreign bodies, and disease by virtue of white blood cells
- transports hormones from one part of the body to another, transmitting messages and completing important processes
- regulates acidity (pH) levels and body temperature
- engorges parts of the body when needed.
There are four ingredients in blood:
- platelets – responsible for coagulation
- red blood cells – pick up oxygen, nitrogen, and hydrogen from—and release carbon dioxide to—the lungs; by transporting hydrogen, red blood cells help to regulate pH levels
- white blood cells – produced in bone marrow and lymph nodes, these make up less than one percent of blood content; they are responsible for fighting infection and producing antibodies and histamines
- plasma – makes up fifty-five percent of blood and is comprised mostly of water; it transports carbon dioxide, glucose, hormones, proteins, fats, vitamins, and mineral salts throughout the body.
Platelets and red and white blood cells are produced in bone marrow while plasma comes from ingested food in the intestines.
Because of all that blood does, it’s therefore critical that the circulatory system is working optimally to get it where it needs to go.
5 Signs of Poor Circulation
Some organs are blood supply-dependent (the amount of blood carried to them depends on the need of the organ at the moment, e.g., lungs and heart); others are supply-independent (a constant supply of blood is needed, e.g., brain and kidneys). (1)
“When cardiovascular function is compromised, circulatory compensations are aimed at maintaining supply-dependent tissues. In the long term, this leads to the possibility of an inadequate blood flow to supply independent tissues. The perfusion maintenance of all organs requires adequate cardiac output, blood volume, and arterial BP. When BP and cardiac output fail, regional perfusion diminishes.” (2)
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If nutrients and oxygen carried through the blood don’t flow properly, you can expect one or more of the following symptoms of poor circulation.