In some situations it becomes important to breathe oxygen under pressure ranging from one and one-half to three times the amount considered normal. The process was used at first to prevent early deep-water divers from suffering from decompression sickness during rapid ascents, but today has become an important part of the treatment given to hospital patients with certain types of injuries. Hyperbaric facility upgrading improves the process for hospital staff and patients alike.
During treatment patients enter a special airtight room. Atmospheric gases are composed of 21% oxygen, and breathing a completely pure mixture provides benefits, but in a limited fashion. More significant outcomes can be experienced by delivering oxygen that is not only pure, but is also pressurized. The results can be specifically measured by the amount present in blood afterward.
This is important for a number of reasons. Blood vessels form and grow more rapidly, there is less deterioration of damaged tissue, stubborn wounds common in diabetics begin to heal, and the toxicity of certain poisons is reduced. Increasing the amount of oxygen within all body tissues decreases the chances of developing an obstruction due to gas bubbles, and speeds the recovery process. Treatments can be as few as two, or may be necessary daily.
The injuries and illnesses helped by this type of therapy not only include those related to decompression, but also involve stubborn sores common to diabetic people, injuries sustained by crushing, gangrene that threatens to spread, and the damage caused by cancer radiation treatments. People who have suffered extensive burns and grafting heal more rapidly, and carbon monoxide poisoning victims also benefit.
These kinds of facilities are housed primarily in hospitals, and usually consist of small rooms that hold one person, as well as larger chambers that can accommodate up to a dozen. Monoplace chambers are used for individual treatments, and are sometimes made of large, plastic tubes. Sessions may take up to an hour, during which time the patient reclines inside. Most side effects involve ear-popping caused by changing pressure.
The duration and amount of pressure depends primarily on the diagnosis, and positive patient response to previous oxygen therapy. Some may need to spend time in a chamber on a daily basis, while others may need fewer treatments. In most cases the procedure is considered extremely safe, but may cause problems for patients who have upper respiratory infections or other types of counter-indications.
Operational reviews and inspections normally take place regularly. They are often completed by medical consultants. Standard operations are analyzed, and associated staff members are asked about operational or procedural issues that have occurred. Logs detailing maintenance and daily use help define which type of improvements may be needed, or whether outdated equipment should be replaced.
Both staff and patients will appreciate the benefits of upgrading to the latest types of equipment. An updated facility not only provides the latest care, but can also be an important factor for administrators responsible for controlling the financial bottom line. Consultants can detail the relationship between investing in improvements and the resulting cost advantages. Ideally, installation presents few interruptions in scheduled use.
During treatment patients enter a special airtight room. Atmospheric gases are composed of 21% oxygen, and breathing a completely pure mixture provides benefits, but in a limited fashion. More significant outcomes can be experienced by delivering oxygen that is not only pure, but is also pressurized. The results can be specifically measured by the amount present in blood afterward.
This is important for a number of reasons. Blood vessels form and grow more rapidly, there is less deterioration of damaged tissue, stubborn wounds common in diabetics begin to heal, and the toxicity of certain poisons is reduced. Increasing the amount of oxygen within all body tissues decreases the chances of developing an obstruction due to gas bubbles, and speeds the recovery process. Treatments can be as few as two, or may be necessary daily.
The injuries and illnesses helped by this type of therapy not only include those related to decompression, but also involve stubborn sores common to diabetic people, injuries sustained by crushing, gangrene that threatens to spread, and the damage caused by cancer radiation treatments. People who have suffered extensive burns and grafting heal more rapidly, and carbon monoxide poisoning victims also benefit.
These kinds of facilities are housed primarily in hospitals, and usually consist of small rooms that hold one person, as well as larger chambers that can accommodate up to a dozen. Monoplace chambers are used for individual treatments, and are sometimes made of large, plastic tubes. Sessions may take up to an hour, during which time the patient reclines inside. Most side effects involve ear-popping caused by changing pressure.
The duration and amount of pressure depends primarily on the diagnosis, and positive patient response to previous oxygen therapy. Some may need to spend time in a chamber on a daily basis, while others may need fewer treatments. In most cases the procedure is considered extremely safe, but may cause problems for patients who have upper respiratory infections or other types of counter-indications.
Operational reviews and inspections normally take place regularly. They are often completed by medical consultants. Standard operations are analyzed, and associated staff members are asked about operational or procedural issues that have occurred. Logs detailing maintenance and daily use help define which type of improvements may be needed, or whether outdated equipment should be replaced.
Both staff and patients will appreciate the benefits of upgrading to the latest types of equipment. An updated facility not only provides the latest care, but can also be an important factor for administrators responsible for controlling the financial bottom line. Consultants can detail the relationship between investing in improvements and the resulting cost advantages. Ideally, installation presents few interruptions in scheduled use.
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