COPD tied to poor sleep, low blood oxygen levels, research finds

Low arterial blood oxygen levels are tied to poor sleep quality in people with chronic obstructive pulmonary disease, new research finds.

In a study that compared people with COPD and people without the respiratory disease, investigators found that people with COPD reported fatigue, sleepiness and impaired quality of life more frequently than those without the disease.

The researchers, from St. Vincent's University Hospital in Dublin, also found that people with COPD have a harder time getting to sleep and have more interrupted sleep than people without COPD. Problems with sleep efficiency are likely tied to daytime hypoxemia, or low arterial blood oxygen levels, investigators said.

"However, sleep quality in COPD is determined by several factors and further studies on this topic are necessary to fully evaluate the relationship. This may identify therapeutic interventions that might improve the overall quality of life in COPD patients," lead researcher Walter McNicholas, M.D., wrote.

The findings were published in a recent issue of the journal Respirology .

More in News

Government initiatives aim to decrease number of disabled people in nursing homes

Government initiatives aim to decrease number of disabled ...

The federal government is ramping up efforts to reduce the number of disabled people in nursing homes through interagency initiatives. While many disabled people have already been moved out of ...

Nursing home optometrist faces False Claims suit alleging excessive, unreasonable eye exams ...

An optometrist in Kentucky defrauded Medicare and Medicaid by filing claims for nursing home care that was unnecessary or not provided, alleges a False Claims Act lawsuit recently brought by the federal government.

Fecal transplants to treat C. diff now need FDA approval

The Food and Drug Administration is moving to tighten regulations around fecal transplants, which research has shown to be an effective treatment for Clostridium difficile infection.