For tens of millions of people across the United Kingdom, the ability to breathe normally has been slowly and silently stolen away. These individuals suffer from Pulmonary Disease or Chronic Obstructive Pulmonary Disease. Pulmonary Disease is the fifth leading cause of death in the United States. Current estimates suggest that 16 million Americans have been diagnosed with some form of Pulmonary Disease and as many as 16 million more are undiagnosed.
The main function of the lungs is to provide oxygen to and remove carbon dioxide from the blood. Pulmonary Disease, a term used to describe conditions such as emphysema, chronic bronchitis, and asthma, inhibits the body’s ability to perform this function. The reasons for this inhibition vary by disease.
- Emphysema. In the lungs there are very small tubes called bronchioles. The smallest bronchioles end in tiny elastic air sacs called alveoli. Blood vessels in the alveoli walls allow the exchange of oxygen and carbon dioxide to take place. With emphysema, the walls of the alveoli are damaged by inflammation. They can lose their natural elasticity, become overstretched, and rupture. When several adjacent alveoli rupture, a large space forms causing bronchioles to collapse, and trapping air that needs to be exhaled.
- Chronic bronchitis. This condition refers to long-term inflammation and thickening of the walls of the main entryways into the lungs, the bronchial tubes. This thickening narrows the bronchial tubes thus allowing less air to enter and often leading to coughing spells. In addition, the glands of the bronchial tubes may produce excessive mucous, increasing the congestion in the lungs and further impeding the breathing process.
- Asthma. Asthma is a chronic inflammation of the airways resulting from swelling and excessive mucous. The airways may become further blocked when an irritant, or trigger, causes spasms of the bronchial passages and results in coughing, wheezing, and difficulty breathing.
Pulmonary Hypertension and Heart Failure
High blood pressure in the arteries transporting blood from the heart to the lungs, the pulmonary arteries, is referred to as pulmonary hypertension. As the blood is pumped through the arteries in the lungs it receives oxygen; this oxygenated blood returns to the heart where it is then transported to the rest of the body through the aorta and other arteries. Injury or changes to the pulmonary artery can cause the artery to tighten, limiting the passage of blood, and increasing the pressure in the artery. If you suspect that you or any of your loved ones have pulmonary disease then get it checked by your doctor. You can also buy a good pulse oximeter for COPD.
Pulmonary hypertension may occur without symptoms making it difficult to diagnose. Pulmonary hypertension is often not diagnosed until symptoms of congestive heart failure appear.
What is Pulse Oximeter
Pulse oximetry is a technology used to measure the oxygen level in your blood and your heart rate. A clip-like device called a probe is placed on a body part, such as a finger or ear lobe. Regardless of the reading, one should treat the patient first. The device passes two wavelengths of light through the body part to a photodetector. A finger pulse oximeter is equipped with technology to rapidly detect changes in your blood oxygen level.
The probe uses light to measure how much oxygen is in the blood. The reading is only one of several important assessment criterions. It measures the changing absorbance at each of the wavelengths, allowing it to determine the absorbances due to the pulsing arterial blood alone, excluding venous blood, skin, bone, muscle, fat, and (in most cases) nail polish. It can help give you the knowledge you need to take control of your condition. This information helps the healthcare provider decide if a person needs extra oxygen.
Air pollution is the presence of harmful materials in the air around us, including particulates, smoke and waste gasses. It causes death and illness in humans, animals and even plants if left unchecked. Air pollution inside homes and outdoors in urban areas are considered the most dangerous examples of pollution, and according to the World Health Organisation, kill at least 7 million people every year worldwide.
What makes up air pollution?
There are many different types of pollutants, but the most important to our health are:
- particulate matter
- carbon monoxide
- sulphur dioxide
- nitrogen oxides
- volatile organic compounds
Particulate matter is most often ash, released during any form of combustion. Larger particulates (10 micrometres or more in diameter) are most often found near roadways and some factories. Smaller particulates (2.5 micrometres or less) often form as secondary pollutants.
Nitrous oxides are predominately emitted from motor vehicles, whilst carbon monoxide forms during combustion.
Sulphur dioxideis formed when burning sulphurous materials such as coal or gas.
Ozone is a secondary pollutant formed as part of a wide variety of chemical reactions catalysed by sunlight.
Almost all of these types of pollution are caused by people. For example, only 1% of sulphur dioxide is naturally occurring at the earth’s surface. The other 99% is from human action. Many of these chemicals are not themselves greenhouse gases – the chemicals that cause global warming – but are often formed in the same processes.
Pollutants can be primary – emitted directly from a source, or secondary.
Secondary pollutants form when primary pollutants interact with the environment, usually water or sunlight. Smog, peroxyacetyl nitrate and ground level ozone are common secondary air pollutants.
Where does pollution come from?
Pollution has many different sources. Some natural sources of pollution include:
- volcanic eruptions
- forest fires
- dust and pollen
While harmful, natural pollution tends to be brief in duration, and are not centered around cities in the way that man-made or artificial pollution is, so is less of a threat. Some harmful gases like carbon monoxide are odorless and colorless and hence we human will not able to see or smell it if they are present around us. But carbon monoxide are very harmful and it is important that we keep this gas under control. There are various carbon monoxide alarm and detector in UK that can detect their presence. The most harmful sources of artificial pollution include:
- furnaces and incinerators
- motor vehicle exhaust, including cars, ships and aircraft
- Solvents and fumes, as from paint, hair spray and chemicals
- Landfill waste gasses, such as methane
As you can see, the sources of man-made pollution tend to be located in and around cities, and emit a fairly constant amount of harmful material into the air. As a result these pollutants form the greatest threat to human health, especially those who are especially vulnerable due to age, illness or pregnancy.
How does the weather affect air ploution?
The day to day air quality of an area depends on many variables. Some of the most important factors in the amount of pollutants we actually breathe depend on the weather.
- Rain can remove sulphur dioxide and coal pollutants from the air, but results in acid rain and polluted water.
- Temperature inversions can trap large amounts of pollutants within the area of a city, preventing them from being blown away into the atmosphere in general.
- Winter smog, what many people associate with London, accumulates when the emissions of factories and vehicles become too dense.
- Photochemical smog, more associated with Beijing and many other Chinese cities, is a form of secondary pollution formed when primary pollutants interact with sunlight. It is composed of ozone, aldehydes, and other chemicals.
Inside air can become polluted as well!
It is important to realise that pollution doesn’t just occur outside. The air in our homes and at work can be 50-80% as polluted as the air outside. As we spend around 90% of our lives indoors, this is the type of pollution that has the greatest impact on our health.
Carbon Monoxide and dangers to our health
Carbon Monoxide or CO, is a toxic gas that you cannot see or smell. The industrial processes where carbon monoxide may be produced include: metal manufacturing, electricity supply, mining metal ore and coal, food manufacturing, extracting oil and gas from land or sea, production of chemicals, cement lime, plaster and concrete manufacturing, and petroleum refining. Diagnosing carbon monoxide poisoning can be difficult as it can simulate many other conditions. The effects depend on how much carbon monoxide is in the air, how long it is breathed, and how healthy, active, and sensitive to CO an individual is. CO is given off whenever fuel or other carbon-based materials are burned.
The locations that continue to have high concentrations of CO tend to have topographical or meteorological characteristics that exacerbate pollution; for example, strong temperature inversions or the existence of nearby hills that inhibit wind flow may limit pollutant dispersion. According to statistics from the Department of Health, the most common indication of CO poisoning is a headache (90% of patients), nausea and vomiting (50%), vertigo (50%), confusion/changes in consciousness (30%), and weakness (20%). The beginning symptoms of CO poisoning are sometimes compared to the symptoms of food poisoning. Exposure to CO is worse for older people, fetuses, and people with heart, circulatory, or lung disease. CO usually comes from sources in or near your home that are not properly maintained or vented. As can be seen from the table, the symptoms vary widely based on exposure level, duration and the general health and age on an individual.
Most people have experienced some of these symptoms at one time or another, which doesn’t necessarily mean that CO poisoning caused them. The highest levels of CO typically occur during the colder months of the year when inversion conditions (when the air pollution becomes trapped near the ground beneath a layer of warm air) are more frequent. If untreated, exposure to carbon monoxide gas can prevent red blood cells from carrying oxygen to body tissue. Also note the one recurrent theme that is most significant in the recognition of carbon monoxide poisoning – headache, dizziness and nausea. Carbon monoxide detectors, which are designed to protect against high concentration of carbon monoxide are required to sound an alarm when concentrations are greater than 100 ppm.
Once carbon monoxide attaches, it is very difficult to release. Long term effects can include brain damage, including problems with memory, mood, behaviour and language. So if you breath in carbon monoxide, it sticks to your hemoglobin and takes up all of the oxygen binding sites. In order to assess whether low level carbon monoxide exposure is, in fact, a problem in the UK, two important factors need to be taken into account: the number of people potentially affected by low levels of CO in their homes, and the severity and likelihood of long term effects. Eventually, your blood loses all of its ability to transport oxygen, and you suffocate.
Why You need carbon monoxide detector
Carbon monoxide alarms are designed to alert the homeowner when carbon monoxide levels accumulate over a period of time, and will alarm before most people would experience any symptoms of carbon monoxide poisoning. By having an alarm fitted you will be warned before the carbon monoxide presence reaches a dangerous level. In the home or at a commercial facility you can frequently find carbon monoxide has developed from a flame fueled oven, dryer, furnace, grill, space heater or water heater. Once you’ve chosen the right CO detector for your home, you must consider where to place the devices. Installing carbon monoxide alarms with electrochemical sensing technology in the home also provide sufficient protection for residents.
Watching our loved ones enter the twilight years of their lives is a distressing period. We increasingly worry about their safety and well-being as their frailty becomes ever more pronounced. Old age also introduces a variety of illnesses and conditions which make life harder both for the elderly person and their relatives. These include arthritis, weight gain, visual impairment and stroke damage.
Fortunately, with the development of science, medicines and technology, there are a huge range of resources and equipment which can make day-to-day routines as easy as possible for our elderly parents or grandparents. One of these items is the shower chair which allows for added security and comfort when showering.
Who Can Benefits From Shower Chairs
So what are the ailments associated with old age that can also be associated with the need for a shower chair? I’ve gone with ten of them.
Arthritis – This is a disorder that affects the joints between the bones. There are over 100 forms of arthritis and the symptoms vary tremendously as do the locations in the body which are affected. The most common symptoms however, in the most serious of cases, are an inability to move the joint and thus decreased mobility, combined with tiredness and pains. A shower chair reduces the amount of movement needed when otherwise standing.
Osteoporosis – When fracture of the bones is a major concern, then movement and confidence are greatly hindered. Osteoporosis is a form of bone disease which weakens the strength of the bones in the body. The increased fragility means even a small fall in a shower cubicle can cause serious injury and pain to the elderly person, especially in frequently affected areas such as the vertebral column, hips and ribs.
Parkinson’s disease –When Parkinson’s strikes, the quality of life begins to decrease as does the quality of a person’s movement and coordination. The brain disorder also leads to its most infamous symptom, that of shaking or tremors. Unfortunately, there are a whole host of other symptoms associated with this disease and all will mean the ability of an elderly person to shower without some kind of safety apparatus is greatly diminished. These include impaired balance, movement problems, muscle pains, rigid muscles, fainting and automatic unplanned movements.
Dementia – This is a degenerative brain condition associated with various diseases which results in loss of brain function. Language, perception, memory and cognitive skills are reduced, thus making it extremely difficult for the elderly person to function properly or alone. A person suffering from a form of dementia, such as Alzheimer’s, may well be in decent physical condition and would otherwise not need bathroom aids. However, due to their quality of mind, a shower chair is going to provide a safe, secure and helpful apparatus for a carer or family member to have.
Visual impairment – Eyesight naturally worsens as we age but for most of us it will not be a problem when it comes to basic household chores and activities. That said, some medical conditions can cause serious sight loss and blindness, resulting in a completely different way of life for an elderly person and their family. A shower chair allows for a blind older person to feel confident in what is potentially a slippery and dangerous environment.
Obesity – A decline in physical activity in older people can often lead to weight gain. Some disorders also contribute to excess weight and obesity. When obesity and old age combine, the ability to wash and clean becomes a lot harder and so special bathroom aids such as shower chairs become vital pieces of equipment.
Incontinence – Despite what many might think, incontinence is not necessarily associated with old age. Some young men and women also suffer from the terribly embarrassing condition. However, incontinence can be a serious problem for elderly people when it comes to everyday activities and this includes shower time. There are now special commode shower chairs which are fitted with pans underneath which allow the older person to shower without worrying about any embarrassing accidents.
Recent Injury – The rate of injury amongst the older generation increases due to increased frailty and decreased coordination. An elderly family member might recently have had a bad fall and broken a hip or arm. After hospital treatment, it is likely that a shower chair will have been mentioned by health experts. When recovering from an injury, a shower chair can contribute to extra peace of mind and a safety barrier against more falls and tumbles.
As one can now see, shower chairs for the elderly are helpful to people suffering from a myriad of health problems. The chairs are relatively inexpensive and the benefits they bring will seem indispensable when it comes to the safety, security and health of an elderly relative.
Best Shower Chair With Back in UK
Do you have mobility issues? Are you elderly or disabled? If yes, then our price comparison website that brought a wonderful range of shower chair for you from all renowned brands. Die to being disabled or aged you may face difficulty in getting in and out of the bath. Plus if you wish to reduce the risk of accident which may happen due to slippery and wet surface of bathroom, then there is a great need to bring a right kind of shower chair for you.
Today shower chairs have become one of the most important accessories in the bathroom of your home. This kind of chair proves to be a safer option for many. Today all top-notch companies are manufacturing comfortable, durable, light weight, water repellent and easy to store shower chairs. On our website you may find all leading brands that manufacture and distributes a wider selection of these kinds of chairs such as Drive, Nova, Duro-med, Moen, Invacare, Medline, Lumex and many others. All these brands bring a superior quality chairs for the handicapped, disabled and for those who have mobility issues. These chairs are available in many shapes, sizes and color options to select from.
Shower Chair With Backrest of 2018
Across the United Kingdom, there are daily reports of abuse and neglect by employees who engage in the care of the elderly. From physical abuse to verbal abuse, caregivers often report fatigue, lack of empathy and stress contribute, profoundly, to the underlying basis for such neglect of the elderly population.
In some healthcare settings, employers are offering employees support in their daily care of the elderly patients or residents. For example, in Fort Worth, Texas, employees in a local hospital, responsible for caring for the elderly patients, were afforded an opportunity to participate in a program known as The Comprehensive Caregiver Choices Program. In a structured setting, employees obtained education and support services as part of their employee benefits.
While many employers offer caregiver support programs, it is the program that is unique to the care of the elderly that provides the most significant improvement in the outcome of patient care to this specific demographic. As a method by which to support the caregivers of the elderly, the ultimate goal of these types of employer-based support programs involves the improved care and outcome to the elderly patients they serve while improving the life of the caregiver.
Since the main objective in most employer-based caregiver support programs involves education and professional support to the care giving staff, there are many employees and caregivers who simply do not attend the support service programs believing there is nothing to be gained. However, as shown through The Comprehensive Caregiver Choices Program, some caregivers are afforded assistance in personal resources as well while providing the caregiver with the outside resources that can also be provided to elderly patients.