If you surf online or look at the supermarket shelves the variety of plasters that are available can become a very complicated affair. There are different materials, shapes and sizes and all claiming to be the best…but just where did the first plaster come from?
Well to trace the heritage of the modern day plaster you have to go back to 1920 when Earle Dickinson invented the first adhesive bandage. At the time Earle Dickinson was a cotton buyer for Johnson & Johnson and the story goes that his wife was “not very adept in the kitchen”. She was always cutting herself in the kitchen and because applying gauze pads and adhesive tape was difficult to do on her own, she often summoned her husband to complete the task.
Johnson & Johnson, the company Earle was working for, had been making sterile dressings and adhesive tapes for decades, but nobody had ever put the two together. Dickson affixed squares of the cotton gauze to a long strip of tape and covered the whole thing in crinoline, which helped to stop the adhesive tape sticking to itself. Mrs Dickson could now simply cut a piece from the strip, peel off the crinoline and bandage her wound.
Not that the first years sales were ground breaking, but over the next few years the product became more streamlined and grew into what everyone now knows as Band Aid –selling over 100billion over the last 80 years.
Nowadays the plaster has progressed into many different ranges, materials, sizes and colours and some of these are a legal requirement to stock. For example the blue detectable range of plasters are specifically designed for the catering industry and are required under the Food Hygiene Regulations Act that when handling or preparing food blue detectable plasters should be used on all cuts and grazes.
Washproof plasters offer a water resistant and ventilated adhesive plaster which helps to provide discreet protection when you don’t want the plaster to be seen, whereas fabric plasters are made from a breathable material that improves healing time and reduces the risk of further infection.
So that’s Blue detectable, washproof and fabric…but what’s this hypo-allergenic type? A hypo-allergenic plaster is a latex free adhesive plaster which reduces the risk of an allergic reaction.The First Aid Warehouse specializes in the supply of first aid equipment and diagnostic products to both the public and trade. They offer an extensive range of products including washproof, fabric and blue detectable plasters.With a wealth of industry knowledge, their online e-commerce platform provides a safe and secure environment to purchase from. They accept all major credit and debit cards and welcome orders from members of the public and health organisations including Primary Care Trusts, Care Homes, Surgeries, schools etc. If you wish to set up a business account, you can contact them either via sales@firstaidwarehouse.co.uk or on 0845 6121217

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This article is brought to you by First Aid Warehouse, UK’s premier supplier of medical equipment medical plasters , blood pressure monitors, first aid kits , medical furniture, burnshield dressings and stethoscopes . We supply equipment to medical professionals, the care industry and the general public
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Medical power supplies differ greatly from average, domestic power supply units. Because of their application there are critical demands on medical power supply units for safety and reliability. Consequently, the units go through lengthy product testing before being certificated as being safe to use in a medical environment. The amount of research and development involved in the manufacture and production of medical power supplies means that only a few producers actually tackle the field. One other aspect that tends to thin the herd is the possibility of product liability in the event of a power supply failure leading to a medical emergency or even, in a worst case scenario, a patient death.Despite these concerns, a handful of power supply specialists are using their product development to provide units that can have medical applications. Their enthusiasm may be prompted by a small but steadily growing marketplace, as power supply units are required for more home-based medical equipment. A report issued by Frost & Sullivan in 2006 estimated that the world power supply market for medical applications would grow from $350million in 2005 to a projected $438.1million in 2012. This is just a fraction of the overall potential power supply market, and as new developments in medical treatments mean more patients can benefit from home care equipment, that forecast may be a little on the low side. The rise of applications such as CAT scans, MRI devices, blood analysers and patient-monitoring systems for home care are also expanding the uses that medical power supplies can be incorporated into. In addition there are now specific requirements within hospital and medical centre applications that require power supply units that can give high power, reliable and efficient power delivery which are both cost effective and compliant with all legislation.One of the concerns regarding compliance is that in some instances, end users are unaware that ordinary, commercial power supplies do not necessarily meet the required standard for application in medical equipment. Issues such as component spacing, insulation and leakage current can all cause a power supply to perform below standard, and in a medical situation where the life of a patient may depend on the power supply’s ability to cope with the application, this could prove fatal. The International Electronics Manufacturing Initiative (iEMI) addressed this in 2006 with a project that set out to develop reliability specifications for medical-grade electronic components, including medical power supplies. The ongoing project has so far achieved three objectives:• Established draft protocol for acceptance testing based on a comprehensive Failure Mode Effects Analysis of failed devices. This protocol is currently being validated using components provided by different suppliers. • Developed new optical inspection methods to screen components for macroscopic failures during testing. This automated system enables acquisition of large data sets quickly. • Tracked reliability of parylene coatings (of neural recording electrodes) as a function of local chemistry and identified conditions of use that resulted in significant localized degradation at the probe tip. It is essential for those who are looking to purchase medical power supplies that they ensure that the product they buy is fully compliant with all legislation that deals with medical equipment. It is critical that lives are not put at risk because of the desire to cut costs by employing unsuitable commercial power supply units that may not be able to cope with the demands put upon them by medical equipment. When choosing medical power supplies, the purchaser should always look for the highest quality product from a reputable supplier. They should also consider the end user – not the hospital, but the patient.

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With a diabetes condition you will definitely need the services of diabetes supplier in order to lead a normal life.

Diabetes is a sensitive health condition that can greatly affect one’s life especially if medication is not affordable. Insulin supplies are something that diabetes patients need and can’t do without. Insulin is the first or rather the most important medical supply needed by a diabetic. Most patients are required to restock their insulin packs constantly.

Renata Nyleve Editor of the “Free Diabetic Testing Supplies” website — http://www.FreeDiabeticTestingSupplies.net — pointed out;

“…Diabetes type one is the common case that frequently requires doses of insulin in order to function in normalcy. Insulin shots help in managing the patients’ glucose levels. With the numerous types of insulin in the market it is important to consult you doctor on which insulin to buy. The different supplies available even online will always find that recommended insulin for you…”

As you purchase the insulin, there are several other supplies that you will require. One of the supplies is an Insulin syringe; these are hypodermic specially designed needles for injecting insulin. As you buy, the thickness and needle size will depend on the needs for the insulin. To avoid medical complications, a patient should check with the doctor for recommendations of the needle size. As you buy go for the well known brands of syringes.

“…Like all diabetic supplies, an insulin pump is important to a diabetic patient. An insulin pump is connected to the user’s body by insertion of a flexible tube to the abdomen’s skin. A catheter is attached to the tube where the insulin is dispensed. Before buying the supplies you have to know how to use them. To get the right dosage, the pump needs to be properly programmed and it is imperative to maintain the ideal insulin levels for a patient. Most of the insulin supplies are affordable in most outlets online and at an affordable price. To avoid spending much on a monthly or daily basis it is advisable to buy the supplies in wholesale terms…” added R. Nyleve.

Further information and resources to get your free diabetes supplies online by visiting: http://www.FreeDiabeticTestingSupplies.net

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