OxygenWorldwide Reveals Challenging Design of Medical Oxygen Vest
OxygenWorldwide.com has revealed its design for a Medical Oxygen Vest ( M.O.V.) for those medical oxygen users who want or need to be exeptional mobile like e.g. children or golfplayers.
OxygenWorldwide, market leader in the medical oxygen travel branch for 20 years challenges with its Medical Oxygen Vest (M.O.V.) a fast growing but rather conservative market when it comes to the design of portable oxygen equipment.
It shows that, in the past few years a unilateral design/development of portable oxygen concentrators (POC’s) has taken place. The medical oxygen equipment industry has put it’s emphasis mainly on making the units smaller and lighter, says Rutger Berntsen, founder and marketing director of OxygenWorldwide . OxygenWorldwide is worlds largest company that arranges medical oxygen for travellers in more than 100 countries and thousands of holiday destinations. Over the past 5-6 years the market shifted from renting more traditional stationary oxygen equipment like cylinders, concentrators or liquid oxygen with a stroller to portable devices. Having clients travelling with these POC’s every day Berntsen and his colleagues were confronted with the various problems that arise using this particular equipment. Searching for a solution was a natural progression.
The Medical Oxygen Vest is a body warmer type of vest that contains the necessary equipment to provide medical oxygen to the wearer. The vest would be ideal for oxygen users who require a constant supply of medical oxygen and the life line of being able to be mobile and freely move around without the constraints of a more conventional oxygen device. The M.O.V is designed for e.g. young children or active sport users to give the ability to move around more freely such as going to play a game of golf or running around in the playground.
A portable oxygen concentrator (POC) is normally carried around by means of a shoulder strap. This is not convenient when one has to make movements beyond normal walking. The main advantage of the M.O.V. is that the weight of the equipment in the vest is equally divided over two sides located under the arm pits. The fact that the equipment is ‘concealed’ inside the vest could take away the burden of having to carry around a medical device, which to many medical oxygen users indicates the appearance that you are in fact a ‘patient’. Flexible solar panels are placed on the chest and back of the vest to provide (at this stage) power to the display panel. To make the system fully operational the batteries should (at this stage) be charged by plugging into a AC outlet. POC developers interested in learning more about de M.O.V. should contact Rutger Berntsen at + 34 96.688.28.73 Or view the video online at (www.oxygenworldwide.com/mov-design).
About OxygenWorldwide.
OxygenWorldwide is worldleader when it comes to arranging medical oxygen for travellers. (www.oxygenworldwide.com)
OxygenWorldwide is based in Spain but operates in more than 100 countries and thousands of holiday destinations. All staff members speak a minimum of 5 languages and provide a 24/7 telephone service.
Rutger Berntsen, Marketing director.
OxygenWorldwide s.l.
rutgerbernsten (at) oxygenworldwide (dot) com
Girl Who Needed Judge's Order To Be On Transplant List, To Get New Lung
People who have COPD can be candidates for lung transplants. Transplants can be recommended for people who have very severe symptoms, have difficulty breathing most of the time or have no relief of symptoms from medical therapy.
Lung transplantation involves giving a person with COPD a lung from a person who has recently died. A single-lung transplant is done more often than a double-lung transplant, and both can be effective methods to improve breathing for people with COPD.
Qualifications for surgery
Because there are not always enough organs donated, not everyone can qualify for or receive a lung transplant. To qualify, a person must:
- have severe COPD
- be under 65 years old
- have stopped smoking
- have family and friends who will help and encourage them during and after the surgery
- be physically capable of undergoing surgery, follow-up medical treatment and participation in a pulmonary rehabilitation group
- not currently have a drug or alcohol abuse problem
June 12 (Reuters) - A lung donor has been found for a 10-year-old girl with cystic fibrosis who only became eligible for an adult organ transplant because of a judge's order, her mother said on Wednesday.
Sarah Murnaghan, who had been kept off an adult organ transplant list due to an age restriction prior to the judge's ruling, was being prepped for surgery in an operating room at Children's Hospital of Philadelphia, her mother, Janet Murnaghan, wrote on Facebook.
"Sarah got THE CALL," she wrote. "Please pray for Sarah's donor, her HERO, who has given her the gift of life. Today their family has experienced a tremendous loss, may God grant them a peace that surpasses understanding.
"Today is the start of Sarah's new beginning and new life!" she wrote.
The girl's family sued to prevent the U.S. Department of Health and Human Services from enforcing a policy that prevents children under age 12 from getting adult lung transplants regardless of how ill they are.
U.S. District Judge Michael Baylson granted the family a 10-day temporary restraining order on June 5.
U.S. Senator Pat Toomey of Pennsylvania, who has championed the girl's cause, said in a statement that he was deeply grateful to the unidentified organ donor and his or her family.
"Now that a suitable donor has been found, a prayer would help, too - a prayer Sarah's body accepts the new organ the way doctors believe it can," he said.
"The judge gave Sarah a chance to receive a new lung," he said. "Now the surgical team at CHOP is giving her a chance at life."
A spokeswoman for Children's Hospital said the hospital was not releasing any details in order to protect patient privacy.
People with COPD also need help when travelling, going on holiday and visit OxygenWorldwide for assistance when planning your future travels https://www.oxygenworldwide.com/en/services.html.
Travel with oxygen
TRAVEL WITH OXYGENTraveling with oxygen can be very intimidating but with proper planning it can be accomplished comfortably and safely. You don't have to give up the adventure of travel. You just have to make your arrangements in advance and be willing to take the extra time to confirm details prior to your trip.
If you have COPD and are planning a trip for treatment, business or pleasure, speak to our team or view more useful information and client testimonials www.oxygenworldwide.com |
Wiki Know-how for Oxygen and travel
Oxygen was known to be the only element that supports respiration as early as 1800 and was first used in the medical field in 1810. However, it took about 150 years for the gas to be used throughout medicine. In the early to mid 20th century oxygen therapy became rational and scientific, and today modern medicine could not be practiced without the support that oxygen supplies.
Medical oxygen is used to:
- provide a basis for virtually all modern anaesthetic techniques
- restore tissue oxygen tension by improving oxygen availability in a wide range of conditions such as COPD, cyanosis, shock, severe hemorrhage, carbon monoxide poisoning, major trauma, cardiac/respiratory arrest
- aid resuscitation
- provide life support for artificially ventilated patients
- reduce incidence of surgical wound infection
- aid cardiovascular stability
Read our useful Wiki guide for all the information and explanations to do with travelling with medical oxygen with OxygenWorldwide.
Oxygen Service
Why do you need oxygen?
Your Healthcare Professional has ordered oxygen for you. This may be because the oxygen in your blood is low and you need more oxygen than is available from room air alone.
Your Healthcare Professional will have assessed you, deciding how much additional oxygen your body requires. The Healthcare Professional also decides what flow rate of oxygen and how many hours per day you will need to use it.
Your oxygen equipment has been provided to give you increased independence for activities in and out of your home.
When using oxygen away from your home, you should continue to observe all the safety precautions previously identified.
In particular, you should ensure that:
- No one should adjust or tamper with the equipment
- The safety risk to people around you is minimised
It is possible to transport your oxygen on public transport but there are no fixed national guidelines as to what trains, coaches, buses and taxis will allow.
Portable oxygen can be used on London Underground.
The oxygen equipment should only be used:
- As described in the user manual
- In a carrying bag when supplied
- With the delivery tubing as short as possible
Always ensure that:
- Your equipment is secure while the vehicle is moving
- The valve of the oxygen equipment is securely closed, when not in use
When using the equipment on public transport:
- DO NOT leave the equipment unattended
- DO NOT leave the cannula or mask on the seat or near other absorbent materials when not in use
- DO NOT use a mobile phone
- DO NOT allow children to tamper with the equipment
- DO NOT use a humidifier
- DO NOT cover the equipment with any clothing, bags or other material
Contacto
We have a 24 hour Freephone helpline to address any of your enquiries.
Please contact us on info@oxygenworldwide.com or at www.oxygenworldwide.com
Simply the answer with medical oxygen
OxygenWorldwide provide a service for all medical oxygen users who are travelling and should register.
WHO should register?
If you intend to travel with a portable concentrator and want to be sure alternative oxygen can be supplied in case you encounter problems with your oxygen device you can register below for this service at no cost!
WHY register?
First of all for your peace of mind and secondly to enable us to work out and inform you if we can provide the service you might require in the place and country where you will be going. Although we generally will be able to help you without a pre-registration we can act faster if we have already your details in our database.
WHEN to register?
Any time but the earlier the better as you might want to travel to a certain area where we need to check on availability.
WHO do I call?
In case of an emergency you simply call our 24 hour S.O.S. service on ++ 34 609 657 727
Questions? If you have any questions, please do not hesitate to contact us. OxygenWorldwide can, if needed, also arrange oxygen at your destination before your arrival. There is no charge for this registration Register here FREE today.
Medical Oxygen Users
What is oxygen
Oxygen is a natural part of the air we breathe, but it makes up less than a quarter of the gases we call air. Our bloodstream collects oxygen from our lungs and transports it to the tissues of our body. The cells within these tissues use both oxygen and the food we eat to create energy.
Why do I need oxygen
If you have chronic lung disease, some areas in your lungs are damaged. These damaged areas act as blockages, preventing oxygen from moving into your bloodstream. You are unable to capture enough oxygen during a breath for your body to thrive. You likely experience difficulties breathing, sleeping and performing daily activities.
Medical oxygen increases the amount of oxygen available to your bloodstream in each breath. The increased oxygen concentration eases the capture of enough oxygen by your bloodstream to supply your body. This helps you breathe more comfortably, so you can enjoy your daily activities.
Can I ever stop using oxygen
Unfortunately, if your lung disease has caused enough lung damage to force the need for oxygen, you will likely need it for the rest of your life. However, some lung conditions are treatable with the use of medications or by curing an infection; in those cases, patients may overcome the need for oxygen.
Scientists Invent Particles That Will Let You Live Without Breathing
This may seem like something out of a science fiction movie: researchers have designed microparticles that can be injected directly into the bloodstream to quickly oxygenate your body, even if you can't breathe anymore. It's one of the best medical breakthroughs in recent years, and one that could save millions of lives every year.
The invention, developed by a team at Boston Children's Hospital, will allow medical teams to keep patients alive and well for 15 to 30 minutes despite major respiratory failure. This is enough time for doctors and emergency personnel to act without risking a heart attack or permanent brain injuries in the patient.
The solution has already been successfully tested on animals under critical lung failure. When the doctors injected this liquid into the patient's veins, it restored oxygen in their blood to near-normal levels, granting them those precious additional minutes of life.
Particles of fat and oxygen
The particles are composed of oxygen gas pocketed in a layer of lipids, a natural molecule that usually stores energy or serves as a component to cell membranes. Lipids can be waxes, some vitamins, monoglycerides, diglycerides, triglycerides, phospholipids, or—as in this case—fats.
These fatty oxygen particles are about two to four micrometers in size. They are suspended in a liquid solution that can be easily carried and used by paramedics, emergency crews and intensive care personnel. This seemingly magic elixir carries "three to four times the oxygen content of our own red blood cells."
Similar solutions have failed in the past because they caused gas embolism, rather than oxygenating the cells. According to John Kheir, MD at the Department of Cardiology at Boston Children's Hospital, they solved the problem by using deformable particles, rather than bubbles:
We have engineered around this problem by packaging the gas into small, deformable particles. They dramatically increase the surface area for gas exchange and are able to squeeze through capillaries where free gas would get stuck.
Kheir had the idea of an injected oxygen solution started after he had to treat a little girl in 2006. Because of a lung hemorrhage caused by pneumonia, the girl sustained severe brain injuries which, ultimately, lead to her death before the medical team could place her in a heart-lung machine.
Soon after, Kheir assembled a team of chemical engineers, particle scientists, and medical doctors to work on this idea, which had promising results from the very beginning:
Some of the most convincing experiments were the early ones. We drew each other's blood, mixed it in a test tube with the microparticles, and watched blue blood turn immediately red, right before our eyes.
It sounds like magic, but it was just the start of what, after years of investigation, became this real life-giving liquid in a bottle.
This is what the future is about. And it's a beautiful one indeed, one that is arriving earlier than we ever could have expected. I wonder if this would find its way to other uses. I can see it as an emergency injection in a spaceship, for example. But what about getting a shot for diving?
Reference article, Gizmodo [ScienceDaily]
Image by Filip Fluxa/Shutterstock
