Which is the best Veterinary Hyperbaric Oxygen Chamber in 2020?
What is a Veterinary Hyperbaric Oxygen Chamber?
Veterinary Hyperbaric Oxygen Chamber treatment is to place pets in a hyperbaric oxygen medical cabin. Let them breathe 100% pure oxygen at 1.8 to 2.5 atmospheres in a natural way. So that the pure oxygen dissolves itself in the tissue fluid, and the oxygen content in the tissue is increased.
Oxygen chamber is a way of treatment. Enough oxygen can improve the self-healing power of pets. Moreover, it improves the blood circulation of pets. It performs best combined with conventional medical treatment. It is to shorten the course of disease and increase the cure rate!
Always remember that do not try to operate any oxygen chamber without proper knowledge. I would suggest to contact a reliable technician if you feel any difficulty. Many people do not know the oxygen pressure. Moreover, the treatment procedure for humans and pets are different. That is why it is very important to seek a proper pet oxygen chamber technician.
Where we can find Veterinary Hyperbaric Oxygen Chamber?
At present, the common Veterinary Hyperbaric Oxygen Chamberis available in every major city of china. You can also buy a unique chamber for your pet. But for this, you need to learn the basics of its operations. We have discussed the way one can operate pet oxygen chambers.
Pet grooming industry that was popular in Japan and South Korea ten years ago. It provides oxygen supplementation and health care for bathing and grooming pets. This chamber controls the blood pressure of animals. Hence, it means that an oxygen chamber carries wonderful results.
How hyperbaric therapy is performed?
The hyperbaric chamber is equipped with a:
Ventilation
communication system and
a transfer chamber
It allows the patient to exit the main chamber at any time or the external doctor to enter for any consultations or checks.
Moreover, two Veterinary Hyperbaric Oxygen Chambers allow the treatment of up to a maximum of 11 patients. Inside the hyperbaric chamber there is always also a Professional Nurse or a Doctor who provides continuous assistance to patients.
The treatment takes place while maintaining maximum comfort in total safety.
Veterinary Hyperbaric Oxygen Chamber Benefits
Accelerates the recovery process from various acute and chronic pathologies;
It reduces the overall costs of treatments by accelerating the animal's recovery and consequently reduces the hospitalization time;
Less aggressive and more conservative approach to surgical interventions. Similarly, it reduces costs and improves the patient's quality of life
Reduction of hospital stay
Oxygen helps the body to trigger the body's own regenerative properties. Most of our health problems today are due to lack of oxygen at the cellular level. Increasing the flow of oxygen into the bloodstream is known to accelerate recovery times. And it helps our natural immune systems achieve recovery and improve well-being, energy and overall fitness.
What is HBO?
This is a procedure in which pure oxygen comes in a pressure chamber with atmospheric pressure up to 3 times higher than normal. It is to improve the natural healing powers of the body.
A real room
It is a type of "chamber" because it is an apparatus the size of a small room. In reality there are different models: from the size of a capsule. In this an individual can only enter while lying down, to multiple ones. Moreover, it looks like small airplane cabins with a few rows of seats. Common Veterinary Hyperbaric Oxygen Chambers in hospitals carry doctor as well.
When is the hyperbaric chamber used?
The hyperbaric chamber is used in all cases where oxygen therapy is required. There are also other means of administering oxygen therapy, such as helmets, masks and individual hoods.
Where are the hyperbaric chambers located?
Only health centers such as large hospitals and clinics have sufficient space and specialized personnel to have one or more decompression chambers.
Even the military centers have it, so much so that in cases where it is necessary to proceed urgently. For example after an uncontrolled ascent from great depths, they must welcome the patient in danger.
Veterinary Hyperbaric Oxygen Chambers as easy as breathing ... or not?
The air we breathe, under normal atmospheric pressure conditions, comes up of 20.9% oxygen, 78.08% nitrogen. And the remaining percentage of other gases and dust.
Almost all the inspired oxygen binds to hemoglobin, while some dissolves in the plasma. The more the pressure at which the air is inhaled increases, the more the volumes of oxygen dissolved in the plasma increase. The 0 2 contained in the fabrics will therefore be greater, bringing various benefits.
Oxygen therapy, the benefits
Why is it so effective? The increase in tissue oxygen, induced by the better absorption obtained by bringing the pressure to lower levels. Hence, it benefits the human body in several ways :
inhibits or kills bacteria by stimulating the activity of leukocytes
It creates an unfavorable environment for bacteria. Here they cannot survive, preventing the spread of infection
increases the blood supply of poorly perfused tissues
stimulates the increase of connective tissue
stimulates the immune response
it has anti-inflammatory properties due to vasoconstriction
accelerates the repair process of ligament, bone, joint or muscle injuries
accelerates healing, especially in diabetic lesions
What is treated with the Veterinary Hyperbaric Oxygen Chambers?
Veterinary Hyperbaric Oxygen Chamber is good for the treatment of numerous types of conditions in animals? Hyperbaric oxygen therapy is best for drug therapy too. And therefore it must necessarily be a doctor who prescribes it.
The specialized branches in which it is used the most are:
clinical medicine
diabetes
sports medicine
neurology
rehabilitation
In light of the above, here are the 5 main uses of hyperbaric oxygen chamber:
Decompression illness or syndrome: known by the acronym MDD. It is one of the main pathologies. In a nutshell, it occurs especially in divers who ascend from great depths without respecting the decompression times.The treatment brings the patient back to the same pressure they were in when the uncontrolled ascent began. So that the blood has time to dispose of the excess gas.
Embolism: This term indicates the occlusion of a blood vessel by a clot or a gas bubble. Hence, it does not allow the correct circulation of the blood.
Cases of gas emboli, especially nitrogen, are common and dangerous among scuba divers. If we do not see ascent and relative decompression times, the nitrogen in the blood undergoes a non-gradual pressure change. And it returns to the gaseous state in the form of bubbles that obstruct the blood flow.
Most common Veterinary Hyperbaric Oxygen Chambers centers also offer services to the scuba divers also.
Why hyperbaric oxygen chamber is useful?
Hyperbaric therapy in these cases is very useful. Because it restores the gas to a liquid state and allows it to "rise" artificially, reversing the gasification process.
Carbon monoxide poisoning: Carbon monoxide poisoning is one of the most common causes of death from inhalation poisoning.
Carbon monoxide is odorless and colorless. You often don't even notice you are exposed to it. Moreover, it quickly enters the bloodstream. Therefore, it replaces oxygen and causing tissue death.
Veterinary Hyperbaric Oxygen Chambers Therapy
Hyperbaric oxygen treatment is a treatment in which pets come in an airtight cabin. And pets breathe high-concentration oxygen at 1.2 to 1.4 atmospheres in the normal way of natural breathing.
The breathing volume of pets in the Veterinary Hyperbaric Oxygen Chambers is 1.8. to 3.0 times that of normal air oxygen. The pure oxygen they breathe in is dissolved in the plasma to increase the oxygen content in the tissue.
It is equivalent to 1/3 of the red blood cell's function of carrying oxygen. In addition to increasing the partial pressure of oxygen in the tissues of the diseased area, it can also promote wound healing. Therefore, pet doctor accelerates the healing of the affected area.
How long can you stay in the hyperbaric chamber?
Depending on the problem to be treated, the hyperbaric chamber sessions can be more or less long, for quite short periods.
On average, a single "descent" and "ascent" lasts around 2 hours. The cycles of sessions usually do not last more than a few months.
How does the decompression chamber work?
A supervisor should check the performance of a hyperbaric chamber session constantly. Often the doctor himself is inside the room itself, in order to be able to intervene promptly if necessary.
The stay inside the machine is usually pleasant and takes place without problems. You can even read or write! The patient comes to relax and breathe normally, while the air pressure is low and then rises according to precise tables.
Conclusion
Oxygen is the source of life, and oxygen is the foundation of curing diseases. Hyperbaric oxygen therapy refers to a method. These days, pet owners are very careful regarding the health issue of pets. For this purpose, we have built special pet oxygen chambers. If you need a cheap Veterinary Hyperbaric Oxygen Chambers, we can help you. We have a range of oxygen chambers that you can buy with an instant quote.
Household Hyperbaric Chamber Cost: (Best Home Hyperbaric Chamber)
What is household hyperbaric chamber Oxygen therapy?
Household hyperbaric chamber oxygen therapy is usually carried out for several hours during the day and at variable flows. The quantities of oxygen go through the doctor after careful evaluation.
The price of oxygen chamber depends on the company you are buying from. Generally, the cost of household hyperbaric chambervaries according to the size, and quality. But the best method to check the price of any hyperbaric chamber is to contact company directly. For this purpose, you can visit nearest domestic oxygen Chamber Company near you.
The hyperbaric oxygen therapy is a treatment method. In this a person inhales pure oxygen. A professional operator cans et the pressure also. But be careful, setting pressure should seek doctor advice too.
In this article we will explain when you need household hyperbaric chamber therapy and what can be the cost?
What is hyperbaric oxygen therapy?
The hyperbaric oxygen therapy serves to increase the oxygen uptake into the blood above the normal values. And it should thus bring about a better oxygen supply even to tissue with poor blood circulation.
Under normal conditions, the blood pigment is in the red blood cells already more than 98 percent saturated with oxygen. That is why an increase is hardly possible with the oxygen supply from normal breathing air.
In hyperbaric oxygen therapy, the external pressure increases to 2.4 to 3 times normal pressure using a pressure chamber. This physically dissolves more oxygen in the liquid components of the blood. The amount is proportional to the ambient pressure and the oxygen content in the breathing gas.
With household hyperbaric chamber, up to seven percent oxygen can run through in the blood. It is more than 20 times the normal value. The metabolism in tissues with poor blood circulation is supposed to be accelerated. Similarly, its healing processes to proceed faster.
When do you do household hyperbaric chamber therapy?
Hyperbaric oxygen therapy is a controversial treatment method. There are only a few high-quality studies that tell you about the effectiveness of the procedure. Hyperbaric oxygen therapy is a supportive measure for diseases from a wide range of specialist areas:
Inner ear diseases
acute hearing loss
Tinnitus (ringing in the ears)
Pop and noise trauma
Meniere's disease
Wound healing disorders
Diabetic foot syndrome
Burns
chronic inflammation or circulation problems in the bones
Long-term effects after radiation therapy
Inflammation of the bladder after radiation
Bone defects
Fistula formation
Diving accidents and decompression sickness
Carbon monoxide poisoning
What do you do with household hyperbaric chamber therapy?
If household hyperbaric chamber therapy is going on, a pressure suitability test should be tehre beforehand. It includes, among other things:
an EKG
a lung function test and
a physical examination
In this the doctor checks from the throat to the middle ear. This is important for equalizing the pressure in the ears.
At the beginning you take a seat in the pressure chamber. Here, you can contact the doctor or nursing staff at any time via speech and visual connection to the outside. The pressure in the chamber slowly increases. It is to carry air pressure without complications and as pleasantly as possible.
You can make this process easier by chewing gum or by pressing air into the throat with your nose closed. The pressure in the ears corresponds roughly to that at a diving depth of 14 to 18 meters.
Once the intended pressure reaches, put on an oxygen mask. You breathe in pure oxygen through this. Since hyperbaric oxygen therapy can last from one to several hours, depending on the indication. The oxygen supply is interrupted in a certain rhythm for so-called air breathing pauses. Moreover, during this process a person can breathe normal air.
At the end of household hyperbaric chambertherapy, the pressure reduces over several minutes. We can call it a discharge method generally. After the treatment, you can go back to your usual daily routine without any restrictions. Depending on the therapy scheme, several sessions take place.
What are the risks of hyperbaric oxygen therapy?
The attending physician will inform you about possible side effects and risks before treatment. Although these are very rare. They can also occur if used correctly. In the so-called barotrauma, problems with pressure equalization lead to pressure differences between the ear canal and the middle ear. Similarly, it can damage the eardrum, for example.
It can also lead to temporary hypersensitivity to oxygen in the brain. Furthermore, it can manifest itself in temporary cramps and sensory disturbances. This, however, have no consequences. The same applies to short-term visual impairment. In addition, it does not require any further treatment.
If hyperbaric oxygen therapy carries out technically correctly, the risk of fire increases due to an increased oxygen concentration in the air.
What do I have to consider with household hyperbaric chamber therapy?
The health insurance companies only cover the costs for hyperbaric oxygen therapy for certain medical indications. You can read different laws and regulations relevant to oxygen therapy in your country.
If household hyperbaric chamber therapy worsens your health, contact your doctor immediately.
What else you need to know?
In pregnant patients, HBO can and must be used as an immediate life-saving measure for acute indications. In non-life-threatening situations, however, a doctor should not perform the HBO during pregnancy.
It must be possible to equalize pressure in the middle ear, otherwise damage to the eardrum and middle ear can occur. An examination by an ear, nose and throat specialist is therefore important before treatment.
What to watch out for after household therapy?
Depending on the disease, a person should follow a precise follow-up treatment plan. A doctor can check the output of therapy in various sessions. Similarly, it depends on the patient whether he is taking are of every instruction or not.
Who is giving therapy?
A doctor carries out the therapy, A doctor should have a "pressure chamber doctor" diploma.
Where to buy household hyperbaric chamber in china?
Pet Hyperbaric Oxygen Chamber: Beginner Operating Guide 2020
When veterinary physicians started it to cure for pets?
This most beneficial medical invention might have used for humans since the 17th century. But this treatment is widely using from the mid of 19th century. Basically, physicians use this therapy to treat several human diseases. But nowadays animal doctors are using HBOT in order to treat the pets. And they call it pet Hyperbaric Oxygen Chamber therapy.
As we know that expert physicians are using HBOT for several decades in order to treat scuba divers, burn victims. Moreover, it has also used to treat people having traumatic injuries. But nowadays in some states veterinary doctors are making use of this therapy. Furthermore, Florida is the country in which this therapy has progressively used to treat their ailing pets.
Furthermore, use of HBOT in veterinary medicine is quite new. And it has used in just few veterinary hospitals in all over the world. Mostly physicians use HBOT to treat several diseases relating to pressure relief and many more ailments.
Let’s read about this HBOT therapy for pets in detail.
What is pet Hyperbaric Oxygen Chamber therapy?
HBOT actually stands for Hyper Baric Oxygen Therapy. In the past, therapy of HBOT had widely used in human medicine to treat everything from the “bends”, to anemia. But today it is also getting fame to treat your lovely pets.
This treatment has mainly used in the diseases in which patients need extremely high pressure of oxygen to recover. Such as diving disorders. During the caring of pets, physicians cure them by placing comfortably and more securely with the oxygen level of 100%.
Moreover, in this therapy pets have to put in an airtight pet Hyperbaric Oxygen Chamber. Oxygen has dissolved in the blood of the pets. Hence, it helps the higher levels of oxygen to reach in the blood cells.
In HBOT oxygen level has raised up to 100% which is three times more in comparison to normal atmospheric pressure. It can result in a reduction of pressure which has caused by
spinal cord and head injuries
stimulation of new blood vessel
reduce swelling
improve wound healing
and also improves infection control.
Furthermore, pet and several other animals have treated in this chamber for different varieties of disorders and illness such as,
neurological disorders
healing, etc.
This therapy has mostly used to inhale and transmit extreme level of oxygen in their bodies to heal their tissues.
In pet Hyperbaric Oxygen Chamber physicians treat the pets to heal the wounds rapidly and more securely.
How this advance pet Hyperbaric Oxygen Chamber therapy has used?
Veterinary physicians use this chamber to treat various animals. They raise the pressure and also deliver the highest levels of oxygen. The highest pressure of oxygen has ability to raise the level of plasma oxygen. This plasma oxygen helps the oxygen to scatter more evenly in all tissues of your pets in an extreme pace.
When they start to treat your pets, their health has evaluated. They check the temperature of their bodies to make sure that their overall health is normal in all ways.
Because if they are not medically well then, the increased intake of oxygen can result in toxicity. In the Hyperbaric Oxygen Chamber when physicians use pure oxygen then it can create a spark. This sudden spark may cause ignite.
So, it is really important for you to wet your dear pet before putting them in pet HyperbaricOxygen Chamber Because when they are wet there is less chance to static electricity. So, after doing all the necessary precautions, physicians put the pet in a small chamber. A liquid oxygen has then supplied with pressure tubes and small tanks. Furthermore, you can also easily monitor the whole treatment process.
The air pressure inside the oxygen chamber is normally more in comparison to the normal pressure. This pressure increases continually and the treatment lasts for at least 1 or 2 hours maximum.
After the whole treatment decompression has also conducted. There is no need to depress about pet because they have not to face any type of pain or trouble. But you have to bring your pet to physician for 5 to 10 days. Moreover, treatment has repeated for twice a day during these 5 to 10 days.
Furthermore, if your pet recovers rapidly before the prescribed days then there is no need to continue the treatment.
What are the advantages of using pet Hyperbaric Oxygen Chamber?
Basically, this pet Hyperbaric Oxygen Chamber treatment is not so famous and is using in only few numbers of veterinary institutions. In fact, UF Small Animal Hospital is also one of these few institutions where this pet therapy has rapidly using. Because it is greatly famous chamber therapy for human diseases.
Moreover, it has recently used in veterinary medicine. But it is very beneficial for several pet's illnesses. However, we are describing you some of them. Such as:
Arthritis
Wounds which are Non-healing.
Inhalation during smoke
Swelling:
snake bite,
post-operative
burn
crush injuries.
Carbon Monoxide Toxicity
Pancreatitis
Trauma:
head, spinal cord, internal
Intervertebral disc disease
Furthermore, this pet treatment is also advantageous for external wounds because there is no proper supply of blood to heal.
Is Pet Hyperbaric OxygenChamber safe?
In fact, pet Hyperbaric Oxygen Chambertreatment has no side effects and it is totally safe for your pets. It is actually a best treatment for the pets in their injury recovery. When we compared it to some other treatments, we found it more reliable and safer for pets. It rarely happens that there may be some issue during this therapy.
Mostly veterinary physicians treat pet animals having diseases like,
barotrauma
ear problems
visual disturbances, etc.
Generally, there are rare chances to occur some side effects when expert physicians take the following precautions. Such as,
proper management during the therapy
exact dosing
perfect duration of the therapy, etc.
Since this Hyperbaric therapy is safe and has minimum chances to occur some adverse effects in comparison to other treatments. So, you should avoid the surgery because HBOT is best option for their wounds healing.
Moreover, surgery can be risky for the small pets as well as your trained animals. Because there are more chances to occur several complications after surgery.
All sizes of pets can get benefits from pet Hyperbaric Oxygen Chamber
Hyperbaric oxygen therapy is very advantageous for pets of different sizes. Such as,
horses
dogs
goats
cats, etc.
All of your pet animals can get benefits in their several issues by using pet Hyperbaric Oxygen Chamber. Animals like cats and dogs are often put in these chambers to heal them. But you can take benefit from it for other big or small animals.
In fact, for the purpose to treat various sizes of pets the hyperbaric chamber must be of large size.
Because larger sizes of these chambers are beneficial for large animals as well as they are helpful for cats and dogs. Moreover, several large chambers have capability to provide enough space. So, you can easily treat more than one animal in this chamber.
How Pet Hyperbaric Oxygen Chamber therapy can promote rapid healing?
The HBOT therapy is best to heal the wounds of your pets. Moreover, it is really helpful to heal rapidly because the increased amount of oxygen is beneficial for fastest wounds healing. In this process of hyperbaric therapy, the physicians increased amounts of oxygen in the bloodstream of your pets.
And this increased amount of oxygen actually makes their body strong to fight the dangerous infections. Additionally, this therapy also has ability to increase new tissue's growth and hence can reduce puffiness of wounds and swelling.
Pet Hyperbaric Oxygen Chamber therapy actually can promote the formation of greater blood vessel. So, it has ability to save and heal damage tissues of your pets. The HBOT therapy can reduce and eliminate the dangerous effects of toxic substances.
It might happen that your pets have bitten by snake, this therapy rapidly heal them from snake bites. HBOT treatment is successfully working to treat various veterinary diseases. Physicians increase the amount of oxygen because it can improve the white blood cells efficiency.
Therefore, their wounds and many other issues can treat more securely in this oxygen therapy. Hence, HBOT therapy is more beneficial for rapid healing of your dear pets in comparison to other treatments.
Conclusion:
Pet Hyperbaric Oxygen Chambersare very advantageous for several pets diseases. Moreover, this treatment is actually an excellent option for many illnesses because it can eliminate the need of invasive procedures. Generally, it is really helpful to treat,
Wounds
Respiratory
Infectious Diseases
Central Nervous System
Infectious Diseases and many more.
In fact, veterinary experts and doctors are very happy to use this helpful treatment for pets’ diseases.
So, by using Hyperbaric Oxygen therapy you can heal your pets with more care, love and comfortable.
How to Avoid Complications and Side Effects of Hyperbaric Oxygen Chamber Therapy?
Hyperbaric Oxygen Chamber Therapy is an FDA approved effective way to treat a number of diseases with limited sided effects. However, to avoid its complications, you need to ensure that the process and procedure are correct.
There are several things that require consideration. Below, we will talk about different complications of HBOT and things that you should do to avoid them. So, without any further delay, let us get started!
Hyperbaric Oxygen Chamber Therapy
The therapy involves breathing oxygen at a pressurized environment that is above the sea level. In most cases, the chamber pressure is 1.5 to 3 times greater than the normal sea level pressure. There are different types of hyperbaric products available.
The type of product and the pressure amount depends upon the patient’s condition and the doctor’s suggestion. Even though it is an effective medical treatment for a number of things. However, if not done properly, it can cause some possible complications.
What are the Side Effects of HBOT?
Chamber Discomfort
The HBOT cambers are designed to ensure that pressure within them stays as per needed as to ensure that the users are able to breathe in 100 percent oxygen. However, the same pressure that allows the oxygen to effectively enter the person’s body, it can also cause some discomfort.
HBOT varies from patient to patient. It can be shorter than 5 minutes or as long as 2 hours. Since there is a lot of pressure in the chamber, thus people might not be comfortable. Some complaint about a popping feeling in their ears or they have ear pain.
Oxygen Poison
To prevent oxygen poison, it is important for you to take short breaks during your session. Breathe normally for effective results. Doing this would prevent your body tissues to intake a lot of oxygen. Moreover, the dose of treatment greatly depends on every person.
Therefore, you need to be clear to your health provider regarding any health issues. Giving him the correct information regarding your health condition would help them determine the right HBOT dose for you.
Doing it the right way would even minimize the risk of HBOT complications and side effects.
Common side effects include light-headedness and fatigue. However, more severe complications include the following:
Sinus Damage
Lung Damage
Fluid Bursting or Build up in the middle of your ear.
Myopia
Resulting in nearsightedness
Changes in your vision
Oxygen Poisoning – fluid accumulates in the lungs or seizures.
However, it is possible to minimize or completely eliminate these side effects as long as your therapy doesn’t last for more than 2 hours. Also, the pressure within the chamber is three times more than the normal atmospheric pressure.
Things to Know Before You Start Your Hyperbaric Oxygen Chamber Therapy
Since you are now aware of the HBOT side effects, and possible complications. Thus, you should know the things below to make the right decision.
If Sick Avoid Appointments
In case you are not feeling well, you need to skip your appointments. In case, you have cold, fever, loose stools, high blood pressure, or flue like symptoms, it is better not to go for your HBOT session. It is wise to consult your doctor and tell me how you are feeling before making an appearance for your session.
Medications
Since the therapy changes your oxygen level, thus it would alter how certain medicines would affect you. Do bear in mind that there are a number of medications that you cannot take while you are taking your therapy.
For instance, during the treatment, it is better to avoid something like chemotherapies. Likewise, you need to prevent any medicine that does not let your intake alcohol. So, make sure that you talk to your health care providers and physicians about all the drugs that you are talking about.
Number of Therapies Depend upon your Conditions
The time of a hyperbaric oxygen chamber therapy greatly depends upon the patient. One session can last for a maximum of 2 hours and your doctor could recommend numerous sessions. So, you need to keep in mind that you might have to spend extra time then you anticipated in order for the treatment to be complete.
An Airplane Feel
According to some people, when you enter the chamber and the initial feeling is that you are on a flying plane. So, the increase in the chamber pressure would lead to an increase of pressure within your ears.
This then leads to that ear-popping sensation that people often complain about. Thus, the health care provider or the doctor would have some precautions in place to avoid the patient from any sort of discomfort.
A good idea is to discuss all this with your physician and the hyperbaric oxygen chamber therapy service providers. Talk to them about your concerns and let them help you solve your issues. Doing this would help you have a better knowledge of how things would progress and what you should expect.
Important Precautions
The only and the best way to minimize complications and side effects is to take the HBOT treatment for a trained and certified medical staff. Make sure that these health care providers are board-certified in this respective field.
Uses of HBOT
Another way to prevent HBOT complications is to use it just for its intended purpose. You can use HBOT for the following conditions
Cyanide Poisoning
Carbon Monoxide Poisoning
Injury caused due to crushing
Decompression sickness
Gas Gangrene
Inadequate blood flow in your arteries due to trauma
Skin flaps and grafts
Select wound healing
Osteomyelitis – a bone infection
Delayed radiation injury
Actinomycosis- a long term infection
Gas or Air Embolism -- Bubble – gas or air—trapped within the blood vessel.
Necrotizing Bacterial—soft tissue infections
Diabetic wounds that are taking too long to heal
Take Away
Hyperbaric Oxygen Chamber therapy is an effective way to treat a number of medical issues. However, it is important to use the right HBOT service provider. Macy Pan has been providing outstanding HBOT services.
What are the Advantages of the Animal Hyperbaric Oxygen Chamber?
Over the years, there has been a great development in hyperbaric oxygen chamber therapies. Studies and clinical trials show that these therapies are effective not only for humans but also for animals. The animal hyperbaric oxygen chamber helps cure a wide range of medical issues present in pets. Due to its effectiveness, it is becoming increasingly popular among people and their pets.
The HBOT techniques were initially designed to treat decompression-sickness in people. However, due to its endless benefits, it becomes an important treatment technique for a number of medical illnesses. The basic working of HBOT allows a high level of oxygen gas to reach deeper tissues present in the body.
This then promotes the healing process by ensuring that a healthy dose of oxygen reaches the deeper tissues. Thus, they come out of their rest state and participate in the body’s healing process. Now that you have the introduction of Animal Hyperbaric Oxygen Therapy. Let’s discuss how the hyperbaric oxygen chamber can benefit animals.
Advantages of Hyperbaric Oxygen Chamber Therapy
Encourages Faster Healing
Hyperbaric Oxygen Chamber therapy increases the oxygen level in the body and ensures the delivery of oxygen to wound tissues. This then leads to an increased amount of oxygen gas in the bloodstream of animals.
Thus, allowing their body to recover fast and fight against the infection present in their body. It also results in increased development of new tissues, thus further enhancing the body's immune system. It also reduces the inflammation and swelling of the wounds.
At the same type, the veterinary hyperbaric chamber encourages superior blood vessel. It also helps in preserving the damaged tissues. The therapy results in the reduction of toxic substances effect, so making it a valuable treatment for a number of things including gas gangrene and snake bites. It is also useful for treating an animal that is exposed to carbon-monoxide.
Problematic Wounds
Even difficult animal wounds struggle to restore quickly. So, when you increase the oxygen present in the body, it would promote the overall healing process of the pet.
Effective for a wide range of Illnesses
Hyperbaric chamber therapy is highly effective in order to treat a wide range of illnesses and injuries in pets. Different studies found that there was a positive outcome for illnesses like rattlesnake bites, vasculitis, serious tissue trauma, canine pancreatitis, and some others.
Likewise, there are several studies that show that HBOT has been effective for curing animal wounds along with a number of injuries as well. Even just a single session of hyperbaric oxygen therapy would show significant results.
Studies claim that even after one session, there has been seen a visible difference in the curing of the wounds. Also, there was a lack of inflammation. With the right therapy, it is even possible to avoid animal surgery.
Thus, making this a highly effective and efficient therapy.
Limited to Zero Side-Effects of Hyperbaric Oxygen Chamber
Another great hyperbaric oxygen chamber therapy benefit is that it does not have any side effects related to the animal’s injury. It is possible to allow a single animal, multiple sessions of HBOT, yet there would be no side effects.
On the contrary, these sessions would ensure the well-being of the animal. A large number of HBOT sessions are used to cure some problems. For instance, the visual disturbances, the barotrauma, or any ear problem.
There have been studies in which the pets were kept under close observation to see whether they get ill after the therapy. The results have been satisfying with minimal to no side-effects. However, to ensure that there are no side effects it is important to ensure the correct procedure and treatment before, during, and after the therapy.
For instance, the pet needs to have the right treatment time. Likewise, the dose should be correct as well. Since there are no serious after-effects, thus the animal hyperbaric oxygen chamber therapy is very advantageous in comparison to other treatments.
HBOT is a great alternative for low-risk procedures, especially for pets. It also works well for the animals that have a higher complication rate during surgery.
Animal Hyperbaric Oxygen Therapy Works for All Pets
The effectiveness of Hyperbaric Chamber therapy chambers is not limited to a certain type or size of pets. On the contrary, it can treat a wide range of animals ranging in all sizes and colors. Starting from a horse to a cat, it is possible to treat them effectively.
However, HBOT is a common treatment for dogs as well as cats. Nonetheless, you can use it for small animals. Since there is a wide range of animal hyperbaric oxygen chambers available, therefore, you need to choose the right one for your pet.
For instance, a large HBOT chamber can be effective for dogs, and at the same time, it would be useful for other larger animals as well. Likewise, there are chambers that offer the facility to treat multiple pets at the same time.
Long and Short-Term Possibilities
A veterinary HBOT can help your pet with either 1 or 2 sessions. However, the session number greatly depends upon the condition of the pet and its illness. Nonetheless, repeat hyperbaric chamber treatment can offer beneficial results to a number of injuries and illnesses.
For single, five sessions were enough to cure a dog suffering from a bite of a rattlesnake. The treatment was combined with a canine pancreatitis standard supporting therapy. HBOT can either work in combination with other treatments in order to yield effective results. Or it is possible to use just the hyperbaric oxygen chamber therapy results to cure the respective problem.
Take Away
When you take your pet to a veterinarian, he or she would give your pets a number of medicines along with treatments. Even after trying several treatments and therapies, your pet is still ill. You can revert to Hyperbaric Oxygen Therapy.
It might just turn out to be your hope of light in the dark. After all, there are several studies claiming the effectiveness of the Hyperbaric Oxygen Chamber Therapy. To learn more about animal hyperbaric oxygen chamber therapy, you can contact us today.
The Veterinary Hyperbaric Oxygen chamber applications provide Hyperbaric oxygen therapy. The therapy is basically the administration of the oxygen with the patient’s body. Using these veterinary applications that the oxygen level is controlled by applying pressure that is more than that of the sea level.
NOTE: 1 Veterinary Atmosphere Absolute
The treatment pressure is not fixed, on the contrary, it can range from 1 to 3 ATA. The pressure amount depends upon the patient’s condition. The increased pressure results in a substantial increase in the body’s arterial oxygen tension.
In addition, it is responsible for inducing a number of cellulars, physiological, and biochemical effects. In the course of this article, we will provide you with the basic veterinary applications, the process’s working mechanism, and the evidence.
The Working of Veterinary Hyperbaric Oxygen Chamber
When a healthy patient is breathing in a room air that is at sea level. The air present in the room contains 21 percent of oxygen at 1 ATA. The plasma oxygen concentration is 0.3 ml/dl2, and there is more than 97percent of hemoglobin saturation.
According to Henry’s law of gas behavior: the gas’s solubility is proportional to its pressure. Thus, increasing the atmospheric pressure of oxygen. This then leads to enhance plasma-oxygen concentration (POC).
So, when there is a 100 percent oxygen present, the plasma oxygen concentration increases significantly. This happens even without changing the pressure. However, when you alter the pressure the concentration level changes tenfold. This means at 2 ATA, the plasma-oxygen concentration would increase tenfold.
Likewise, to make further increase the plasma-oxygen concentration, you can increase the pressure to 3 ATA. Doing this would result in the POC of 6 mL/dL. This is enough to ensure that you would not need the hemoglobin bound oxygen in order to fulfill the resting cellular needs.
The technique is highly effective for a number of illnesses. However, it shows great progress in patients who have suffered from extreme blood loss, and doctors are unable to find the desired blood group. It also works in cases where transfusion is not possible due to religious reasons.
Fick’s Law
Another great benefit of plasma-oxygen concentration is that with oxygen that dissolves in the plasma has the ability to diffuse into microcirculation 4 times faster. Especially, when you compare this technique with the oxygen that the body transport using the red-blood cells.
The therapy is vital in cases of disrupted edematous tissue. This issue makes the capillaries push farther apart, thus they are unable to receive the right amount of oxygen. Even the oxygen that is important for cellular repair and respiration, the capillaries are not able to receive it.
The HBOT experts facilitate tissue hyperoxia, thus they benefit from the antimicrobial, anti-inflammatory, angiogenic, immunomodulatory, and barometric effects. This all leads to the effectiveness of the veterinary hyperbaric oxygen chamber therapy.
Clinical Application of Hyperbaric Oxygen Chamber
There is a diversity when it comes to the HBOT indications in human medicine. There most common ones that are covered as well as accepted by the Medicare recompense include decompression sickness, carbon monoxide toxicity, and chronic refractory infections.
It also includes a number of wounds. There are pieces of evidence present for a number of veterinary indications such as the inflammatory, neurologic conditions, tissue repair, cancer, and autoimmune disorders.
Tissue Repair
The improved perfusion and oxygen are significantly relating to the enhanced healing of the HBOT mechanism. It also results in the increase of antimicrobial activity, bacteria’s phagocytosis, and angiogenesis.
Different studies have shown improvement in a number of animal models using HBOT therapies. Some of these treatments include the healing of flaps and grafts, bone cartilage, necrotizing fasciitis, burns, and muscle.
Similarly, HBOT is used when there is a skin complication that results from a fungal or an envenomation or mycotic. It even works for the problems created due to bacterial infections. The doctors recommend HBOT to attenuate inflammation among other helpful techniques.
According to recent studies, the HBOT is becoming common to assist with the neuroprotective problems. There have been several successful results on laboratory animals. Thus, there are now human trails undergoing a Chinese University, Qinghai.
The same is taking place at Graz University in Austria. They are using Hyperbaric oxygen chamber therapy is an adjunctive treatment to cure the spinal cord injury. The HBOT has a direct impact on the edema reduction located in the central nervous system, modulation of inflammation, angiogenesis’s promotion, and decrease of oxidative stress.
What more is that the HBOT techniques are also effective for the peripheral nerve regeneration, neuropathic pain, vascular brain injury, and the traumatic brain industry. Some of the recent studies show that it is useful for postponing moto-neuron disease.
Modulation of Immune Function
Since it is possible to modulate the macrophage and the neutrophil functions using HBOT, thus it is extremely useful in a number of internal medical conditions. For instance, it shows elite results for immune-mediated diseases along with the ones that are categized by inflammation.
High oxygen levels not only interfere with the key trigger of inflammation, the ameliorating tissue hypoxia, it is also great for polymorphonuclear leukocyte adhesion.
Consideration and Mechanics
The total HBOT pressure, time, and frequency greatly depends upon the patient’s literature. However, in most cases, the standard time of the therapy is 1.25 hours, and the pressure tends to increase and decrease at 2 ATA.
However, this also depends upon the disease that is being treated and the patient’s medical requirement. With just the right operations and precautions, you will be able to minimize the risk of hyperbaric oxygen chamber therapy in veterinary patients.
It is important for the patient to remove anything that would risk spark during the therapy. In addition, the patient needs to have a well-trained technician or clinician for monitoring throughout the session.
Conclusion
These are some of the basics that you need to know about the veterinary hyperbaric oxygen chamber. However, for more detailed information, contact us today. Our effective hyperbaric oxygen chamber therapies would help you fight a number of medical conditions.
(1) Personnel access
1. Hyperbaric oxygen practitioners, like other clinical professional staff, require good medical ethics. Good health, able to work under high pressure environment.
2. The hyperbaric oxygen department (room) should be staffed strictly in accordance with Table 1
Table 1 Staffing table of hyperbaric oxygen department (room)
Cabin-type medical doctor nurse technician
Oxygen pressurized chamber
(Single cabin) Infant cabin 1 full-time or part-time 1 full-time 1 part-time 1
Adult cabin full-time or part-time 1 full-time 1-2 full-time 1 part-time
Air pressurized cabin
(Multi-occupant cabin) Small multi-occupant cabin Full-time 1-2 full-time 2 full-time 1 full-time
Medium multi-occupant cabin Full-time ≥2 Full-time ≥2 Full-time 1
Large multi-occupant cabin Full-time ≥2 Full-time ≥2 Full-time 1-2
Note: Refer to the 2004 "Medical Hyperbaric Oxygen Chamber Management and Application Specification" of the Chinese Medical Association Hyperbaric Medicine Branch
3. Hospitals in all regions and cities with hyperbaric oxygen chambers with more than 12 people must establish an organizational hyperbaric oxygen department, and deploy medical, nursing, and technical staff according to these requirements.
4. Physicians in the hyperbaric oxygen department (room) require a bachelor's degree or above in clinical medicine from a higher education institution; nurses require a college degree or above in nursing specialty; technicians require a technical secondary school degree or above in mechanical and electrical engineering.
5. Hyperbaric medical staff and technicians must go to the training center of the Shandong Hyperbaric Medical Quality Control Center designated by the Medical Administration Department of the Provincial Health and Family Planning Commission to receive training, and pass the examination and obtain the "Hyperbaric Training Qualification Certificate" before they can work ( (See Ministry of Health document in November 2007).
6. The maintenance and management technicians of the hyperbaric oxygen chamber must be trained and evaluated by an institution recognized by the State Quality and Technical Supervision Bureau, and pass the examination to obtain the "Special Equipment Practitioner Certificate" before they can start their jobs and review them on schedule. (See the 2003 State Council Order of the People's Republic of China, Article 373 <Article 77 of the Regulations on Safety Supervision of Special Equipment>). Units that use medical hyperbaric oxygen chambers without a certificate shall not use oxygen chambers.
(2) Access to equipment and facilities
1. The medical hyperbaric oxygen chamber must be inspected and accepted by the local quality and technical supervision department, and the "Special Equipment Use Permit" can be obtained before the chamber can be opened to admit patients. The unit using the oxygen chamber shall report the use of the oxygen chamber to the provincial and municipal hyperbaric oxygen medical quality control centers as required.
2. The hyperbaric oxygen department (room) should strictly follow the following requirements for house configuration:
(1) Air pressurized cabin:
①Treatment hall (with sufficient cabin area), machine room (including air storage, power distribution, oxygen room, etc.), (the height of the bilge maintenance floor ≥2000mm)
②The office area has independent medical, nursing and technical offices, duty rooms, washrooms, toilets, and warehouses; the diagnosis and treatment area has a waiting room, diagnosis room, rescue room, men's and women's changing rooms, disinfection rooms, and toilets. Departments where conditions permit should set up scientific research sites such as animal laboratories. The internal space and path layout of the department are reasonable, which is convenient for the rescue of critically ill patients and patients who need to be isolated for special infections to enter and exit the oxygen chamber.
③There are emergency passages in the waiting area, and fire passages around it, and the distance from the oxygen supply station, sewage treatment station, morgue, garbage dump, etc. is more than 100 meters.
(2) Oxygen pressurized cabin: ① Including oxygen cabin treatment room and oxygen room. ② The adult oxygen cabin should have a shared medical office, separate dressing room and toilet. ③Oxygen cabins for infants and young children can be implemented with reference to adult oxygen cabins, or only oxygen cabin treatment rooms and oxygen rooms can be provided.
3. The inside and outside of the hyperbaric oxygen chamber shall be equipped with fire-fighting facilities in strict accordance with requirements and have eye-catching fire-fighting signs.
4. Before opening a hyperbaric oxygen chamber, a medical oxygen chamber certificate, a pressure vessel use certificate, and a medical oxygen chamber use certificate must be obtained.
(3) Management system and job responsibilities
1. Various management systems: including hyperbaric oxygen section (room) safety management system, hyperbaric oxygen section (room) work system, cabin personnel management system, oxygen chamber disinfection and isolation system, computer room management system, oxygen supply room management system, storage Gas tank management system, power distribution panel and power distribution box management system, oxygen cabin equipment maintenance and repair system, infant oxygen cabin safety management system, and employee health protection system (see Appendix 1).
2. Job responsibilities at all levels: including the job responsibilities of the department director, medical technicians, cabin operators, and cabin crew.
Oxygen is one of the three major substances that organismsdepend on for survival. Without one of oxygen, water and food, life stops. Among the three substances, there is only oxygen. The body is the least able to store it. People can live for 6 days without supplementing water. People can live for 6 weeks without food. But if a person’s life stops supplying oxygen, his life can only survive for 6 minutes. Therefore, for the continuation of life, oxygen is the most important of the three substances.
So what is hyperbaric oxygen therapy? Simply put, the process of inhaling high concentrations of oxygen to treat diseases in an environment above one atmosphere is called hyperbaric oxygen therapy. Generally, people need to perform hyperbaric oxygen therapy in the environment of a hyperbaric oxygen chamber.
What is the difference between hyperbaric oxygen and atmospheric oxygen? Under normal circumstances, we inhale oxygen into the lungs, and then the red blood cells in the blood transport the oxygen to all parts of the body. If a patient has 15 grams of hemoglobin per 100 milliliters of arterial blood, experiments have found that every 1 gram of hemoglobin can carry 1.34 milliliters of oxygen, and then every 100 milliliters of arterial blood can carry 20.1 milliliters of oxygen (15×1.34). When all hemoglobin carries oxygen, and then inhale more oxygen, the oxygen content in the blood will not change much. So, what if the patient is still hypoxic at this time? The problem of hypoxia can be solved by increasing the physical dissolved oxygen in the blood. How can we increase the dissolved oxygen in the blood? It is known that the solubility of gas in liquid increases with increasing pressure. Oxygen inhalation under high pressure (in a hyperbaric oxygen chamber) can significantly increase the dissolved oxygen content in the patient's blood. Under certain pressure, if all the hemoglobin in the patient's body is removed, only the dissolved oxygen in the blood can meet the metabolic needs of the patient's body.
What is the effect of hyperbaric oxygen? The effect of hyperbaric oxygen is wide and unique, and there is no other way to replace it. Simply put, hyperbaric oxygen has the following effects:
1. Promote cell aerobic metabolism, correct cell hypoxia, and enable cells to carry out adequate aerobic metabolism.
2. Broad-spectrum antibacterial effect, not only against anaerobic bacteria, but also against aerobic bacteria.
3. It can shrink the arteries at the edema site, reduce local blood volume and reduce edema.
4. Promote the bactericidal effect of white blood cells. Sufficient oxygen supply, increased peroxide substances, and enhanced white blood cell sterilization.
5. Promote the antibacterial effect of certain antibiotics.
6. Increase the permeability of the blood-brain barrier. When there are lesions in the skull (such as infections, tumors), the simultaneous use of hyperbaric oxygen and drugs can increase the concentration of drugs in the skull and increase the efficacy.
7. Promote the discharge of harmful gases, such as coal gas and methylene chloride.
8. Regulate immune function. So far, studies have found that hyperbaric oxygen has a two-way regulatory effect on immune function-allergies can be suppressed, and low ones can be enhanced.
9. Health effect. As the age increases, some cells (such as brain cells) will experience hypoxia, ischemia, insufficient aerobic metabolism, and finally die. For example, before these cells die, adequate oxygen supply is given regularly, which can delay and reduce the speed and number of cell death.
Is hyperbaric oxygen harmful to normal people? As long as the treatment plan is selected properly, hyperbaric oxygen will not cause harm to people. In clinical work, doctors and family members often enter the cabin to accompany patients for treatment. Although some family members of patients do not take oxygen, under high pressure, some chronic diseases in the cabin are alleviated and even cured unknowingly.
macypanhbot tells you the main technical parameters of the medical hyperbaric oxygen chamber
1. Main technical data
1) Cabin type: one cabin, two rooms and four doors
2) Main technical data and requirements:
Diameter of cabin body: Φ2200mm.
Length of cabin: 6000mm.
Cabin volume: total volume 21m3, main cabin volume 13.8m3, auxiliary cabin volume 7.2m3.
Effective height in the cabin: greater than 1.80m.
Clear ground width: 0.8m.
3) Design pressure: 0.30MPa (4.0ATA).
4) Working pressure: 0.20MPa (3.0ATA).
5) Number of people treated: 6 (4+2).
6) Pressure and pressure control method: manual control.
7) Increasing and decompressing rate:
Minimum compression rate: ≤0.004MPa/min when used as a treatment cabin
When used as a transition chamber ≤0.004MPa/min
Maximum compression rate: when used as a treatment cabin ≥0.050MPa/min
When used as a transition tank ≥0.100MPa/min
Minimum decompression rate: when used as a treatment cabin ≤0.008MPa/min
When used as a transition chamber ≤0.008MPa/min
Maximum decompression rate: when used as a treatment chamber ≥0.050MPa/min
When used as a transition chamber ≥0.080MPa/min
8) Temperature control requirements: Summer: 24-28℃±2℃ Winter: 18-22℃±2℃
9) Cabin noise: When pressurized: ≤65dB (A) When air-conditioned: ≤60dB (A)
The actual noise of the air conditioner is around 55dB(A)
10) In-cabin illuminance: In-cabin illuminance value Ë≥60Lx illuminance unevenness ≤60%.
11) Ambient oxygen concentration in the cabin: ≯21%
12) Oxygen inhalation and discharge resistance: oxygen inhalation resistance≮-50Pa, exhalation resistance≯50Pa
13) Grounding resistance value: ≯2Ω
14) Entry voltage: ≯12V
15) Emergency equipment outside the cabin:
The time from the highest working pressure to 0.01MPa ≤ 2.5 minutes ≥ 1.0 minutes
2. Main supporting equipment
1) 4 sets of cabin airtight doors
Rectangular self-sealing thin shell door
Door clearance size: height 1300mm width 650mm
[Self-sealing thin-shell rectangular door]
The sealed door is processed by a stamping one-step forming process, and the stress distribution of the door panel is uniform. Only a small cabin pressure (0.005MPa) is required to tightly fit the door panel and the fence.
The handle of the cabin door adopts an elastic self-sealing structure, and the handle is gently pulled out, and the handle can step into the self-sealing elastic positioning groove. At this time, the door can be closely attached to the door hole fence. In the process of closing the cabin door, no ancient and complicated mechanical locking device is needed, which is convenient to open and close and has good sealing performance.
2) 6 sets of oxygen inhalation device
Equipped with 6 sets of oxygen breathing machines for hyperbaric oxygen chambers, assembled in a stainless steel plate processing equipment box. Oxygen inhalation and oxygen exhaust devices are assembled into an assembly, which are respectively arranged on the side of the reserved seat, which can be used by patients to inhale and exhaust oxygen in the cabin.
3) 6 sets of seats in the cabin
The cabin seats are designed as fixed luxury seats, arranged in two rows along the bulkhead on both sides of the floor in the cabin. The width and length of the seat are in line with the standard seat size.
4) Observation window
Light transmission size of the observation window: Φ150mm.
There are 4 main cabins, 2 on each side, 2 auxiliary cabins, and 1 on each side.
The observation windows are assembled at the best positions on both sides of the cabin in an even number, and are at the same height; the center elevation of the observation windows is at a suitable height from the ground to facilitate the doctor to observe the patient. Before the formal use, the plexiglass of the observation window is protected by the plastic film. The observation window plexiglass is a transparent, pressure-resistant partition, made of industrial first-class plexiglass, the thickness is 30mm, and the design life is 5000 times of pressure. The medical staff can observe the condition of the patient in any position in the cabin through the observation window while standing on the ground.
5) Camera device The light transmission size is Φ100mm. 2 sets
1 set each for main and auxiliary cabins
6) 3 sets of cold light source lighting devices
2 sets in the main cabin
1 set of auxiliary cabin
7) 4 sets of emergency relief valves for cabins
(1) Location: The emergency relief valve outside the cabin is installed near the console;
(2) Marking and valve handle: the valve body is painted with red eye-catching mark, the valve stem is upward, and the valve handle is pressed down;
The emergency relief valve configured in each compartment can release the pressure of the compartment at a working pressure of 0.2MPa within 2 minutes.
8) Cabin delivery tube
(1) Quantity: 2 sets;
(2) The size of the delivery tube: Φ325×400mm (clear space)
(3) Attachment of the delivery barrel: equipped with 1 balance valve and 1 pressure gauge; 1 set of safety interlock device.
Sealing structure: The outer end cover is equipped with a quick-opening swing ring compression sealing device, and the inner end cover is a special opening and closing system.
The delivery barrel is assembled on the back side of the door hole at the outer end of the treatment cabin, and the delivery time of the delivery barrel is not more than 1 minute.
9) Bulkhead outfitting materials
The bulkheads are outfitted with plastic-sprayed panels, which have high strength, do not change color and will not oxidize. The joints are decorated with aluminum alloy battens, and the structural framework for outfitting is welded with square steel.
10) The ceiling and outfitting materials in the cabin are made of high-grade mirror-finished stainless steel plates: the floor in the cabin is laid with imported ceramic tiles.
11) Seat skirt
The apron under the seat and the side guard of the seat are outfitted with electrostatic sprayed steel plate.
12) 2 sets of multifunctional connecting board (including first-level oxygen inhalation device)
1 set each for treatment cabin and transition cabin
The multi-function connecting board is equipped with oxygen supply flow meter, flow control valve, quick-plug oxygen supply nozzle, sputum suction vacuum meter, connection socket and other devices. It can be used for severe patients such as tracheotomy and nasal intubation. It is connected with a balanced oxygen inhalation and exhaustion helmet and a mobile micro-resistance respirator.
Each set of multifunctional connectors can temporarily connect 2 sets of oxygen inhalation and exhaust devices to increase oxygen therapy for two patients.
13) 1 set of balanced oxygen suction and exhaust helmet
It has the functions of supplying oxygen on demand, automatically balancing the pressure inside and outside the hood, and discharging oxygen appropriately. The CO2 concentration in the helmet can be controlled according to the oxygen flow. It can save the oxygen consumed by the human body exponentially, without consuming the gas in the cabin, and will not increase the oxygen concentration in the cabin environment.
14) Supply and exhaust system
Non-asbestos materials are used for the gasket material of the supply and exhaust system. The pipeline from the air filter to the cabin body is made of stainless steel pipes, which meet the requirements of the latest national standards.
15) Console
(1) Quantity: 1 group (combined type).
(2) Structural form
The longitudinal axis of the main console is parallel to the longitudinal axis of the oxygen chamber body. It adopts piano structure, beautiful and coordinated appearance, and the color of the surface paint is the same as that of the cabin. Arranged in the middle of the oxygen cabin body, the console inspection door is 600mm away from the oxygen cabin body. The arrangement of instrumentation fully takes into account the independence of each system and the concentration of each instrument function.
16) Instrumentation
(1) One oxygen source pressure gauge
(2) One oxygen pressure gauge
(3) Two air pressure gauges in the cabin
(4) 2 precision pressure gauges
(5) Air source pressure gauge 1
(6) 2 sets of temperature controller
(7) One intercom monitoring emergency alarm system
(8) 1 set of CD music device
17) Monitoring system
Color monitor 14 inches 1 set
Color lens 2 sets
2 cameras
Switch 1
18) Oxygen supply control device
Single oxygen inhalation flow meter 6 sets
19) Oxygen meter
2 intelligent oxygen measurement and printing integrated machines
20) 2 sets of gas sampling flow meters
Use with oxygen meter
21) Emergency call device 2 sets
Performance: Non-contact proximity switch .
22) Split type air-conditioning system (external magnetic driving device) 2 sets
[Air conditioner magnetic drive device]
All the electrical components and electrical parts on the original air conditioner were moved out of the cabin, and the motor on the original air conditioner fan was removed and replaced with a magnetic drive device installed outside the cabin. The air-conditioning magnetic drive device can drive the air-conditioning fan in the cabin through the cabin, its power is greater than the actual power of the original air-conditioning motor, and the combined noise of the operation with the air-conditioning fan is less than 55dB(A). During the operation of the device, the personnel in the cabin basically cannot hear the noise, and the gas in the cabin will not leak out under any conditions, and the service life can reach at least a ten-year continuous operation period.
23) Air supply system
(1) 2 sets of oil-free air compressor
0.7m3/min 1.4MPa
(2) 2 sets of gas storage tanks of 5 cubic meters and 1.4MPa
(3) 1 air filter
(4) 1 air cooler
(5) 1 oil-water separator
(6) 4 silencers
24) Oxygen cabin power distribution cabinet
(1) One isolation transformer
(2) Emergency power supply 1 set
(3) 1 air compressor distribution box
(4) 1 set of electrical components and facilities
(5) Cabinet shell 1
25) Water sprinkler system
(1) 2 sets of mechanical manual control valves
(2) 6 sets of deluge valves
(3) 1 set of fire water tank
Main technical parameters of pulse vacuum sterilizer
1. Technical parameters of pulsating vacuum steam sterilizer:
1) Specifications: 1.0 cubic motor double door
2) Interior size: 1790*610*915 (mm)
3) Design pressure: 0.25(-0.1)Mpa
4) Design temperature: 138℃
5) Working pressure: 0.23Mpa
6) Working temperature: 136℃
7) Total power of equipment: ≤35KW/380V
8) Equipment net weight: ≥2000Kg
9) Stroke cycle: about 45min
10) Cooling water consumption: ≤260 Kg /time
11) Dimensions: 2136*1264*1823 (mm)
2. Description of functional requirements: motorized double doors, color touch screen control, Chinese number, curve printer, built-in steam generator.
1) Door and door rubber strips: The door rubber strips are installed on the back of the door, not on the cylinder body to avoid long-term heating of the door rubber strips and prolong the service life.
2) Vacuum pump: bipolar split water ring vacuum pump, belt drive.
3) Pneumatic valve: Imported pneumatic valve, no trouble-free operation for more than 4 million times.
4) Main control system: imported brand programmable controller (PLC).
5) Software program: There are six programs for dressing, equipment, BD, lower exhaust steam, two free settings, set in minutes (0-999 minutes), easy to understand, minimum display value Is 0.1 seconds.
6) Touch screen: 5.0-inch color touch screen, Chinese and digital dynamic display, self-test function, automatic alarm and fault printing record when failure occurs, and can display the temperature and pressure of the jacket and interior at the same time (convenient for timely inspection to ensure safety ).
7) Micro printer: imported printer, Chinese number, curve printing.
8) Door motor: high temperature silent door motor.
9) Pressure sensor: imported pressure sensor.
10) Safety: Double doors are automatically interlocked, pressure and temperature are over-high alarm, dual control, safer, the thickness of the cylinder is 8mm, and the service life of the equipment is guaranteed to be more than 10 years.
11) The programmable controller of the main control system and the original electrical control are separated from the cylinder and installed on the panel side of the equipment, which can be repaired and monitored from the front; avoid long-term heating of the programmable controller of the main control system and the original electrical control , Reduce the failure rate.
12) Vacuum pumps, pipes, electrical appliances and all accessories that need to be repaired must be installed on one side of the equipment, independently suspended to reduce vibration, facilitate maintenance, reduce vibration, and extend the service life of the equipment.
13) The equipment comes standard with 1 sterilization vehicle and 2 loading vehicles.
Main technical parameters of fully computerized multifunctional steam therapy machine
1. A treatment bed with massage function can perform multi-mode and multi-part treatment at the same time.
2. The treatment bed is equipped with two sets of medicine boxes, which can choose multiple medicines for steam bath therapy at the same time.
3. 11 sets of waterproof mattresses can be freely combined to adjust the fumigation position.
4. The treatment bed has multiple steam spray holes and unique steam spray hoods, and can perform up and down front and back, whole body or local moving positioning treatment at the same time.
5. One machine with multiple functions, in addition to steam therapy, it also has bath therapy and massage functions.
6. Adopting the most advanced secondary cycle temperature adjustment technology, the temperature can be adjusted from 38-60℃, the steam volume is large, and the temperature adjustment is accurate.
7. Full computer control, touch buttons, LCD screen, and display of human body treatment diagram.
8. Adopting the most advanced PLD digital control technology, automatic decoction, automatic time control, automatic temperature control, automatic heat preservation and other functions.
9. The equipment has the functions of low water level automatic alarm and shutdown, automatic alarm and shutdown when the time is reached, automatic shutdown with anti-leakage protection, heat preservation in standby state, and high temperature and ultra low temperature control.
10. The bed body is made of high-strength anti-corrosion materials, and the interior is all stainless steel, which is durable, elegant and beautiful.
11. Five groups of ten major acupoints, multi-site and multi-way massage, effectively stimulate acupoints and accelerate drug penetration.
(Massage parts: neck, shoulders, waist, legs and feet, body parts; massage methods: acupressure, flapping, pounding, pounding, slow kneading, circulation mode; massage five levels of intensity (strong, medium, weak).
12. Equipped with patient temperature controller, which is convenient for patients to adjust the treatment temperature by themselves.
13. Free ozone sterilization device, safe and reliable to use.
14. Voltage: 220V/50HZ; power single bed 2000W.
15. Size: Bed: 2000×700×1250mm.
Hyperbaric oxygen chamber, treatment equipment for various hypoxia. The cabin is a closed cylinder, and pure oxygen or purified compressed air is input through pipelines and control systems. The doctor outside the cabin can communicate with the patient through the observation window and the intercom. The large oxygen cabin has 10-20 seats.
【principle】
Oxygen is carried by the blood. When oxygen enters the lungs, it will immediately dissolve in the blood. The dissolution process is like putting a spoonful of white sugar in water and it will be quickly dissolved. The amount of oxygen dissolved in the blood of a normal person is related to the environmental pressure. We live in an environment of atmospheric pressure. Since the oxygen in the air is only 1/5, there is very little oxygen dissolved in human blood, which cannot meet the needs of the human body. Oxygen easily enters the red blood cells and is transported along with the movement of the red blood cells. It is very important that there is little oxygen dissolved in the blood. Because the oxygen carried by red blood cells is dozens of times higher than the oxygen dissolved in the blood, normal people can meet the oxygen intake for transporting oxygen. Such as the hyperbaric oxygen experiment: the Dutch scientist experiment in 1956. The blood of the piglet is drawn from the artery and then saline is injected from the vein, and then put into the hyperbaric oxygen chamber and added with three atmospheres of oxygen. The piglet lives in this hyperbaric oxygen chamber for 15 minutes, and the blood is reinfused into The piglet is still alive after its body. The piglet continues to live by dissolved oxygen. Scientists named this experiment a bloodless life. After many experiments, it is concluded that the oxygen dissolved in the blood in the hyperbaric oxygen chamber increases as the pressure of the oxygen chamber increases. The oxygen dissolved in the blood increased by 14 times after inhaling pure oxygen in a 2 atmospheres oxygen chamber, and it increased by 21 times at 3 atmospheres.
【Scope of application】
Hyperbaric oxygen is suitable for the following diseases: gas, hydrogen sulfide, biogas and other harmful gas poisoning, cerebral thrombosis, cerebral hemorrhage, brain trauma, neuritis, vasculitis, diabetic gangrene, difficult-to-heal ulcers, fetal developmental failure, neonatal asphyxia, Acute air embolism, decompression sickness, altitude sickness, sudden deafness, Meniere syndrome, vertigo.
【Responsibilities of Nursing Staff】
1. Familiar with the work characteristics of hyperbaric oxygen, have a sense of work responsibility and safety awareness, implement various rules and regulations, and work carefully and meticulously.
2. Familiar with the use and operation methods of the main equipment of the hyperbaric oxygen chamber.
3. Understand the main effects of hyperbaric oxygen on the physiological functions of various human systems and possible complications and accidents.
4. Familiar with the precautions before entering the cabin and during the treatment.
5. Be able to enter the cabin to care for patients.
6. Fill in various nursing, treatment and operation records accurately and timely.
7. Strictly implement the treatment plan formulated by the physician of the hyperbaric oxygen department (room), and cannot be changed without authorization.
8. Before hyperbaric oxygen treatment, the cabin should be ready for treatment, rescue medicine and various medical, rescue and inspection equipment.
【Nursing before treatment】
1. Do a good job of propaganda and explanation before entering the cabin, so that the patient can clarify the purpose of treatment, eliminate tension and fear, and prevent the occurrence of "containment terror reaction".
2. Before entering the cabin, you should understand the diagnosis, treatment plan, main routine examination results and health status of each patient, and discover contraindications in time to prevent side effects and accidents of treatment.
3. Before entering the cabin, teach patients the basic knowledge of preventing various barotraumas and understand the methods of eustachian tube ventilation. New patients and those with nasal congestion are given 1% ephedrine or nasal drops 10 minutes before entering the cabin; teach patients the essentials of opening the Eustachian tube, such as the nasal pinching method (also known as Ualalva's Eustachian tube blowing method— Close your mouth, pinch the nostrils with your thumb and index finger, and exhale forcefully to increase the airway pressure to open the eustachian tube orifice to allow air to enter the tympanum and balance the internal and external pressure), and perform pressure adjustments such as mouth opening and swallowing. The patient can be instructed to drink water and chew candy when the pressure is increased, and the patient not to hold their breath when decompressing.
4. The personnel entering the cabin must abide by the oxygen cabin medical safety rules, and it is strictly forbidden to bring flammable and explosive items (such as matches, lighters, alcohol, grease, oil, cooling oil, gasoline, firecrackers, electric toys, pyrophoric toys, etc.) into the cabin . It is not advisable to wear clothing that is prone to static sparks (such as chloran, nylon, acrylic, propylene, woolen bulked yarn, etc.) into the cabin, especially in pure oxygen chambers and hyperbaric oxygen chambers that cannot control the oxygen concentration in the cabin. Wear cotton clothing when entering the cabin to prevent fire and explosion accidents in the cabin. At the same time, watches, pens, thermos cups and other items should not be brought in to avoid damage.
5. Before treatment, you should empty your bowels and bowels. Before entering the cabin, patients with incontinence or coma should be properly handled, and toilets should be prepared. In order to keep the air in the cabin clean and tasteless, paralyzed and unconscious patients should frequently scrub their skin, perineum, and improve oral hygiene to reduce the introduction of bad smells into the cabin. Clean special shoes should be replaced before entering the cabin.
6. Don't be full, hungry or alcoholic before entering the cabin. Generally, it is best to enter the cabin 1 to 2 hours after a meal.
7. When the patient enters the chamber with the treatment catheter, check whether the catheter is unobstructed, and properly fix the catheter to prevent it from shifting, extending into or out of the body to prevent backflow.
8. Various equipment and medicines needed for inspection, medical treatment and nursing should be prepared in the cabin, and the medicines in the cabin should be checked and replaced regularly to prevent expiration and failure.
9. Before treatment, check whether the relevant valves, instruments, communications, lighting, air supply, oxygen supply, ventilation and other systems are operating normally. At the same time, adjust the temperature in the cabin, heating to 18-24℃ in winter and pre-cooling to 28℃ in summer before treatment.
10. Before treatment, check whether the patient's infusion is unobstructed, whether there is any redness and swelling at the venipuncture site, and pay attention to the liquid and medicine needed for treatment in the foot cabin. It is best to use an open infusion bottle for infusion in the cabin to facilitate the addition of medicine and avoid the gas expansion of the glass bottle from breaking during decompression.
【Nursing during treatment】
(1) Nursing during compression
1. Before starting pressurization or performing each operation step, the operator should clearly inform the personnel in the cabin, such as "what is uncomfortable when pressurization is started", etc.
2. Master the appropriate pressurization speed to prevent the occurrence of various barotrauma. Before the cabin pressure rises to 0.16MPa, the pressurization speed should be slow, and the patient should be asked whether there is earache. If the above pressure can be passed smoothly, the compression speed can be increased slightly; if the earache is more obvious, or the comatose patients and children are restless during the compression, the compression should be suspended; if the pressure adjustment is still difficult, the earache If there is no obvious relief, you can properly exhaust and reduce blood pressure, and at the same time, inject ephedrine into the nose. After the above treatment, the pain disappears, and you can continue to pressurize; if the pressure cannot be successfully adjusted after various efforts, you should decompress and leave the cabin.
3. The pressure range of hyperbaric oxygen therapy is generally 0.2-0.3MPa.
4. From the start of pressurization, the time required to rise to the specified pressure is called "pressurization time". If the pressurization process is suspended for some reason, and then pressurized to the specified pressure again, all the time should be Included in the "boost time".
5. Compression rate The conventional treatment pressure is 0.20～0.25MPa, and the compression time takes about 20-25 minutes. In the initial stage of pressurization, the pressurization speed should be slow. After pressurization to 0.06MPa gauge pressure, the pressurization rate is not limited as long as the patient can tolerate it. During the compression process, observe the facial expressions of the comatose patients, and whether they have nose bleeding. Observe whether the hypertensive patients have headaches, dizziness, and the original lung dysfunction or the changes in the respiratory frequency and amplitude of the patients with shallow breathing.
(B) Nursing during the process of oxygen inhalation
1. The stabilization time is the hyperbaric oxygen treatment time. During the entire stabilization period, the cabin pressure should be kept constant. If the cabin pressure rises and falls, the exhaust pressure or intake pressure should be increased in time. The fluctuation range of the cabin pressure should not exceed 0.005Mpa.
2. Mask oxygen: Large and medium-sized hyperbaric oxygen chambers are all pressurized with compressed air, and the patient wears nose and mouth mask to inhale pure oxygen. Severely critical and unconscious patients should be given first-level oxygen inhalation. Pay attention to the following when inhaling oxygen with a mask:
(1) Wear a mask correctly and keep good contact. It is required that the mask should be close to the cheek to prevent air from leaking into the mask.
(2) If the severely critical and comatose patients use a first-level oxygen inhalation device, the rubber sac is connected to the lungs. When the rubber sac is squeezed, collided or overfilled, the pressure in the lung is greater than the pressure on the chest wall. Cause "pulmonary barotrauma". Therefore, it is strictly forbidden to slap the rubber bag when inhaling oxygen, and pay attention to the oxygen filling degree in the bag at all times.
(3) During oxygen inhalation, the patient must be closely observed for signs of anaerobic poisoning. If the patient is found to have irritability, facial and lip muscle twitching, cold sweats, or sudden dry cough, shortness of breath, or the patient complains of dizziness, vertigo, nausea, weakness, etc., they should be dealt with immediately. If the condition does not improve, decompression Out of the cabin.
(4) In order to prevent oxygen poisoning, intermittent oxygen inhalation method is adopted, such as oxygen inhalation for 30 minutes—inhalation of air for 5 minutes—inhalation of oxygen for 30 minutes—inhalation of air for 5 minutes—last oxygen inhalation for 20 minutes, or oxygen inhalation for 40 minutes—inhalation of air for 10 minutes—inhalation of oxygen for 40 minutes . Under 0.3MPa, with this intermittent oxygen inhalation method, the total oxygen inhalation time should not exceed 120min. Under 0.2MPa, the oxygen inhalation time does not exceed 240min, which belongs to the safe oxygen inhalation range.
(5) If the patient wears rubber and is allergic to the mask, sterile gauze should be placed under the mask to prevent it from directly contacting the skin to cause allergic reactions.
3. The oxygen supply pressure is generally 0.4-0.5MPa. Patients with more than 0.6MPa may experience chest fullness, and patients with less than 0.4MPa may feel insufficient and laborious. The oxygen supply is generally 10-15L/min.
4. Pay attention to ventilation: that is, through the intake valve of the hyperbaric oxygen chamber, fresh compressed air or compressed oxygen (single-person pure oxygen chamber) is injected into the cabin, and the exhaust valve is opened to discharge the turbid air in the cabin. However, care must be taken to control the inlet air volume equal to the air outlet volume to keep the cabin pressure constant.
(3) Nursing during stress reduction
After the treatment, the process of reducing the cabin pressure from high pressure to normal pressure is called decompression. Because the patient and the cabin crew stayed in a high-pressure environment for a long time, more compressed gas, especially nitrogen, has been dissolved in the body fluids and tissues in the body. Therefore, the decompression must be controlled at an appropriate decompression speed.
There are two types of decompression methods: uniform decompression and stage decompression. Care should be taken to note the following during decompression:
1. Strictly follow the hyperbaric oxygen treatment plan for decompression, and do not shorten the decompression time or change the decompression plan at will.
2. During the decompression process, the patient should be instructed to breathe freely and never hold his breath.
3. An open infusion bottle should be used for infusion in the cabin. The gas in the Murphy's dropper will expand during decompression, and the pressure in the bottle will increase. The gas may enter the vein and cause air embolism. Therefore, pay attention to the liquid in the Murphy's dropper. fill fully. In the case of a closed infusion, a sterile needle of sufficient length should be inserted into the bottle above the liquid level to maintain exhaust.
4. All drainage tubes and thongs should be open during decompression.
5. In coma patients, those with tracheal intubation or tracheotomy, those whose blood pressure has not stabilized after physical rescue, or those with recurrent cerebral edema, the speed of decompression should be slowed down.
6. When decompression, the gas expands and absorbs heat, so that the temperature of the cabin decreases. Keep warm.
7. The temperature in the cabin drops sharply during decompression. If the fog point is reached, mist will appear in the cabin. This is a normal physical phenomenon. Proper ventilation and control of the decompression speed can reduce or avoid this phenomenon.
8. Due to the stimulation of high air pressure on the respiratory tract, the secretions of the respiratory tract increase, so you should pay attention to sucking sputum at any time to keep the respiratory tract unobstructed. In the final stage of decompression, the secretions are difficult to discharge due to the change of negative pressure. Empty needles can be used if necessary Suction.
9. At the initial stage of decompression, due to the expansion of the gas in the middle ear tympanum and accessory sinus cavity, there will be a feeling of fullness. When the pressure exceeds a certain level, the gas can be discharged from the Eustachian tube, and the discomfort will be eliminated immediately.
10. During the decompression process, gas in the gastrointestinal tract expands, which can cause abdominal distension and abdominal pain. Therefore, before treatment, the patient should be instructed to properly control the diet and choose foods and beverages that do not produce gas.
11. Cabin operators must concentrate and are not allowed to leave the console without authorization. After decompressing and exiting the cabin, the patient should be asked whether they have any discomfort such as skin itching, joint pain, and early detection of symptoms of decompression sickness. For critically ill or unconscious patients, they should notify the physician in charge to take over.
[Cleaning and disinfection of oxygen chamber]
(1) Cleaning the oxygen chamber
1. Strictly implement the disinfection and isolation system and pay attention to aseptic operation.
2. Workers who treat ordinary patients should wear clean clothes and hats, and wear isolation gowns, shoes, and masks when contacting infected patients.
3. In order to keep the environment and air in the hyperbaric oxygen chamber clean, both staff and patients must change their shoes into the chamber.
4. For hyperbaric oxygen offices, treatment rooms, patient rest and waiting rooms, etc., all places that can become a route of infection should use wet mopping, wet cleaning appliances, doors and windows every day.
5. The toilets for the hyperbaric oxygen department are cleaned once a day in the morning and afternoon.
6. The patient's special clothes and shoes are washed once every course of treatment in winter, and replaced at any time according to the situation in summer.
7. Wipe the surface of the hyperbaric oxygen chamber once a week.
8. Spittoons, toilets, and trash cans are rinsed and immersed in 30% Lysol solution for disinfection after use, and washed the next day for use.
9. The hyperbaric oxygen treatment room should be wiped with disinfectant once a day, and common items such as instrument boxes should be autoclaved once a week. Sterilize the foam instrument box once a week and replace the disinfectant.
10. After a course of treatment, the patient’s special clothing and shoe cabinets are cleaned up first, and then wiped with 1:200 "84" disinfectant for use.
(2) Disinfection and isolation in the cabin
1. The compressed air and oxygen filled into the cabin must meet sanitary standards. Conditional units can sprinkle aromatic air disinfectant before each treatment to disinfect the cabin and eliminate bad smells in the cabin.
2. At the end of each treatment, the cabin should be ventilated, cleaned, and disinfected with ultraviolet radiation for 30 minutes.
3. The oxygen mask is specially used, and the patient is instructed to clean it after each use, and to wipe it before use.
4. Before the operation patient enters the cabin, wipe the cabin with 5% peracetic acid or 1:200″8.4″ disinfectant, then smoke with 12ml of lactic acid per 100m3 volume for 30 minutes, ventilate, wipe with clean water, and finally use ultraviolet light Air disinfection for 30 minutes.
5. When a person diagnosed with tetanus, gas gangrene, or anaerobic infection undergoes hyperbaric oxygen treatment, other persons with wounds should be prohibited from entering the cabin at the same time. After the patient leaves the cabin, the cabin shall be strictly disinfected. The disinfection method is as follows.
(1) Wipe the floor, bulkhead and all utensils in the cabin with 0.5% peracetic acid or 1:200″8.4″ disinfectant, once a day, three times in total.
(2) Air disinfection: smoke with 12ml of lactic acid per 100m3 for 30 minutes and ventilate, then disinfect with ultraviolet air for 30 minutes, once a day, three times in total.
(3) After the cabin is closed for three days, perform general cleaning, and then incubate with air for three times to be negative before opening for use.
(4) Soaked in 0.5% peroxyacetic acid or 3% Lysol solution for 120 minutes, send it to the laundry room to boil for 60 minutes, and wash it before use.
(5) All dressings are completely burned.
6. The oxygen suction and exhaust rubber tube and the breathing tee tube in the cabin are disinfected once a week. Soak in 1:200"8.4" disinfectant for 60 minutes, scrub with soapy water, rinse with clean water and let it cool.
7. Each patient in the single-person oxygen chamber should have a fixed linen, change and wash after a treatment, and change the sheet once a week. Use bamboo mats in summer, wipe them with disinfectant once a day in the morning and afternoon.
8. Bacteria culture in the cabin once a month.
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