Return
Lab Researching

Oxygen used in Lab Researching2.pngOxygen fountain

As people's desire for fresh oxygen is growing, in big cities such as Los Angeles, an oxygen fountain has been set up. In the oxygen fountain bar, people hold a transparent oxygen tank which is equipped with a delicate external absorption device. With a slight suction, the pure oxygen in the tank is spewed out. Oxygen with lemon flavour or other aroma can be transported continuously for 20 minutes. In addition, other oxygen-related products in the United States continue to emerge, such as various oxygenated water, oxygenated soda, and oxygenated pellets. Emerging oxygen consumption has formed a new trend.

 

Increase oxygen intake to reduce postoperative infection and antiemetic

The New England Journal of Medicine published a new study. Anesthesiologists in Austria, the United States, and Australia report that as long as oxygen is given to the patient during and after surgery, the risk of postoperative infection is reduced by half. Because aeration can improve the immune system's immunity, it can provide more "ammunition" to the patient's "immune army" to kill bacteria in the wound spot.

 

The study was conducted on 500 patients in Vienna, Austria and Hamburg Hospital, Germany. The procedure was: 30% oxygen anesthesia was administered to the first group of 250 patients during the entire surgery and two hours after surgery, and another group of 250 patients received anesthesia with 80% oxygen at the same time. Results: 28 patients were infected in the first group, and only 13 patients were infected in the second group.

 

Oxygen used in Lab Researching.pngIt is quite common for anesthetized patients to have nausea or vomiting after surgery, and the patient feels very uncomfortable. The anesthesiologist who conducted the study said that the increasing of oxygen intake is more effective than all antiemetics ever used, and is non-hazardous and inexpensive. The mechanism by which oxygen prevents vomiting is to prevent intestinal ischemia, thereby preventing the release of emetic factors. However, it is not advisable to use oxygen completely without nitric oxide, as this may wake up the patient during surgery.

 

Hyperbaric oxygen cure sudden deafness

According to the director of Hyperbaric Oxygen Department of Friendship Hospital Beijing, hyperbaric oxygen not only improves the hypoxic state of the inner ear auditory organs, but also improves the inner ear blood circulation, tissue metabolism, and promotes the recovery of auditory function. Once you have sudden deafness, you should go to the hospital hyperbaric oxygen department immediately, because the effect of hyperbaric oxygen on sudden deafness often depends on the initial timely treatment, usually within three days after the onset (not more than one week at the latest) the treatment is the best.

 

Hyperbaric oxygen has a good effect on periodontal disease

Periodontal disease refers to a chronic progressive disease in which the inflammation, deformation, and atrophy of the gums, periodontal ligament, and alveolar bone cause the teeth to loosen and fall off. Suffering from periodontal disease, there will be congestion, redness, hemorrhage, deepening of the gingival sulcus, formation of periodontitis, periodontal pocket overflow, bad breath, loose teeth, and often accompanied by gingival recession.

 

The conventional treatment of periodontal disease is not ideal. Medical workers treated hypertensive patients with periodontal disease by hyperbaric oxygen therapy and achieved good results. Hyperbaric oxygen treatment of periodontal disease can increase the oxygen content and oxygen diffusion distance of local tissues of periodontal disease, promote the reconstruction of collateral circulation, and improve local circulation. The vasoconstriction effect relieves local swelling. In addition, hyperbaric oxygen can also effectively inhibit the growth and reproduction of bacteria, especially anaerobic bacteria, improving the blood supply and oxygen supply of periodontal tissues, promoting metabolism, and facilitating the repair of local tissues to achieve anti-inflammatory, swelling, hemostasis and stinky purpose.

 

Middle aged and elderly people need oxygen

Hypoxia is generally divided into two types: one is hypoxia in vitro, and the other is hypoxia in the body.

 

Vitro hypoxia: mainly due to external causes of hypoxia, people in an environment lacking oxygen, such as low temperature, high altitude areas, environmentally polluted areas, as well as office buildings, shopping malls, basements, etc. are prone to cause hypoxia in vitro.

 

Hypoxia in the body: because of body's own reasons, thereis lack of oxygen inhalation, especially among theold, by thefast pace of work and other reasons, such as respiratory diseases (tracheitis, asthma, emphysema, pulmonary heart disease, lung infections, etc.), poor blood circulation (various heart diseases, insufficient blood supply to the brain, cerebral infarction, vasculitis, varicose veins, etc.). Long-term in the state of hypoxia in the body, the body's various tissues lack of oxygen, accelerating the body's exhaustion, and even causing accidents like stroke, directly threatening the safety of life.

 

Related Products


Send an inquiry
prevFermentation back nextMetallurgy Industry