IMAGE COPYRIGHTGETTY IMAGES image captionHospitals in Delhi have been forced to display signs saying they have run out of oxygen Twenty-five families in India's capital Delhi woke up to the news on Friday morning that someone they loved had died in the city's Sir Ganga Ram hospital, reportedly because coronavirus patients could not get enough oxygen. The hospital's medical director said a severe shortfall had slowed the flow of oxygen to 25 of the sickest patients, who needed a high pressure, stable supply. The tragedy came at the end of a week where several major hospitals in Delhi have repeatedly come close to running out of oxygen, which can help patients with the virus who need support with their breathing stay alive. On Tuesday, it took a desperate public plea from the chief minister and an intervention from the high court for the Indian central government to organise a late night refill. An oxygen tanker eventually arrived at Sir Ganga Ram hospital on Friday morning, shortly after a dire warning that 60 more patients were on the verge of death. But India's rising wave of cases is pushing its healthcare system to the brink - from the country's richest cities to its remotest corners. A battle for breath Maharashtra and Gujarat in the west, Haryana in the north, and Madhya Pradesh in central India are all facing an oxygen shortage. In the northern state of Uttar Pradesh, some hospitals have put "oxygen out of stock" boards outside, and in the state capital Lucknow hospitals have asked patients to move elsewhere. Smaller hospitals and nursing homes in Delhi are doing the same. Desperate relatives in several cities are lining up outside oxygen refilling centres. One plant in the southern city of Hyderabad hired bouncers to manage the crowd. Many stricken with coronavirus are dying while they wait. Hospitals are struggling to accommodate breathless patients, or even keep alive those who were lucky enough to find a bed. Social media feeds and WhatsApp groups are full of frantic pleas for oxygen cylinders. For a week, India has been reliving this nightmare on repeat, waiting for the terrifying moment when there is no oxygen left at all. For anyone who has watched the pandemic unfold here - from doctors to officials to journalists - this feels like déjà vu. Seven months ago, the country had grappled with a similar oxygen shortage amid a rapid surge in case numbers. But this time, it's much worse. Typically, healthcare facilities consume about 15% of oxygen supply, leaving the rest for industrial use. But amid India's second wave nearly 90% of the country's oxygen supply - 7,500 metric tonnes daily - is being diverted for medical use, according to Rajesh Bhushan, a senior health official. That's nearly three times higher than was consumed every day at the peak of the first wave in mid-September last year. Then, India was adding about 90,000 cases daily. Just two weeks ago, in early April, the single-day spike was around 144,000. Now, the daily caselo...

"I can't believe we're in the capital of India. People aren't getting oxygen and they're dying like animal In India, the devastating second wave of coronavirus overwhelmed hospitals and crematoriums, and there was a general shortage of oxygen and medicines. Few intensive care beds The country’s intensive care unit has been short of space for a long time, and many patients’ families are forced to drive around in search of beds for their loved ones. In New Delhi-an area of about 20 million people-the hospital is full and is rejecting new patients. Some streets outside the medical institution were already crowded with serious illnesses. When relatives asked the hospital authorities for a place in the hospital, they tried to arrange stretchers and oxygen supply for them. "We have been roaming around for three days looking for a bed," There's a shortage of oxygen Hospitals across India are also experiencing oxygen shortages, with some forced to put up signs warning of a lack of supplies. The country now has the greatest demand for oxygen out of all other low, lower-middle and upper-middle-income countries, according to the PATH Oxygen Needs Tracker. Dr Harjit Singh Bhatti, who works on a Covid ward of Delhi's Manipal Hospital, described watching people gasping for air in the street like "fish out of water". "They are not getting oxygen and they are dying on the roads," he said. Typically, healthcare facilities consume about 15% of oxygen supply in India, leaving the rest for industrial use. But amid India's second wave, nearly 90% of the country's oxygen supply - 7,500 metric tonnes daily - is being diverted for medical use, according to Rajesh Bhushan, a senior health official. Crematoriums are organising mass funeral pyres Many people are being forced to turn to makeshift facilities for mass burials and cremations as India's funeral services become overwhelmed. At least one facility in Delhi has resorted to building pyres in its car park in order to cope with the number of bodies.

In the isolation ward, there is a severely ill baby less than 2 months old. He is a highly suspected child with new coronary pneumonia, with lung infection, diarrhea, and mild dehydration. During the treatment, the child's oxygen partial pressure did not increase significantly. After consultation, the child needs hyperbaric oxygen therapy. However, after transformation, the hyperbaric oxygen department environment used for the treatment of confirmed patients is divided into clean areas and contaminated areas, which do not have the treatment conditions for suspected children. After some discussions, the hospital decided to move the infant treatment cabin into the isolation ward for treatment of the child. On the morning of February 19th, the Department of Hyperbaric Oxygen, together with the Department of Infectious Diseases, Department of Pediatrics, and the Department of Medical Security, overcame difficulties and moved the infant treatment cabin into the isolation ward, and sent the child for timely treatment. After the first treatment, the child’s oxygen partial pressure rose to 69mmHg, and the child’s mother told the medical staff, “Now the child is much better and feels energetic. He used to gasp for less than two mouthfuls of milk, and now he doesn’t breathe anymore. ". After three more hyperbaric oxygen treatments, the child's oxygen partial pressure gradually returned to normal levels. The mother of the child excitedly told the medical staff again, "The child finally showed a long-lost smile." After investigation, the child is an excluded case of new coronary pneumonia and has been transferred to the general pediatric ward. After further treatment by the pediatric department, the child has recovered well in various conditions and will be discharged soon. According to He Cong, director of the Department of Hyperbaric Oxygen at Dongfeng General Hospital of Sinopharm, as a kind of oxygen therapy, hyperbaric oxygen can increase the partial pressure of blood oxygen, increase the concentration of free oxygen, and has immune and anti-inflammatory effects. It can effectively block the common new coronary pneumonia. The change from type to heavy and critical type. After discussion with the Hospital Epidemic Prevention and Control Office and the Medical Ethics Committee, it is believed that the use of hyperbaric oxygen to treat patients with new coronary pneumonia is innovative, scientific, and feasible, and a special team has been established to coordinate the entire process of hyperbaric oxygen treatment for patients with new coronary pneumonia to ensure various procedures Smooth and patient safety. In order to transform theoretical support into practical and feasible operations, He Cong led the department staff to continuously sort out the process, and jointly formulated the emergency plan, hospital infection prevention control degree, and instructions for patient entry and education in the cabin in conjunction with the medical department, medic...

Dear Customer: Hello! Thank you for your long-term trust and support to Sdyfu Group! On the occasion of the 51 International Labor Day, all the staff of Sdyfu Group send their sincere wishes to you and your family, and wish you a happy holiday! Thank you for your continued support and help to Sdyfu Group. According to the notice issued by the General Office of the State Council on some holiday arrangements in 2021, Sdyfu Group's arrangements for the May 1st Labor Day holiday in 2021 are as follows:    From May 1st to May 5th, 2021, a total of 5 days. Holiday business contact number/WhatsApp: +8613825114541 Emali: sunxiaohui@yanranyl.com The delivery of the order is delayed until May 6, 2021. We apologize for the inconvenience caused here. Please contact as soon as possible if there is a purchase replenishment plan in the near future

Brain Health And Hydrogen Absorption Machine The groundbreaking research on hydrogen medicine is that Professor Naruo Ota of Japan Medical University published in the international journal "Natural Medicine" in 2007 and confirmed that inhalation of 2% hydrogen concentration can significantly reduce the area of cerebral infarction. What protective effects does hydrogen have on the brain? For example: eliminate brain fatigue, prevent brain aging, improve memory, prevent stroke, improve the quality of life of Alzheimer's, suppress the course of Parkinson's disease, and so on. Attached some research results: (1) Hydrogen and brain fatigue, cognitive function. A clinical trial of hydrogen absorption in Japan showed that: from the hydrogen absorption experiment for young people, it was learned that fatigue, pressure, and boredom were reduced, and after inhalation, they felt relaxed and refreshed, and their enthusiasm and concentration increased, which proved that hydrogen absorption It has a relaxing effect as well as the effect of activating the brain; the results of clinical trials for the elderly show that hydrogen inhalation can improve cognitive function, and the cognitive function and short-term memory ability are sharply enhanced. In addition, the MCI risk assessment for mild cognitive impairment also shows that continuous hydrogen inhalation in advance is expected to have the effect of preventing dementia. (2) Hydrogen and stroke. In 2007, Japan Medical University reported a study of hydrogen inhalation in an acute rat stroke model. Three groups of animals inhaled 1%, 2%, and 4% hydrogen for treatment. Different concentrations of hydrogen can buffer the damage of oxidative stress. , Significantly improve stroke symptoms. This study also found that hydrogen inhalation is more effective than edaravone (a brain protectant), a commonly used drug for stroke. Professor Sun Xuejun’s 2008 study showed that hydrogen has a significant protective effect on neuronal apoptosis induced by ischemia and hypoxia, and the longer the hydrogen absorption time, the more obvious the effect. In 2017, Nishishima Hospital in Numazu City, Japan carried out a study on the safety and effectiveness of hydrogen inhalation therapy in patients with mild to moderate acute cerebral infarction. The results suggest that hydrogen inhalation therapy has the potential to become a new type of acute stroke. Know the treatment method. (3) Hydrogen and Parkinson's disease. In 2009, Kyushu University and Nagoya University in Japan respectively reported that saturated hydrogen-rich saline can treat Parkinson's disease in rats and protect the brain nerves. In 2013, the Shuntendo University School of Medicine in Japan conducted a clinical study on the therapeutic effect of hydrogen-rich water on Parkinson's disease, and evaluated the condition based on the changes in UPDRS within a year. The results of the study showed that the total UPDRS score of the hydrogen water group was significantly...

The first point: The concentration and time of inhaled hydrogen are closely related to the blood flow response. For people with various diseases and very weak, we recommend that the flow rate be controlled below 200 ml when starting to inhale hydrogen within 15 minutes (the initial recommendation was 300 ml for 30 minutes, but many people still have serious reactions) , Measure blood pressure before and after hydrogen inhalation. If the blood pressure rises after hydrogen inhalation, or if you feel unwell during the process or after going home, do not absorb hydrogen temporarily. The second point: Do not rush to inhale hydrogen, start slowly from 15 minutes, and double the dose every 2-3 days (young people can increase it quickly, and the elderly can increase it as slowly as possible). If it increases, in the process, Severe discomfort or chest tightness and dizziness should be restored to the original dose and concentration as soon as possible and used for a period of time. It is not recommended for those who desire to see results immediately. The third point: the longer the hydrogen absorption time, the better. This is a preliminary conclusion based on the current experimental research results. However, this recommendation applies to all kinds of stubborn and critically ill patients. Is it useful to reduce inhalation? Yes, for medical care and the conditioning of certain chronic diseases, inhaling hydrogen for 1-2 hours a day can protect the body. Hydrogen absorption is a long-term method. First of all, it shouldn't take long to start. In the first year of hydrogen absorption, it is usually recommended 1-2 hours a day! The fourth point: Because research has found that hydrogen can inhibit platelet activation, and patients with extremely low platelets caused by various diseases are not recommended to use hydrogen!