Showing posts with label COVID-19. Show all posts
Showing posts with label COVID-19. Show all posts

Thursday, 8 October 2020

How Medics Are Using VR to Prepare for the Covid in 2020

 How Medics Are Using VR to Prepare for the COVID in 2020 

Did you know that nearly 3 million people worldwide have been tested positive for the dreaded COVID-19? With no sure-shot drugs or vaccines available today, it is becoming extremely difficult for medical personnel around the world to protect and the protection of society from this deadly virus.

 

With a growing gap between demand and supply of doctors and nurses to combat COVID-19, the hospital is actively training for staff on special training for COVID 19th pandemic with the help of Virtual Reality (VR).

 

Doctors have been using VR in the treatment for several years for the physical and psychological therapy along with providing VR training for doctors involved in the study of surgery. However, in the wake of the 19th COVID pandemic, medical personnel now rely on the advantages of virtual reality in medicine to prepare the medical staff to handle cases of coronavirus.

 

Using VR Preparing for Coronavirus Battlefront

COVID Specific Training at Cedars Sinai Hospital:

The Cedars Sinai Hospital, which is a non-profit hospital located in Los Angeles, California has used VR therapy for pain management for many years. Currently, the VR simulation has been integrated as part of a dynamic training program for COVID-19 treatment.

 

How Paramedics Are Using VR Preparing for Coronavirus Battlefront -

 

With the help of VR simulation of real-life health, more than three hundred doctors at Cedars Sinai has learned some life-saving skills related to COVID-19 treatment, including:

 

Perform CPR while wearing protective equipment

using the ventilator

The diagnosis of the patient's health based on medical history and reports

Assessment of patient care.

Use the Oxford Medical Simulation:

Oxford Medical Simulation recreates real-life situations to help staff respond faster and more efficiently with the actual conditions. Some of their simulation including patient gasping for air or the patient vomiting blood.

 

It also helps create a realistic platform for trainees to understand how to check the condition of the patient's lungs or abdomen while wearing protective gear. There is also the option to almost learn how to wear protective gear as soon as possible.

 

All participants need is a VR headset or tablet to create this situation either at home or in a hospital.

 

Studying the Impact of COVID-19 on Lung Health in GW Hospital

George Washington Hospital has been using virtual reality technology over the past four years to the education of patients and medical personnel to teach surgical skills.

 

 

 

With the onset of the 19th COVID pandemic, has created a 360 degree view of the lung COVID 19 patients with the help of virtual reality technology to study the impact of a coronavirus in the lungs. VR technology helps medical experts at GW Hospital to study the long-term impact of COVID-19 in lung damage.

 

Advantages of Virtual Reality in Medicine

There are many advantages of virtual reality in medicine to not only doctors and nurses but also the patients included:

 


Facilitate social distancing-no need really to be close to the patient

Prevent the spread of infectious diseases due to the lack of contact

Provide realistic simulations including voice to help trainees overcome real-life threats and risks

practical experience and repetitive practice sessions help participants develop accuracy and a better experience

Helps develop team work better in a team

Increased safety of patients and medical staff

Facilitate the storage and sharing of patient data that can be accessed by medical experts from around the world.

Coronavirus lethal effect has changed the way the world lives. And VR will change the way health professionals cope with coronavirus.

Tuesday, 21 April 2020

The Two Corona virus Tests You Need to Know About in world



In the early stages of the COVID-19 pandemic, much of the conversation focused on diagnostic testing, a crucial tool for identifying people who could transmit the disease. Diagnostic testing is still an enormous priority now, but more recently, the second type of testing has emerged on the scene: antibody testing, a very different tool that provides different information. It can be confusing to keep track of the two, so here’s a brief guide to what makes each important.
Diagnostic tests are used to diagnose people who currently have COVID-19 — and they’re especially important because many people who have the disease show no symptoms. The diagnostic test that the United States currently relies on involves taking a nasal swab from a person and then searching for traces of the virus in that sample using a laboratory technique called a polymerase chain reaction, or PCR. This is the gold standard for diagnostic testing, but it takes a long time to complete — about six to eight hours. As a result, there’s a growing backlog of people waiting to get their results.
Diagnostic testing across the United States continues to fall short of what’s needed to effectively track the spread of COVID-19. According to the COVID Tracking Project, roughly 150,000 people have been tested each day over the past week. Recent research from Harvard University suggests that 500,000 to 700,000 tests must occur each day in order to safely reopen The United States by mid-May. Scientists are racing to develop faster and cheaper tests, but the vast majority of them have not yet been approved by the Food and Drug Administration.

Antibody tests search a sample of blood for antibodies, which are molecules produced by the immune system in response to a COVID-19 infection. In theory, antibody tests can identify whether a person has been infected and has started to build immunity against the disease (even if they weren’t aware they had the illness). This type of testing is considered crucial to reopening the country, since the presence of antibodies could mean that a person is immune to COVID-19, at least temporarily.
However, the science behind antibody tests for COVID-19 is not yet considered sound. On April 8, the World Health Organization warned that there is no evidence that antibody tests can show immunity to COVID-19 and said it “does not recommend” their use for patient care, though it encouraged further development of these tests. Relatedly, there are concerns about the effectiveness of the various consumer antibody tests available on the market, many of which are considered dubious. Nevertheless, the FDA has allowed 90 companies to sell these tests, none of which have been vetted by the U.S. government, but the FDA has also warned that some of these companies may make false claims about the products.


In some places, broad antibody testing is being cautiously rolled out. One of the first U.S. efforts took place in San Miguel County, Colorado, in early April, New York Gov. Andrew Cuomo said 3,000 people will be tested for antibodies starting Monday, and Germany is beginning widespread, random antibody tests as it looks to reopen its economy. The effectiveness of these efforts, however, remains to be seen.

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