Technology and Pandemic COVID-19

COVID-19 pandemic is not normal for whatever other disasters, which are affecting the whole world. Governments over the world are attempting to guarantee the protection of the health of their residents and offer help to individuals influenced. Despite increased spread, individuals over the world are making a valiant effort and utilizing advanced technologies to adaptto this new circumstance. These advancements are helping us to battle the pandemic as well as may later on; change how we manage such circumstances.

Here are a couple of examples wherein technology and innovation have been utilized to assist us alongside holding the fortification against COVID-19 disease.

Business consistency: A significant confront through this pandemic has been not having the option to work in a similar way as in the past. Organizations have immediately implemented telecommuting strategies, utilizing online conference programming projects and joint effort medium or channels to check-in and guarantee representatives remain at home and keep working as before.

Telephones: Smartphones are assuming a vital job in reducing physical contact with the individuals. Online shopping and online delivery applications and software are offering contactless delivery, whereby deliveryrepresentative drop fundamentals off at a particular point or your doorstep with no physical contact. In addition, online payment applications are minimizing the hazard of transmission through paper cash.

Video calls and meetings:Compulsory isolation has disturbed regular life and decreased social collaboration. This is guiding a huge number of individuals to meet and to remain in contact online. Families, as well as companions, are currently getting up to speed and join for all intents and purposes. Instructors and health fitness clubs or gymsare directing classes on the internet. Indeed, even companies are on-boarding new workers through advanced online meetings or conferences.

Area Tracking: This is feasibly the most frequently utilized innovation by governments. Tracking individuals’ whereabouts through the information gave by their telephones has been essential to distinguish the actions of a contaminated individual before being isolated and the number of individuals who may have been visited with the patient.

CCTVs: When a group of three in Kerala’s Pathanamthitta area reported positive for COVID-19 infection in the wake of coming back from Italy, local authorities recognized the family had visited a few places and met numerous individuals for seven days before they were isolated. Checking on CCTV film from the territories they had been to be one of the strategies the local organization used to find individuals the family could have possibly contaminated.

Robot consultant and AI Diagnosis: Robots are being utilized in emergency clinics in certain nations to deliver meals, medication, and different products to patients or victims; to sterilize medical clinics and other public places; to test patients’ temperatures, and to respond to regular inquiries. Coronavirus is even being analyzed utilizing AI, which can peruse a great many CT scans in 20 seconds with a precision rate of 96 percent.

In a worldwide pandemic, innovation equipment has become a basic weapon for viably checking and controlling infection outbreaks. Particularly when control is a test, innovation can’t just work as near-stand-ins for therapeutic services experts or doctors; however, it can likewise coordinate the scale and speed at which the current pandemic needs treatment.

Second Wave can be stopped through technology and innovation


The technology previously exists to identify most new cases of the novel coronavirus in the United States of America. Additionally, it’s not even that costly. While the nation was locked down, researchers built up various quick, simple test kits that could indicate diseases in homes, workplaces, or medical departments. Others have planned wearable gadgets that can screen the simple changes in a heartbeat that happen before people indicateside effects.

Holding this back are uncertainties about security, improper guideline, and a defeatist nature about testing as well as contact tracking. Americans appear to be engaged to the conviction that an unbelievable number of cases are reported bypassing outsiders on the walkway or in the general store or shopping malls, despite developing evidence they come basically from close contacts, which can be tracked, or groups and gatherings, which canbe a retreat.

The ongoing disturbance over a WHO report on “asymptomatic” carriers features the level of emotion driving the conversation. Maria Van Kerkhove, the WHO chief of irresistible sicknesses, first said that cases wherein absolutely asymptomatic individuals transmit the ailment are uncommon. She later changed that, saying such asymptomatic cases are not surely known.

That is a fact, however, in the end, her authentic message was misplaced, which was that there’s proof that the essential driver of the sickness seems to be individuals who do become ill; that they can spread the infection before they become ill; and that victims can be forestalled by discovering individuals with side effects, finding their recent contacts, and isolating the individuals who reported positive.

Considered combinations of frequent testing and contact tracking have assisted numerous nations — from Iceland to Germany to South Korea — maintain a recommended distance from a large number of losses of life suffered in the United States.

In the meantime, the U.S. has trudged alongside enhanced testing limits yet little strategy. This week, the Boston Globe stated that there were 3 times the numbers of tests as test-takers in Massachusetts since cases are down, and tests are still generally accepted to be saved for just individuals with a certain disease.

What we truly require currently is an investigation — a terrible word to American ears. Yet, in the public health perspective setting, it ought to be thought of as keeping an eye on the infection, not on individuals.

While several inspections should be possible with large quantityaccessible tests, we would improve to organizequicker, less expensive, easier tests. MIT teacher and biotech organizer Lee Gehrke and partner Irene Bosch have created one of those testing innovations. This so-called antigen test can get a functioning disease utilizing a test strip, similar to a pregnancy test.

These scientists created comparable tests to investigate Zika and dengue diseases. As opposed to the standard Covid-19 test — known as PCR — antigen tests can be obtained with no exceptional tools or costly materials.

One reason these are not yet generally organized is that controllers at the FDA are excessively concentrated around testing precision when they ought to be concentrated around how the tests are utilized and whether they are sufficiently precise to accomplish more great than hurt in particular contexts.

The FDA was excessively moderate with antibody tests, which are intended to distinguish past contaminations and held out as an expectation for “immunity passports.” The advantage was nominal, and a high number of bogus positives could prompt damage if numerous individuals wrongly accept them are defiant.


Antigen tests, then again, can spare lives by distinguishing existing contaminations. Specialists state these tests will, in general, have a low rate of affectability — they get just about 80 percent of contaminations. A report in Science states antigen tests discover precisely positives somewhere in the range of 50% and 90% of the time. Yet, that is as up till now helpful in case that they are utilized for irregularly examining individuals to find potential outbreaks. Additionally, Gehrkepoints out that if individuals are testedfrequently over many days, a test with 80 percent affectability will get nearly everybody.

Presently, getting 80% of diseases among an asymptomatic populace is better than what we are doing now, which is getting zero.

Bettina Fries, the chief of the infectious disease department at Stony Brook University, stated that testing and investigation are basic for keeping the economy running without risking new spikes of infection. For this to work, routine testing must be generally simple. Individuals won’t hold up hours in line each day at a drive-through option to suffer rehashed, deep nasal tests.

Gerhke states antigen tests can be prepared to work with various types of samples, including spit or nasal swabs, that sample from a progressively available depth. You can have results just in 15 minutes, with high popular loads showing up immediately.

Another basic, reasonable answer is the acceptance of wearable devices that indicate disease early. Researchers definitely realize that our pulses change when we get the flu. This change can be observed on a wearable device days before we contract side effects. Specialists are working on that innovation at Stanford, UCSF, and Scripps Research Institute immediately directed their concentration toward Covid-19. They state such devices could get disease days before individuals show side effects — or in asymptomatic individuals.

At Stanford University, one of these analysts is Michael Snyder, who has been building up a calculation for distinguishing pulse changes and other physiological indications related to Covid-19. He states prior to the pandemic; his own wearable got four contaminations — one case of Lyme sickness, affirmed by a test, two viral diseases and one asymptomatic contamination he said he could affirm as his blood additionally demonstrated an elevated level of C responsive protein — an indicator of an ongoing viral disease.

Presently he’s accumulated information on a few thousand individuals during the pandemic, including fourteen who, in the end, reported positive for Covid-19. In 11 of the 14, the devices got a solid sign of disease before the individual got tested, and in 9, it discovered contaminations before there were any perceptible side effects. Hesays he anticipates that the innovation should get the entirety of the contaminations early, and is sure that with additional alteration, precision will be better.

Doctor Eric Topol, who coordinates the Scripps Translational Research Institute, is indicating part of another investigation of wearables. He’s likewise been tracing various nations’ achievements in battling the infection and esteems the U.S. the world’s most noticeably awful performer till now. But then, American researchers have been caught up with imagining brilliant approaches to escape the chaos.

The reason behind the lockdowns was to get time for medical departments and scientists and to permit general health authorities an opportunity to plan a more focused system. The specialists and researchers have done their job; we have the innovation to control the ailment. Presently we require a dedicated duty to utilize it.

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