Showing posts with label Health. Show all posts
Showing posts with label Health. Show all posts

Tuesday, March 28, 2023

 

How Does Online Age Verification Work in Virtual Healthcare


When it comes to health insurance, virtual healthcare has gone from being a perk to a necessity in recent years. It is anticipated that the value of the telehealth market will reach a total of USD 186.5 billion by the year 2026.

The COVID-19 pandemic taught us much about health, wellness, and healthcare. This led us to realize how vital digital and long-distance communication is. Businesses of all sizes and industries are going digital, including the medical field.

Virtual healthcare allows doctors to treat patients 24/7. Virtual healthcare connects doctors and patients during medical emergencies.

Virtual healthcare is convenient, accessible, and lacks doctor-patient interaction, raising safety concerns. To address these concerns, many states require doctors to verify patients’ ages before providing medical services online.

Why Virtual Healthcare Needs Age Verification

Age verification is a crucial part of online healthcare. Online age verification is necessary for virtual healthcare because it is a way to ensure that the patient is old enough to receive treatment. It’s a great defensive measure against identity theft and fraud.

Online age verification aims to confirm that the person trying to receive medical services is at least 18 years of age.

The online age verification system in the healthcare industry benefits patients and providers. Patient consent and identity control can reduce slow and redundant care interactions. Examples include redundant paper forms, patient registration, scheduling, and wait times. Since most states prohibit minors from receiving medical care without parental consent, this ensures that only legal people receive those services.

The healthcare system checks a patient’s ID to see if they are eligible for care promptly. When medical professionals can verify a patient’s identity in real-time, it ensures they’re treating the right person.


Source: https://insightscare.com/how-does-online-age-verification-work-in-virtual-healthcare/


Friday, April 8, 2022

AMC Health: Transforming Care and Enabling Access to Care with RPM 2.0

 


The Centers for Disease Control (“CDC”) estimates six in ten Americans have at least one chronic disease, and four in ten have at least two chronic diseases. These chronic diseases are a significant contributor to premature death and disability, and to the staggering $3.8T annual healthcare costs in the United States. Coupled with current demographic trends of an aging population, it is critical to explore innovative, and efficient care delivery models to meet this market demand.

Virtual care and remote patient monitoring (“RPM”) can be one of, if not the alternative care model that helps transform healthcare delivery maximize patient care treatment effectiveness and provide greater access to care. This shift continues to expand across populations as healthcare organizations work to improve patient care, manage the cost of these chronic illnesses and account for social determinants of health.

Virtual care has become a respite for patients who cannot access in-person care and for those who with chronic conditions. RPM and virtual care help healthcare organizations detect disease decomposition sooner and deliver ongoing chronic condition management. The end result allows for a timelier intervention, increased patient education and empowerment, and improved overall patient-physician relationships.

The COVID-19 pandemic has accelerated telecare and RPM adoption and spurred healthcare organizations to embrace these innovative care delivery models. These tools facilitate meeting consumers at their home and helping them effectively manage their chronic conditions while maintaining good cost and quality outcomes.

RPM is recognized by the Centers for Medicare and Medicaid Services (“CMS”), and reimbursement codes were established in 2019 for the collection and analysis of patient data used to manage chronic and/or acute health illnesses or conditions.

CMS has proposed additional changes to the 2022 Physician Fee Schedule which expands coverage to Remote Therapeutic Monitoring codes and provides an additional option for providers to gain reimbursement in a wide range of patients This expansion demonstrates the growing commitment to the future of RPM/RTM which ensures continued access to care for millions of Americans nationwide.

An RPM program should be a critical component of every healthcare and care management strategy.

AMC’s intelligent telecare management solution utilizes the latest advancements in remote patient monitoring devices and turns data points into actionable analytics; helping both providers and consumers manage their chronic conditions and maintain good cost and quality outcomes.

About AMC Health

Founded in 2002, AMC Health offers a suite of virtual care and RPM solutions that deliver high-quality, low-cost, patient-centered clinical care and timely interventions at a distance. The AMC Health Virtual Care and RPM suite of solutions leverages a superior analytics platform and a simple user interface which integrates easily into clinical workflows.

These solutions provide frictionless consumer experiences as healthcare providers seek to sustain and scale virtual care services beyond the COVID-19 pandemic to address social determinants of health and enable greater access to care and chronic condition management.

AMC Health leverages an advanced data analytics platform with real-time data, the latest in-patient monitoring devices, and a suite of customizable wrap-around virtual care and telecare management solutions.

AMC’s solutions support hundreds of thousands of patients across the healthcare continuum, through our payer, provider, employer group, and government agency partnerships. One of AMC’s partner clients is the Department of Veterans Affair where we deliver telehealth and RPM services to help our veterans manage their chronic conditions more efficiently.

AMC’s FDA Class II cleared clinical decision support platform is combined with end-to-end, clinical and RPM support services that enable healthcare organizations to confidently extend their services beyond the four walls of a hospital and ambulatory clinical setting.

With access to over 200 devices, 70 clinically trained nurses across the US, a dynamic smart-device app, and programs for more multiple chronic conditions and unique diseases, AMC Health is positioned to help organizations succeed with their virtual care strategies.

Monday, July 30, 2018

A slight genetic rearrangement can save lives from Malaria

A revolutionary discovery by the researchers have proved that the most severe form of malaria, caused by the parasite Plasmodium falciparum,is linked with natural variation in human red blood cell genes.
Researchers from the Wellcome Trust Centre for Human Genetics and their collaborators have recognized a genetic rearrangement of red blood cell‘glycophorin’ receptors that convokes a 40% reduced risk from severe malaria. This unravels new opportunities of research for malarial therapeutics.The study shows that large structural variations in human glycophorin genes, which are unusually common in Africa, are protective against this particularly fatal malarial disease caused by Plasmodium parasites.
According to the 2015 statistics, more than 200 million people a year are infected with malaria and the disease caused the deaths of nearly half a million people worldwide. The most widespread malarial parasite in Africa is Plasmodium falciparum; it is also the most dangeroustransmitted by mosquitoes.
The human red blood cells get infected by the Plasmodium parasites and then the parasite gainsan entry into the system via receptors on the cell surface. Earlier studies on natural resistance to malaria had implicated a section of human genome near to a bunch of receptor genes. These receptors ─glycophorins─lay on the surface of red blood cells and are amongst many receptors that bind the parasite, Plasmodium falciparum. However, the recent study shows that they could be involved in protection against malaria.
After a more detailed investigation in the glycophorin area of the genome, using all-new whole-genome sequence data from 765 volunteers in the Burkina Faso, Gambia, Cameroon and Tanzania, researchers undertook an analysis across the Gambia, Malawi and Kenya that included 4579 people who were hospitalized from severe malaria and 5310 individuals from the normal population. The study proved that people who have a particular rearrangement of the glycophorin genes had a 40% reduced risk of severe malaria.
It was indeed extremely challenging to study the glycophorin gene cluster and determine differences between the sequences of the three genes with confidence.The lead author from the Wellcome Trust Sanger Institute and University of Oxford,Professor Dominic Kwiatkowski, said:“We are starting to find that the glycophorin region of the genome has an important role in protecting people against malaria. Our discovery that a specific variant of glycophorin invasion receptors can give substantial protection against severe malaria will hopefully inspire further research on exactly how Plasmodium falciparum invade red blood cells. This could also help us discover novel parasite weaknesses that could be exploited in future interventions against this deadly disease.”