WiFi : Wifi was originally licensed bu the Wi-Fi alliance and it is used to describe the technology of wireless local area networks, abbreviated as WLAN. This technology was primarily developed for mobile computing devices like laptops in Local Area Networks, but with technological advancements, it is now used for an array of services which include VoIP phone access, gaming as well as basic connection of electronics such as smartphones, DVD players, Home theaters and Televisions.
Telehealth technology will play a critical role in meeting the healthcare needs of the US long into the future. It increases access, reduces costs, and provides a more convenient delivery channel for patients and providers alike. Practices that embrace the technology now will protect themselves from increasing competition, develop closer relationships with patients, increase profitability, and help their patients stay healthier. We’re proud to be helping make all of that happen for our customers.
Telemedicine has come a long way and there’s still so much room for growth. Currently, telemedicine is used to conference specialists on important appointments when patients have no other access, to provide diagnosis and prescriptions to remote areas where access to a physician isn’t always possible, and even to assist in invasive surgeries when a high caliber surgeon can’t reach a patient in time.
Teleophthalmology is a branch of telemedicine that delivers eye care through digital medical equipment and telecommunications technology. Today, applications of teleophthalmology encompass access to eye specialists for patients in remote areas, ophthalmic disease screening, diagnosis and monitoring; as well as distant learning. Teleophthalmology may help reduce disparities by providing remote, low-cost screening tests such as diabetic retinopathy screening to low-income and uninsured patients. In Mizoram, India, a hilly area with poor roads, between 2011 till 2015, Tele-ophthalmology has provided care to over 10000 patients. These patients were examined by ophthalmic assistants locally but surgery was done on appointment after viewing the patient images online by Eye Surgeons in the hospital 6–12 hours away. Instead of an average 5 trips for say, a cataract procedure, only one was required for surgery alone as even post op care like stitch removal and glasses was done locally. There were huge cost savings in travel etc.
We have collaborated with major hospitals like Max Hospitals, Fortis Healthcare, Global Hospitals, Medica Super Specialty (Kolkata), Pushpanjali Crosslay, Nova Specialty Hospitals, Artemis Hospital, Enhance Clinics and Delhi ENT Hospital among many others covering all parts of India. Should you need any treatment of any kind at a hospital, iClinic can facilitate this at a partner hospital and ensure that you get prompt, efficient and economical service.
Telehealth is part of APTA's Frontiers in Research, Science, and Technology (FiRST) Council. FiRST grew out of identification of high priority areas to advance science and innovation that our profession needs to understand and incorporate into our practice, education, and research. FiRST is intended to serve as a community for interested stakeholders. Ideas generated by the council may be implemented by participants' stakeholder groups (sections, academies, external groups, APTA, etc) at the discretion of each entity's governing body.
Telemedicine is viewed as a cost-effective alternative to the more traditional face-to-face way of providing medical care (e.g., face-to-face consultations or examinations between provider and patient) that states can choose to cover under Medicaid. This definition is modeled on Medicare's definition of telehealth services (42 CFR 410.78). Note that the federal Medicaid statute does not recognize telemedicine as a distinct service.
There are several areas where telehealth medicine could make a significant impact. It could be used as a tool to remotely monitor patients who have recently been discharged. It may also help treat individuals with behavioral health issues who might normally avoid treatment due to its high cost, or to avoid any perceived public stigma.  The largest area where technology could advance medicine is in treating the chronically ill. These patients usually require many visits with several specialists who may practice at different and distant originating sites. To move telehealth forward, organizational leaders must present evidence to peers and patients that the technology offers value. In addition, care providers must work to transition patients from using telehealth services only for minor conditions (for headaches, colds, etc.), to accepting the technology as a viable replacement for costly physician office visits. Advocates for telehealth medicine must also develop quality controls, so that this potentially transformational tool can maximize its problem solving capabilities and its service effectiveness. To harness the benefits of telehealth technology, America’s brightest medical professionals (both experienced and up-and-coming) must make a concerted effort to incorporate the tool into their practices and make it a regular service offering. Today’s medical students — as they enter a world where telehealth is becoming more pervasive — can take part in what might be a monumental change in the way health professionals think about medical treatment.
The Satellite African eHEalth vaLidation (SAHEL) demonstration project has shown how satellite broadband technology can be used to establish telemedicine in such areas. SAHEL was started in 2010 in Kenya and Senegal, providing self-contained, solar-powered internet terminals to rural villages for use by community nurses for collaboration with distant health centres for training, diagnosis and advice on local health issues
The U.S. spends over $2.9 trillion on healthcare every year, more than any other developed nation. On top of that, an estimated $200 billion of those costs are avoidable, unnecessary spending. Telemedicine has the power to cut our healthcare spending by reducing problems like medication non-adherence and unnecessary ER visits, and making typical doctor visits more efficient.
All the guidelines and restrictions we’ve listed above are for billing telemedicine through traditional Medicare. Medicare Advantage plans under a commercial payer have complete flexibility to cover telemedicine however they want! This means, Advantage plans may cover telemedicine for your patient and not have any of those restrictions on what qualifies as an eligible originating site. Call the payer and ask what they’ll cover and what their telemedicine guidelines are.
Unlike online prescription scams which pop up from time to time, online medical consultations are completely legit. These services are provided by real doctors who speak with you, usually by video conference, and then send your prescription to a local pharmacy in your area for pickup. You can skip scheduling conflicts, doctor office waiting rooms, and long lines at the drop-of counter in the pharmacy.
More widespread use and success of telehealth applications might spur the resolution of these reimbursement issues. CVS has been providing clinical services via telehealth since 2015. According to their study in the Journal of General Internal Medicine, 95 percent of patients “were highly satisfied with the quality of care they received, the ease with which telehealth technology was integrated into the visit, and the timeliness and convenience of their care.” If CVS’s merger with Aetna is finalized, increased competition may motivate other payers to find ways to offer telehealth services and, by extension, levels of reimbursement.
Point-to-point connections link small remote health centers to one, large, central health facility via high speed internet. This type of telemedicine connection lets smaller or understaffed clinics outsource medical care to specialists at other locations within the same health system. Point-to-point connections are especially common for telepsychiatry, teleradiology, and urgent care services.
The rise of the internet age brought with it profound changes for the practice of telemedicine. The proliferation of smart devices, capable of high-quality video transmission, opened up the possibility of delivering remote healthcare to patients in their homes, workplaces or assisted living facilities as an alternative to in-person visits for both primary and specialty care.
Originally, health professionals developed this technology to reach remote patients living in the rural areas. But with time, medical staff and the U.S. government saw the big picture – the potential to reach urban populations with healthcare shortages, and to respond to medical emergencies by sharing medical consults and patient health records without delay. In the 1960s, heavy investments from the U.S. Government, including the Public Health Department, NASA, Department of Defense, and the Health and Human Sciences Department drove research and innovation in telemedicine. Sending cardiac rhythms during emergencies started at about this time. For instance, in Miami, the university medical center worked together with the fire rescue department by sending electro-cardiac rhythm signals over the voice radio channels from the rescue sites.
Thanks to telemedicine, physicians have the wonderful opportunity to connect with clients wherever they are. Patients who once could not see a physician due to access to care issues, can now do so almost seamlessly. However, many may wonder what is telemedicine’s most valuable applications? We’ll discover a few popular ways that telemedicine is used today.
Telepsychiatry – Telepsychiatry allows qualified psychiatrists to provide treatment to patients remotely, expanding access to behavioral health services. Telepsychiatry is incredibly popular, in part because of the nation-wide shortage of available psychiatrists, and because psychiatry often does not require the same physical exams of the medical field.
The first radiologic images were sent via telephone between two medical staff at two different health centers in Pennsylvania by 1948. The health centers were 24 miles apart from one another! Then in 1959, physicians at the University of Nebraska transmitted neurological examinations across campus to medical students using two-way interactive television. Five years later, a closed-circuit television link was built that allowed physicians to provide psychiatric consultations 112 miles away at Norfolk State Hospital.
“In addition, clinical outcomes should be defined and data capture and review capabilities should be implemented to ensure clinical standards of care are followed, to evaluate clinical outcomes and patient and provider satisfaction, and to continually look for opportunities to improve the virtual process,” Sokolovich said. “In addition, having a dedicated IT support system in place for telehealth providers across the system is key to long-term success and removes the concern for equipment failure and connectivity issues that may result in virtual visit challenges.”
The development of modern telemedicine began with the invention of the telecommunications infrastructure, including the telephone and telegraph. Early on, telemedicine technology was adopted for use in military situations during the Civil War, such as ordering medical supplies or medical consultations. Casualty and injury lists were also delivered via telegraph.
In many Walmart stores, retail consumers can walk up to a kiosk for a doctor consultation. The doctor is not physically present inside the store. Instead, the customer uses a touchscreen computer to type in their symptoms and enter a virtual waiting room. They are then connected by a video link to a doctor. This use-case is HIPAA-compliant because the video link is encrypted to protect patient health information.
Glenda Clemens has worked in primary care since 2001 and provided virtual care since 2012. She has practiced medicine as a nurse's aide, licensed practical nurse and registered nurse before receiving her Master of Nursing from the University of Oklahoma. From running her own practice to caring for veterans, she demonstrates a commitment to providing care to underserved populations. When she is not working, she enjoys knitting, crocheting and writing poetry.