MHealth Technologies and Apps Save Time and Preserve Health

An experienced doctor from California, Peter “Pete” Killcommons is the CEO of Medweb. To treat as many patients as possible, Peter Killcommons adopted telemedicine and mHealth technologies to oversee patients worldwide.

MHealth technologies are compatible with mobile phones and can help people discover treatments or symptoms of certain conditions and diseases. The Food and Drug Administration has approved them as they can help doctors track patients’ progress after they treat them. This can enhance a patient’s wellness as doctors can recommend exercises or treatments to patients without them coming to a consultation.

MHealth technologies can include apps that track weight, heart pulse, or fitness. By having these apps, people can maintain healthier lives as they are always aware of something wrong with their bodies and seek care from specialists.

The mHealth apps and technologies are still growing and may be even more useful in the future than they are now. At the moment, they represent a cost-effective solution that can save both time and money for a person. For extremely busy individuals, mHealth apps can be highly beneficial as instead of making an appointment, they can use the app and check for their vital signs and see if everything is alright.

NYMC Receives Funds from HECap Matching Grant Program

Close up scientist working with microscope Free Photo

Based in San Francisco, California, Dr. Peter Killcommons serves as the CEO of Medweb, a system of medical imaging software. Dr. Pete Killcommons was featured in the San Francisco Chronicle for his efforts to use the Internet in medical imaging. Dr. Peter Killcommons earned his medical degree from New York Medical College (NYMC).

In March 2021, NYMC received $2.2 million in funding from the Higher Education Capital (HECap) Matching Grant Program. The program aims to improve the educational infrastructure of New York-based nonprofit private colleges and universities by supporting new laboratory spaces and advanced technological equipment. According to the program’s conditions, university campuses must spend $3 of their budget for every $1 they receive from state funding.

NYMC will allocate the money toward an open-concept laboratory in the Basic Sciences Building. The goal is to create a shared space in which multidisciplinary research teams can work together, which will encourage students and researchers to participate in collaborative research. The new laboratory will include spaces for microscopy, flow cytometry, and mass spectrometry, among others.

Medweb Joins Effort to Provide Telemedicine to Remote Island

Dr. Peter “Pete” Killcommons is an established Northern California entrepreneur who provides coordinated telemedicine and teleradiology solutions as head of Medweb. A guiding philosophy of the firm has been to develop innovative technologies that ensure seamless medical care in underserved areas around the globe. Among Dr. Peter Killcommons’ mission-focused trips has been to Cabo Verde, Africa, to expand telemedicine capacities. Another trip to Japan focused on expanding M Health home health care capacities for the elderly.

One unique Medweb project initiated in 2007 centers on providing advanced telemedicine to Tristan da Cunha, which stands as the most remote inhabited island in the world. Situated more than 1,600 miles to the west of South Africa, the island is home to several hundred British citizens. The remoteness of this community makes secure, real time linkages with experienced medical specialists and health care services essential.

Medweb joined with a high-tech team organized by Beacon Equity Partners and IBM in a pro bono effort to deliver $85,000 worth of equipment. This included digital cameras, a digital X-Ray computed radiography system, spirometry, ECG integration, and video conferencing capacities. In addition to remote installation, testing, configuration, and training, sustained support was provided that encompassed help desk and primary technical services. Two years after inception of the project, Medweb assisted in the replacement of an Orex machine after a massive power surge hit Tristan da Cunha.

Medweb Partners with Rotary Club in Bringing Telemedicine to Kosovo

Northern California entrepreneur Dr. Peter “Pete” Killcommons is an established presence in the teleradiology and telemedicine sphere who guides the industry innovator Medweb. Having provided solutions that enable more responsive, higher quality care worldwide, Dr. Peter Killcommons has participated in a number of philanthropic endeavors.

One example is a partnership with the Rotary International Fund and local Rotary Club chapters in providing rural Kosovo communities with telemedicine options for specialty consultations. Involving the Edwards, Colorado and Gjakova-Cabrati, Kosovo Rotary Club chapters, the 2016 initiative “TeleMedicine for Rural Family Medicine Centers-Gjakova” centered on procuring and installing donated digital medical equipment, as well as connection nodes, at the Main Family Medicine Center of Gjakova.

In total, three laptops and 30 medical devices were contributed, with an aim of seamlessly linking secondary and tertiary care with primary health care capacities. As part of this complex undertaking, Medweb Handheld Telemedicine Kits (HTK) were acquired that package software tools and equipment in one robust, easy-to-use system. In addition, training of Gjakova medical staff was provided by US physicians and Medweb engineering staff.

Digital Healthcare for Japan’s Aging Population

The CEO of medical software and device firm Medweb, Dr. Peter “Pete” Killcommons, regularly participates in humanitarian missions to remote and unstable foreign locations. A member of the American Telemedicine Association, Dr. Peter Killcommons is a telemedicine advocate and recently visited Japan to expand mHealth for elder health care.

The online resource of the Japanese Telecounseling Association, mHealth Japan offers e-mail, telephone, and Skype counseling services. Seeking online counseling saves time, effort, and money compared to visiting a counselor’s office. Expanding mHealth use for elder care will help Japan deal with the burden of caring for an aging population. Japan is counting on digital health technology to address this issue.

Digital health spans technologies that address the healthcare system’s requirements of the 21st century. Leading the way in Japan’s digital healthcare transformation are telemedicine and mobile applications. Patients can communicate with doctors, access medical data, and conduct video chats with physicians through a mobile device, saving travel time and patient waiting time in clinics.

Virtual technology is also being applied to health care. A Tokyo-based company has developed a simulation to imitate dementia outcomes, helping healthcare workers better understand the disease. Other countries are learning from Japan’s digital health approach in dealing with their own elderly care challenges.