​Peter Killcommons studied medicine at the City College of New York and graduated with honors cum laude in 1982. In 1992, Peter "Pete" Killcommons established Medweb, a company that operates medical software and devices. In his spare time, he enjoys traveling the globe, and on one of his trips, he visited Cabo Verde in Africa to help expand the use of telemedicine.

Telemedicine uses information and communication technology (ICT) to deliver medical care to patients who are out of reach or have limited access to medical care. From simple text messaging between medical professionals and patients to remotely supervised surgeries, telemedicine ensures that people get medical attention despite the various barriers that prevent them from walking into a standard hospital.

One major benefit of telemedicine is that it keeps patients in their comfort zones. With telemedicine, patients can receive medical help while at home, and this means they do not need to take a trip down to hospitals, leaving their families and businesses behind.

Also, telemedicine helps to control and reduce the spread of illnesses. This is because it keeps sick patients at home or at a distance from hospitals and prevents other patients and health workers from being exposed to these ill patients.

​Peter "Pete" Killcommons is a humanitarian with a flair for community service. For 30 years, Peter Killcommons has served as CEO of Medweb, a medical software and device company.

Many programming languages can be instrumental to medical application development. When choosing a programming language for developing a healthcare app, you must consider the application's blueprint, architecture, and needs. Below is a look at three popular choices for medical app development:

1. Python

This is a well-utilized programming language in the medical app development industry. It is a programming language with uncomplicated syntaxes. Coding with python is also very versatile because it works on any platform. This programming language makes coding easier because it requires relatively less time to fix bugs.

2. SQL

Standard Query Language is a programming language designed to help developers maintain and interact with databases. It is a crucial language in the medical app development industry because it helps developers organize data using queries. This allows for the analysis and management of stored databases. Furthermore, it also makes auditing easier.

3. HTML

HTML, which stands for Hypertext Markup Language, is a programming language used to build webpages. Developers use it to edit and put out information on a website. For this reason, many healthcare institutions depend on HTML to publicize their service, find new patients, and manage appointments between patients and healthcare professionals.

​Based in California, Dr. Peter “Pete” Killcommons is a pioneering executive in the telemedicine sphere who directs Medweb. With an extensive knowledge of prescription drugs, Dr. Peter Killcommons enjoys learning about the use and function of various medications.

Antiviral drugs are typically prescribed when it comes to fighting the flu and other conditions involving the transmission and spread of viruses. These are distinct from the flu vaccine, which is preventative against influenza and its complications. Once one falls ill, antivirals form a second line of defense in treating flu.

Unfortunately, viruses are challenging to detect, mutate quickly, and are so individual that what works against one will not likely work against another. Viruses have just a few proteins and enzymes that can be targeted, and these differ significantly, even within the same class of virus.

Historically, this has meant that antiviral drug development lagged significantly behind antibiotics. It was not until 1967 that the first viral enzyme was discovered, and ways of targeting viruses were directly established. A game-changer was the patenting (in 1974) and use (in the 1980s) of Acyclovir, which treats conditions such as chicken pox, herpes simplex, and shingles. The drug essentially converts within cells to resemble DNA, which tricks the DNA polymerase within a virus into using the medicine to produce its DNA chains. This, in turn, halts replication.

​An MD graduate of New York Medical College, Peter Killcommons is the CEO of Medweb, where he oversees the radiology, telemedicine, and disaster response divisions. Also a recreational aircraft enthusiast, Peter “Pete” Killcommons holds memberships in the Experimental Aircraft Association (EAA).

Established in 1953, the EAA represents, promotes, and supports recreational aviation enthusiasts worldwide. Headquartered in Oshkosh, Wisconsin, EAA has a membership of over 200,000 in 1,000 chapters and 100 countries.

The association is the brainchild of Paul Poberezny, an aviation enthusiast who started periodic meetings at his home to discuss aircraft construction and restoration. EAA has grown to include special interest divisions, such as vintage, aerobatic, ultralight, homebuilt, and warbirds.

EAA chapters engage in events such as introductory flights, airport open houses, community social gatherings, and member-specific programs. Members can access information and support on airplane building, restoration, and assistance flying unfamiliar aircraft. The association offers the Youth Eagles program in which young people from 8 through 17 enjoy free demonstration flights and mentors.

​An alumnus of New York Medical College, medical entrepreneur Peter “Pete” Killcommons, MD, has over three decades of medical experience. Founder of Medweb, a medical software and imaging firm, he serves as CEO, leading the company and its philanthropy program. Also a volunteer pilot during disaster response situations, Dr. Peter Killcommons is a member of the American Owners and Pilots Association.

The American Owners and Pilots Association (AOPA), the largest global aviation community, engages in numerous activities through its philanthropic wing, the AOPA Foundation. Member contributions to the foundation supports initiatives such as the You Can Fly program, which consists of multiple initiatives aimed at establishing a strong and vibrant pilot community.

The You Can Fly program adopts a multi-faced approach to make flying more affordable and accessible. It has been at the forefront of initiating activities to provide support to pilots throughout their aviation careers. Some of the interventions include working closely with flight schools, advancing best flight training practices, and establishing flying clubs and pilot groups. Program activities such as sharing aviation knowledge with high school students enable them to make informed aviation career choices.

​The chief executive officer of Medweb in San Francisco, California, Dr. Peter Killcommons leads the medical technology company in a range of imaging, teleradiology, and telemedicine. Dr. Peter “Pete” Killcommons’ experience in telemedicine has taken him to developing nations such as Cape Verde.

An African country comprising 10 islands and various islets off the western coast of Senegal, Cape Verde has long struggled with healthcare distribution issues. Beyond its lack of medical specialists, the country presents unique geographic challenges. The vast physical distances between Cape Verde’s inhabited islands require air or sea travel.

In 2014, the peer-reviewed journal Telemedicine and e-Health published an in-depth study of the implementation of the Integrated Telemedicine and e-Health Program for Cape Verde (ITeHP-CV), deeming its launch “encouraging" and projecting success for the “foreseeable future.” In a further appraisal in 2020, the World Health Organization determined that telemedicine in Cape Verde has decreased the need for interisland emergency medical flights and generally improved access to specialized health care.

​Peter "Pete" Killcommons, the CEO of Medweb in San Francisco, California, has supported numerous charitable initiatives, such as providing medical aid to nations at war and local villages. Peter Killcommons belongs to several prestigious groups, including the Alameda Flying Club.

The nonprofit Alameda Flying Club has been running continuously in the San Francisco Bay Area's Hayward Executive Airport since 1946. The club is a fantastic place to explore one's passion for flying and a great resource for learning about aviation, according to testimonials from members.

The Alameda Flying Club, founded out of a passion for aviation, possesses a 1976 Cessna 172M. Members use the plan for various missions, such as sightseeing at reasonable rates and with simple scheduling.

The club views the community as important because it attributes its success to the continued volunteer support of its members. It hosts community engagements like barbecues, monthly meetings, and wash days to promote togetherness.

Members of the Alameda Flying Club have the opportunity to learn more about airplanes and aviation in general because of the club's strong commitment to education. Under the expert supervision of the club's in-house A and P mechanic, club members maintain the club's aircraft, allowing them to learn better.

​A doctor of medicine graduate from New York Medical College, Peter "Pete" Killcommons is the CEO of Medweb. He oversees all the operations of the medical software and device company. In line with his trade, Peter Killcommons is a member of several associations, including the American Telemedicine Association (ATA).

Founded in 1993, ATA aims to provide a central platform for access to safe, affordable, and appropriate healthcare for needy people. ATA comprises a network of technology solution providers, leading healthcare delivery systems, academic institutions, researchers, and partner organizations. All the shareholders share the common goal of advancing and supporting the adoption of telehealth, lobbying and advocating for the relevant authorities and markets and promoting responsible policy.

ATA holds various meetings and events to bring together a vast network of like-minded shareholders. One of the notable ones is the ATA annual conference and expo. The expo consists of exhibitions on the latest in telehealth, keynote speakers on the industry, and upcoming trends. Attendees, whether veteran telehealth stakeholders or new entrants, also get a central avenue to network and chat with c-suite leaders and telehealth tools frontline providers.

​Peter “Pete” Killcommons has an MD in medicine from New York Medical. He also graduated with honors Cum Laude in the Sophie Davis Accelerated BS-MD program. Currently, Peter Killcommons is a director of International Virtual Electronic Hospital and an active member of the American Telemedicine Association.

Telemedicine and telehealth are terms that are sometimes used interchangeably. There is, however, a distinction between the two. Telehealth is a broad term that encompasses a wide range of technologies and services utilized to provide patient care and improve the entire healthcare delivery system. It differs from telemedicine because it covers a wider variety of remote medical services. In addition to clinical treatment, telehealth can refer to non-clinical activities such as providing training, continuing medical education, and administrative meetings.

On the other hand, telemedicine uses electronic communications and software to provide healthcare services to patients without an in-person visit. Telemedicine is commonly used for preventative care support, follow-up visits, remote post-hospitalization care, specialist consultation, School-based telehealth, chronic illness care, and a range of other clinical services that may be given remotely over secure video and audio communications.

​Renewable energy sources have now surpassed coal in global installed power capacity. According to International Energy, despite rising costs for key materials used to make solar panels and wind turbines, additions of new renewable power rose to 290 gigawatts (GW) in 2021, surpassing the previous all-time high set in 2020.

Also, according to the National Renewable Energy Laboratories (NREL) in the United States, the quantity of energy emitted by sunshine in one hour could meet the world's energy needs for an entire year. Solar energy has been one of the world's fastest-growing new energy sources.

According to a U.S Department of Energy assessment, solar energy can provide 40 percent of the United States’ electricity by 2035 and 45 percent by 2050. Solar energy may provide enough electricity to power all of America's homes by 2035, according to the report, and employ up to 1.5 million people in the process.

Solar continues to become more economical because of improved technology, more affordable materials, and growing customer demand. This means rooftop solar makes financial sense for many households and can save money in the long run. When solar power is produced or consumed, it has significantly less pollution than "dirty" power. Global carbon emissions might be lowered dramatically by developing solar power and reducing reliance on fossil fuels.

In 2016, the International Solar Alliance and the World Bank Group (WBG) signed an agreement with 121 nations led by India to grow global solar energy use and assist the alliance in mobilizing $1 trillion in solar investments by 2030.

The World Bank also pledged $1 billion in planned projects to assist India in providing millions of people with sustainable, clean, and climate-friendly electricity. They earmarked $625 million to install solar panels on rooftops across the country. This was also backed by a $125 million climate investment funds (CIF) co-financing loan.

Families in Bolivia who live in isolated places without access to the electricity grid turn to solar home systems to meet their requirements. More than 26 million people have gained access to current energy services because of the WBG's Lighting Global, Lighting Africa, Lighting Asia, and Lighting Pacific programs, which have expanded off-grid lighting goods and services. Installing solar panels help many homes cut their utility cost while lowering their carbon footprint.

Electricity is transported via massive networks from extensive power facilities to consumers. It also passes via power lines, where a portion of the energy may be lost due to the resistance of the cables. Hence, power losses often ensue from long-distance electric transmissions.

On the other hand, as an alternative power source, solar energy can reduce electricity loss. Homeowners can install photovoltaic panels on roofs to help generate electricity from the sun. Solar power systems are also long-lasting and dependable. Hence, one can be assured that they will generate enough energy to meet their home's energy needs.

Solar energy will play a crucial role in supplying the globe with electricity, as renewable energy is our only viable alternative for the future. The world cannot continue to rely on dirty and non-renewable fossil fuels as it has done for generations. However, no single energy source can meet the demands of a growing world population.