Telemedicine is the provision of health care services in settings where distance is a critical factor, by health professionals using information and communication technologies to exchange necessary information for the diagnosis, treatment and prevention of disease and injury, for research and evaluation, and for continuing education of health professionals to improve public health and community development. It is one of the fastest growing segments of health care in the world (about 20% per year). The term "remote medicine" is also used (less frequently). It has the potential to improve patient health outcomes, access to health care and reduce healthcare costs. As TM applications continue to evolve it is important to understand the impact TM might have on patients, healthcare professionals and the organisation of care.

https://iris.who.int/bitstream/handle/10665/44497/9789244564141_rus.pdf

The telehealth devices in use today resemble earlier telemedicine equipment, but modern health tech is smaller in size and greater in scope of features. Wearables like fitness wristbands and heart rate monitors are an early example of mobile health tools that track patients’ vital data in real time. Smart glasses and smart watches are already popular amongst physicians, and will soon be used to relieve doctors of tedious paperwork. Stanford medical students Pelu Tran and Ian Shakil co-founded Augmedix, a digital health startup that uses Google Glass to automatically transcribe medical records during a patient exam. Concepts like this, which may seem fantastical to physicians now, will someday be commonplace – just like how modern telemedicine seemed an outlandish idea in 1924.

Luckily for the telemedicine industry, there’s still a lot of unexplored territory. Both private and government-owned research firms invest heavily in telemedicine, so the technology develops almost faster than physicians can keep up.

used sources:

https://doi.org/10.1002/14651858.CD012927.pub2

used sources:

https://doi.org/10.1002/14651858.CD012927.pub2

used sources:

https://doi.org/10.1002/14651858.CD012927.pub2

a. Mobile Units: These complexes often involve mobile medical units equipped with the necessary medical instruments and communication technology. These units can be vehicles or portable setups.

b. Telecommunication Systems: Robust telecommunication infrastructure is a crucial component, enabling real-time communication between healthcare professionals and patients. This may involve video conferencing, remote monitoring, and other telemedicine technologies.

c. Medical Devices: The mobile complex would include various medical devices for diagnostics, monitoring, and treatment. This could range from basic diagnostic tools to more advanced equipment, depending on the complexity of healthcare services provided.

d. Data Management Systems: Efficient systems for managing patient data securely are integral. Electronic health records (EHRs) and other data management tools ensure that patient information is easily accessible to healthcare providers.

e. Power and Connectivity: Reliable power sources and connectivity solutions are vital for the functioning of mobile telemedicine complexes, especially in areas with limited infrastructure.

a. Rural and Remote Healthcare: Mobile telemedicine complexes are particularly valuable in reaching remote and underserved populations, bringing healthcare services to areas where establishing permanent medical facilities might be challenging.

b. Emergency Response: These complexes can be deployed in emergency situations, providing immediate medical assistance during disasters, accidents, or public health crises.

i) monitoring of a chronic condition to detect early signs of deterioration and prompt treatment and advice;

ii) provision of treatment or rehabilitation, for example the delivery of cognitive behavioural therapy, or incontinence training;

iii) education and advice for self‐management, for example nurses delivering education to patients with diabetes or providing support to parents of very low birth weight infants or to patients with home parenteral nutrition;

iv) specialist consultations for diagnosis and treatment decisions,

v) real‐time assessment of clinical status, for example post‐operative assessment after minor operation or follow‐up after solid organ transplantation

vi) screening, for angina .

https://www.cochranelibrary.com/cdsr/doi/10.1002/14651858.CD002098.pub2/full?highlightAbstract=telemedicine%7Ctelemedicin

used sources:

https://doi.org/10.1002/14651858.CD012927.pub2

https://iris.who.int/handle/10665/63857

1.Individualized Support:

The tele-education program offers one-to-one sessions, tailoring information delivery to the individual's needs, promoting a personalized approach.

2.Convenience and Accessibility:

Low session frequency is suitable for less severe disorders, making it convenient for patients without the need for specialist care.

Remote access to sessions reduces barriers, ensuring that individuals can receive support from the comfort of their homes.

3.Holistic Approach to Wellness:

The program addresses educational, psychological, and behavioral/cognitive dimensions, aiming to restore skills and mobilize resources for daily functioning and disease management.

4.Practical Coping Strategies:

Sessions focus on practical aspects like hygienic and dietary measures, sleep habits, and leisure activities, helping patients identify coping strategies for combating depression.

5.Comprehensive Understanding of Depression:

Dedicated sessions on identifying symptoms, suicidal ideation, and causes of depression, including family and friends, contribute to a thorough understanding of the condition.

6.Clear Information on Antidepressants:

A dedicated session provides clear information on antidepressants, emphasizing treatment duration, aiding patients in making informed decisions about their mental health.

7.Patient Empowerment and Collaboration:

The final session empowers patients by identifying what they've learned, addressing questions, and collaboratively summarizing the work done, with summaries shared with their GP.

8.Support for Control Group:

Even the control group receives standard care and an educational booklet on depression, promoting awareness and providing additional resources for their mental health.

7. Continued Monitoring and Support:

Regular GP monitoring, potential referrals to specialists, and psychologist-led questionnaire assessments ensure ongoing support and a comprehensive understanding of patient well-being.

https://www.cochranelibrary.com/central/doi/10.1002/central/CN-02594322/full?highlightAbstract=tela%7Ceduc%7Ceducation%7Ctele%7Ctelae

used link: https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4659877/

1. Remote Consultations: Healthcare professionals can discuss patient cases, share medical opinions, and provide expertise even when physically distant.

2. Medical Education: Teleconferences are used for conducting educational sessions, such as lectures, workshops, and training programs, making medical knowledge more accessible.

3. Multidisciplinary Collaboration: Medical professionals from different specialties can collaborate, fostering a holistic approach to patient care and treatment planning.

4. Research Collaboration: Teleconferences enable researchers to discuss findings, plan studies, and coordinate efforts, facilitating progress in medical research.

5. Case Discussions: Physicians can present and discuss challenging cases, seeking input and opinions from other experts to arrive at the best possible diagnostic and treatment decisions.

6. Continuing Medical Education (CME): Healthcare providers can participate in CME activities, staying updated on the latest advancements and evidence-based practices in their respective fields.

7. Global Reach: Teleconferences allow for international collaboration, enabling healthcare professionals worldwide to share knowledge, experiences, and best practices.

Overall, teleconferences contribute to improved patient care, medical education, and research by overcoming geographical barriers and promoting efficient communication among healthcare professionals.

• Accessibility:

Overcoming Geographic Barriers: Tele-education enables individuals, regardless of their location, to access educational resources and support remotely.

• Personalized Learning:

Tailored Content: Tele-education allows for personalized learning experiences, catering to individual needs and preferences.

• Convenience:

Flexible Scheduling: The flexibility of tele-education accommodates learners' schedules, making education more convenient and adaptable to diverse lifestyles.

• Cost-Effectiveness:

Reduced Expenses: It can reduce costs associated with commuting, accommodation, and physical materials, making education more affordable for many.

• Specialized Training:

Access to Experts: Tele-education facilitates access to specialized instructors or experts who might not be available locally, enhancing the quality of education.

• Continuity of Learning:

Uninterrupted Education: During disruptions like pandemics or natural disasters, tele-education ensures continuity of learning, minimizing disruptions to educational pursuits.

• Lifelong Learning:

Promoting Continuous Development: Tele-education supports ongoing learning throughout one's life, encouraging individuals to acquire new skills and knowledge beyond traditional educational timelines.

• Global Collaboration:

International Connectivity: It fosters global collaboration, allowing students to connect with peers, educators, and resources from around the world, promoting a diverse learning environment.

• Technology Integration:

Embracing Innovation: Tele-education encourages the integration of technology into the learning process, preparing individuals for the digital era.

• Environmental Impact:

Reduced Carbon Footprint: By minimizing the need for travel and physical infrastructure, tele-education contributes to a more sustainable and environmentally friendly approach to learning.

https://www.cochranelibrary.com/central/doi/10.1002/central/CN-02281573/full?highlightAbstract=tela%7Ceduc%7Ceducation%7Ctele%7Ctelae

1. Remote Patient Consultations: Healthcare professionals can discuss patient cases and provide consultations even when physically separated.

2. Collaboration and Communication: Enables healthcare teams to collaborate, share information, and communicate effectively, especially when team members are in different locations.

3. Continuing Medical Education (CME): Healthcare providers can engage in educational sessions, staying updated on the latest medical advancements and evidence-based practices.

4. Research Collaboration: Facilitates discussions among researchers, clinicians, and experts, promoting collaboration on medical research and clinical studies.

5. Efficient Decision-Making: Allows for timely discussions on treatment plans, diagnoses, and medical decisions, contributing to improved patient care.

6. Multidisciplinary Approaches: Supports a holistic approach to patient care by involving professionals from various specialties in discussions and decision-making processes.

7. Global Networking: Provides a platform for healthcare professionals to connect globally, share insights, and learn from diverse medical practices.

Overall, participating in medical teleconferences enhances communication, collaboration, and knowledge-sharing among healthcare professionals, ultimately benefiting patient care and medical advancements.

What is an academic conference?

An academic conference is a one-day or multiday event during which researchers present their work to each other. Conferences are an important way researchers stay connected to others in their field and learn about cutting-edge scholarship. In psychology, researchers typically present their work via poster or oral presentation.

There are different kinds of academic conferences. Professional conferences are geared primarily toward professors rather than students, although virtually all conferences will have students presenting either as co-authors with a faculty member or solo during special student programming. Professional conferences can be international, national (like the APA Annual Convention), regional or local. There are also conferences devoted to the different subfields in psychology, for example, social, developmental, neuroscience, etc.

Some conferences are specifically devoted to undergraduate research. The focus is solely on students, and the programming often includes practical workshops, such as how to get into graduate school and how to search for a job.

https://www.ncbi.nlm.nih.gov/pmc/articles/PMC8619571/

https://www.apa.org/ed/precollege/psn/2016/09/academic-conferences

Telemedicine has four basic principles: First, it provides virtual clinical support. Second, it is border- or geographical-barrier-free, meaning any person from any place in the world can use the service and receive access to healthcare facilities. Third, telemedicine has allowed hospitals to easily communicate to referral facilities for educational and consultation purposes, thereby reducing the overall cost of treatment to the patient and medical facility. Fourth, telemedicine has permitted the communication of medical centers and referral facilities; hence, enhanced efficiency care is delivered. The introduction and integration of telemedicine into health systems raised the standards of healthcare provided, especially in cases of emergencies. When the SARS-CoV-2 pandemic began in early 2020, it caught the world by surprise. Health sectors around the world were exhausted fighting the pandemic and were rapidly confronted by a lack of resources. Patients would avoid visiting the hospital due to fear of acquiring the virus, and healthcare providers limited the ability of patients to access the facilities they provide. Surgical services were also severely restrained during the peak of the pandemic. With preoperative triage and postoperative management becoming inherently riskier in person, healthcare providers and patients looked for other methods of communication.

https://www.eurasian-research.org/publication/prospects-for-the-development-of-telemedicine/

https://www.sciencedirect.com/science/article/pii/S2667102622000791

https://evisit.com/resources/history-of-telemedicine

https://www.ncbi.nlm.nih.gov/books/NBK207141/

https://www.ncbi.nlm.nih.gov/pmc/articles/PMC8619571/

Early telemedicine developments were popularised around the 'teleconsultation' model of delivering healthcare despite a physically separated clinician and patient. This practice has become widespread, and the associated behavioural and technical issues have been well documented.

The three examples given below offer different perspectives on this observation.

1) Intensive care

2) Emergency medicine

3) Mental health

The predominant characteristic of asynchronous telemedicine is a time separation between one phase of the process and another. Whether for reasons of efficiency or to overcome resource constraints, the net effect of this separation is that poor availability of a scarce physical or human resource is overcome by careful management of the capture, storage, and transmission of information to accommodate that situation. In the examples considered here, various technical issues arise, and various organizational solutions are adopted, demonstrating that both of these aspects are still significant factors in need of further attention if such solutions are to be developed.

1) Wound care

2) Teledermatology

3) Teleophthalmology

1. Remote Consultations: - Patients can consult with healthcare professionals via video calls, phone calls, or online chat.

2. Remote Monitoring: - Continuous monitoring of patients' vital signs and health data from a distance, often used for chronic disease management.

3. Telehealth Education: - Providing health-related information, training, and education to patients and healthcare professionals through digital platforms.

4. Telepsychiatry: - Mental health services provided remotely, including therapy sessions and psychiatric consultations.

5. Mobile Health (mHealth): - Utilizing mobile devices for health-related services, such as health apps, wearable devices, and remote diagnostics.

6. Store-and-Forward: - Transmitting patient data (e.g., images, test results) to a healthcare provider for later review and assessment.

8. Telemedicine in Rural Health: Bridging the gap in healthcare access for people in remote or underserved areas through virtual consultations.

9. Telestroke Services: Rapid assessment and treatment of stroke patients through telemedicine to improve outcomes.

10. Digital Therapeutics: Using software or digital platforms to deliver therapeutic interventions for various health conditions.

11. Telemedicine for Second Opinions: Enabling patients to seek expert opinions from specialists located in different geographical areas.

12. Tele-rehabilitation: Providing remote rehabilitation services for patients recovering from surgeries or managing chronic conditions.

13. Remote Surgical Consultations: Surgeons can remotely assess patients, review medical imaging, and discuss surgical options.

Teleconferencing is essentially a live, interactive audio or audio-visual meeting that ensues between geographically dispersed participants. Here, participants communicate via telecommunication networks using their tablets, mobile phones, laptops, desktop computers, and even specially designed tech-enabled meeting rooms.

Types of Teleconferencing

There are several types of teleconferencing, including:

Audio teleconferencing: A voice-only option. You can use your own three-way-calling service for this or third-party teleconferencing services.

Electronic whiteboarding: You’ll need a data and audio telecommunication connection for this. This was initially designed to assist with distance learning by creating a believable-looking digital classroom.

Video teleconferencing: A live, visual connection that uses the internet to transmit crystal-clear audio with full-motion images between various locations.

Computer teleconferencing: Written communication between two or more computers, using keyboard inputs and a common application.

https://www.cochranelibrary.com/central/doi/10.1002/central/CN-02021708/full?highlightAbstract=teleconfer%7Ctypes%7Cof%7Cteleconference%7Ctyp%7Cteleconferenc%7Ctype

https://www.cochranelibrary.com/central/doi/10.1002/central/CN-01569760/full?highlightAbstract=teleconfer%7Cpurpos%7Cpurpose%7Cof%7Cteleconference%7Cteleconferenc

https://www.cochranelibrary.com/central/doi/10.1002/central/CN-02393052/full?highlightAbstract=teleconfer%7Cpurpos%7Cpurpose%7Cof%7Cteleconference%7Cteleconferenc

used link:

Sageena, G.; Sharma, M.; Kapur, A. Evolution of smart healthcare: Telemedicine during COVID-19 pandemic. J. Inst. Eng. (India) Ser. B 2021, 102, 1319–1324. [CrossRef]

Telemedicine provided remote monitoring (55 studies), or real‐time video‐conferencing (38 studies), which was used either alone or in combination. The main TM function varied depending on clinical condition, but fell typically into one of the following six categories, with some overlap:

I) monitoring of a chronic condition to detect early signs of deterioration and prompt treatment and advice, ;

II) provision of treatment or rehabilitation, for example the delivery of cognitive behavioural therapy, or incontinence training;

III) education and advice for self‐management, for example nurses delivering education to patients with diabetes or providing support to parents of very low birth weight infants or to patients with home parenteral nutrition;

IV) specialist consultations for diagnosis and treatment decisions,

V) real‐time assessment of clinical status, for example post‐operative assessment after minor operation or follow‐up after solid organ transplantation

VI), screening, for angina.

The type of data transmitted by the patient, the frequency of data transfer, (e.g. telephone, e‐mail, SMS) and frequency of interactions between patient and healthcare provider varied across studies, as did the type of healthcare provider/s and healthcare system involved in delivering the intervention.

https://doi.org//10.1002/14651858.CD002098.pub2