Technology has had a profound impact on clinical practice, revolutionizing the way healthcare is delivered and improving patient outcomes. Some of the key impacts of technology on clinical practice include:
- Electronic Health Records (EHRs): EHRs have revolutionized the way patient information is stored and shared. Physical therapists can now access patient information from any location and easily track a patient’s progress over time. This has improved communication and coordination between healthcare providers and led to more personalized treatment plans.
- Telehealth: Telehealth has become an increasingly popular option for physical therapy, allowing patients to receive therapy from the comfort of their own homes. Telehealth has also allowed physical therapists to reach patients in rural or remote areas, expanding access to care.
- Wearable Devices: Wearable devices, such as fitness trackers and smartwatches, provide physical therapists with valuable data on a patient’s physical activity and movement patterns. This data can help physical therapists design more effective treatment plans and track a patient’s progress.
- Rehabilitation Games: Rehabilitation games use virtual reality and other technologies to create interactive games that patients can use to improve their mobility and strength. These games can be customized to a patient’s needs and provide real-time feedback to the physical therapist.
- Outcome Measures: Outcome measures are standardized assessments that physical therapists use to measure a patient’s progress. Informatics has made it easier to collect and analyze outcome measure data, allowing physical therapists to track a patient’s progress over time and adjust their treatment plan accordingly.
- Data Analytics: Data analytics tools can be used to analyze large amounts of patient data and identify patterns that can help physical therapists make more informed decisions. For example, data analytics can help physical therapists identify patients who are at risk of falling or develop customized treatment plans based on a patient’s unique needs.
- Patient Education: Informatics can be used to provide patients with educational resources, such as videos or online articles, to help them better understand their condition and how physical therapy can help. This can lead to improved patient engagement and adherence to treatment plans.
- Remote Monitoring: Remote monitoring tools, such as sensors and wearables, can be used to monitor a patient’s progress outside of the clinic. Physical therapists can use this data to adjust treatment plans and provide real-time feedback to patients.
- Billing and Documentation: Informatics has made it easier for physical therapists to manage billing and documentation. Electronic billing and documentation systems can reduce administrative burden and improve accuracy, allowing physical therapists to spend more time with patients.
- Continuing Education: Informatics can be used to provide physical therapists with access to continuing education resources, such as webinars and online courses. This can help physical therapists stay up-to-date on the latest research and techniques and improve the quality of care they provide.
Electronic Health Records (EHRs)
Before the widespread adoption of EHRs, physical therapists relied on paper records to document patient information, treatment plans, and progress notes. These paper records were often difficult to manage and access, making it challenging to share information with other healthcare providers or track a patient’s progress over time.
With the adoption of EHRs, physical therapists now have access to a centralized electronic record system that makes it easy to document patient information, share information with other healthcare providers, and track a patient’s progress over time. EHRs can be accessed from any location, allowing physical therapists to quickly and easily update patient records from the clinic, hospital, or even from their own homes.
EHRs also provide physical therapists with access to a wealth of patient information, including medical history, allergies, medications, and lab results. This information can help physical therapists design more effective treatment plans and provide more personalized care.
In addition, EHRs have streamlined administrative tasks, such as scheduling appointments and managing billing. This allows physical therapists to spend more time with patients and focus on providing quality care.
Overall, EHRs have had a significant impact on physical therapy practice, improving communication and coordination among healthcare providers, providing access to valuable patient data, and improving the efficiency of administrative tasks.
Telehealth
A patient with chronic back pain lives in a rural area and has difficulty traveling to physical therapy appointments due to distance and transportation issues. With the adoption of telehealth, this patient can now receive physical therapy from the comfort of their own home.
The physical therapist can use a secure video conferencing platform to conduct virtual therapy sessions with the patient. During these sessions, the physical therapist can guide the patient through exercises and provide real-time feedback on form and technique. The therapist can also use telehealth to check in with the patient between appointments and adjust the treatment plan as needed.
Telehealth has also made it easier for physical therapists to reach patients who may have difficulty accessing care, such as those in remote or underserved areas, or those who are homebound or have mobility issues.
Overall, telehealth has had a significant impact on physical therapy practice, expanding access to care, improving convenience for patients, and allowing physical therapists to provide personalized care regardless of location.
Wearable Device
Sure, here’s an example of how wearable devices have impacted physical therapy practice:
A physical therapist is treating a patient who has recently undergone knee surgery and is in the early stages of rehabilitation. The physical therapist provides the patient with a wearable device, such as a fitness tracker or a motion sensor, that can be worn on the knee.
The wearable device collects data on the patient’s movement patterns, such as how much the knee is bending and how often the patient is standing or walking. The physical therapist can use this data to track the patient’s progress over time and adjust the treatment plan as needed.
The physical therapist can also use the data from the wearable device to identify areas where the patient may need additional support or guidance, such as improving range of motion or increasing activity levels.
Overall, wearable devices have had a significant impact on physical therapy practice, providing physical therapists with valuable data on a patient’s movement patterns, allowing for more personalized treatment plans, and improving the accuracy of outcome measures.
Rehabilitation Games
A physical therapist is working with a patient who has suffered a stroke and is experiencing weakness and difficulty with movement on one side of the body. The physical therapist incorporates rehabilitation games into the patient’s treatment plan to help improve motor function and coordination.
The rehabilitation games use virtual reality and other technologies to create interactive games that are customized to the patient’s needs. The patient might use a VR headset and handheld controllers to engage in games that involve reaching, grasping, and other motor activities.
As the patient plays the games, the physical therapist can monitor their progress and provide real-time feedback on form and technique. The physical therapist can also adjust the difficulty level of the games to challenge the patient and promote continued improvement.
Rehabilitation games can provide a more engaging and motivating form of therapy for patients, as well as an opportunity for patients to practice motor skills in a safe and controlled environment.
Overall, rehabilitation games have had a significant impact on physical therapy practice, providing patients with an enjoyable and effective way to improve motor function and coordination, and providing physical therapists with a valuable tool for customizing treatment plans and tracking progress.
Outcome Measures
A physical therapist is working with a patient who has suffered a traumatic brain injury and is experiencing difficulty with balance and mobility. The physical therapist uses standardized outcome measures, such as the Berg Balance Scale or the Timed Up and Go test, to assess the patient’s balance and mobility at the beginning of treatment.
The physical therapist uses the data from the outcome measures to design a personalized treatment plan that targets the patient’s specific needs. The physical therapist can also use the outcome measures to track the patient’s progress over time and adjust the treatment plan as needed.
At subsequent appointments, the physical therapist can use the same outcome measures to reassess the patient’s balance and mobility, and compare the results to the initial assessment. This can help the physical therapist evaluate the effectiveness of the treatment plan and make any necessary adjustments.
Standardized outcome measures provide a reliable and objective way for physical therapists to measure a patient’s progress and ensure that treatment plans are effective and evidence-based.
Overall, outcome measures have had a significant impact on physical therapy practice, providing physical therapists with a standardized and objective way to assess a patient’s progress, design personalized treatment plans, and track outcomes over time.
#10. CONTINUING EDUCATION
Informatics can be used to provide physical therapists with access to continuing education resources, such as webinars and online courses. This can help physical therapists stay up to date on the latest research and techniques and improve the quality of care they provide.
Informatics describes being concerned with the application of technology to solve concerns in different areas, including education. With the help of informatics, a wide range of information dissemination regarding a lot of varied topics can be carried out. In just a click, everything pops up and in just a snap you already have what you need. Informatics plays a vital role in terms of continuing education. In the field of physical therapy, it helps through the posting of public materials, having online courses, conducting webinars, initiating telerehabilitation, and doing research. The following elaborates the how technology is of service in terms of continuing education.
PUBLIC MATERIALS
Posting digital infographics, promotional and educational videos, or photos through social media shows the significance of informatics in continuing education about physical therapy practices. Through these public materials, people will be able to gain information about the background and overview of what physical therapy is all about. Through the public materials disseminated on different social media platforms, people will be aware of how a certain disease develops, how it is aggravated, and how to possibly alleviate it. Moreover, these public materials will greatly help people to prevent having a specific type of disease. Indeed, through these digital public materials, several netizens will be properly informed of the real purpose of physical therapists in the medical community.
ONLINE COURSES (CLASSES)
Education has been said to be a continuing process. In everything that we want to be skillful at, we need to learn it and be molded by applying what we have learned. A lot of things might hinder our education and one of those that extremely hit as hard is the unexpected appearance of the CoVid-19. It was a devastating happening that caused a big change not just to our economic standing, but also to education. However, thanks to the presence of technology, we can continue our education virtually—in the online world. Concerning physical therapy education and practice, licensed physical therapists here in the Philippines can take online courses in the United States to further their education and have their graduate course—Doctor of Physical Therapy. Hence, with technology, education has been widely accessible, wherever and whenever you want.
WEBINARS
With the emergence of the Corona Virus Disease (CoVid-19) which put the whole world live using technology, informatics played a crucial role to keep the education of different types alive. Through conducting webinars, a give-and-take process not only between professionals but also with the inclusion of student physical therapists can be integrated. Through this platform, sharing of ideas and recommendations towards Physical therapy practice can be discussed. Therefore, it then serves to help physical therapists to provide more effective, advanced, and efficient care interventions to patients or clients. With webinars, they can communicate with other Physical therapists and aspiring physical therapists wherein they share their experiences in their workplace and tips on how to improve the quality of care they provide to their patients.
TELEREHABILITATION
Telerehabilitation is one of the technological advancements that have expanded human connectedness, facilitating the sharing of information and education. Utilizing technology to conduct rehabilitation services has numerous advantages for both clinicians and patients that include convenience, less cost, and accessibility.
Physical therapy is commonly regarded as a “hands-on” profession. Nevertheless, to meet consumers’ demands for faster and more convenient care they also incorporate the use of telerehabilitation. It can be provided in a variety of ways, including 2-way real-time visits with audio, video, or both. Asynchronous e-visits, virtual check-ins, remote evaluations of recorded videos or images, and telephone assessment and management services are done using mobile devices, such as phones, tablets, and smartphones. They use it to reach patients who are living in far-flung areas or who have limited access to care. It reduces the costs of both health care providers and patients compared with traditional inpatient or person-to-person rehabilitation. Also, with our recent worldwide health concerns due to COVID-19, it became a popular and highly successful service delivery model that keeps everyone safe.
Therefore, telerehabilitation has a great impact on everyone as it helps physical therapists to provide efficient, accessible, and convenient physical therapy interventions for their patients or clients. Through the joined forces of technology and informatics, physical therapists can provide continuous rehabilitation services and intervention as well as continuous education for patients virtually that will contribute to the overall development of their well-being.
RESEARCH
Technology plays a crucial role in developing academic research, especially in the field of Physical Therapy as it made the process of gathering data quicker and easier, and it has also allowed researchers to provide education about newly discovered treatment approaches and interventions as well as data analysis with the help of informatics. Furthermore, technology has always been interconnected with research because like how technology advances, research also paves the way to developing new ways on how to alleviate human suffering through the process of making advancements in the drugs and interventions to be used in treating different kinds of diseases. Concerning physical therapy practice, research greatly helps in designing new tools and equipment to be used in making physical therapy interventions efficient and more helpful in treating neurologic, pediatric, geriatric, and patients with musculoskeletal problems and many more. Certainly, with research, the complexity of education in physical therapy is aided and given guidance, and most especially, it provides further help towards the development of new plans of care.
AGUSTIN, AISHLEY CELESTIENNE M.
COSTELO, JOUENA LOURAE V.
MAGLAYA, LOREA D.
SUGUITAN, ZIA ALESSANDRA L.
TAMAYO, KIMBERLY CLARISSE A.
DATA ANALYTICS
Data analytics tools can be used to analyze large amounts of patient data and identify patterns that can help physical therapists make more informed decisions. For example, data analytics can help physical therapists identify patients who are at risk of falling or develop customized treatment plans based on a patient’s unique needs.
Learning Data analytics may not be as easy as it sounds. But when given proper suggestions, most of them would recommend you to learn it from a domain specialization point of view.
Data analytics is a field of technology that takes raw data and retrieves information that can resolve the problems or answer the questions with proper data. The role of a data analyst is to find patterns in the information present to improve performance and efficiency. They also need to work through a complete analysis of the pipeline of data which means, there can be numerous ways to analyze data.
Basic steps that are involved in a data analysis process are data mining, management, statistical, presentation of data. The very first step is extracting the data from various sources like huge databases, text, sensor data, Etc. Using the concept of ETL (extract, transform, load), raw data is transformed into a manageable format. This process is called data mining and is the most crucial step in the pipeline.
Data warehousing or management is the next step in the analysis that implements the databases by accessing results from the previous step. These databases are maintained using SQL, NoSQL.
The third step uses statistics and ML concepts to analyze and get insights from data. The final process is the presentation of the insights from data with businesses.
Data analytics has such a wide scope which is further classified as predictive, descriptive, diagnostic, prescriptive.
Importance of Data analytics
Everyday data is generated in huge chunks in every field. When applied techniques of data analytics, the information is optimized efficiently to use in businesses or other sectors to gain profits.
This technology is applicable in every field like health, banking, environment, Laws, etc.
The crucial information received from analyzing raw pieces of data can be utilized to improve the finances, reduce crimes, protect our nature, improve our lifestyle, research, and more.
For instance, data collected in the finance field can be used to assess the trends or risk factors associated with the markets, detecting fraud, etc. Thus, using this technology efficient financial plans can be made.
By now, you might have got a hunch of how complicated the work of a data analyst can be. But if you have made up your mind to become a data analyst, then all you need to do is be dedicated and work hard to achieve your dream career.
If you really have an interest in playing with data and have a love for statistics and programming, then this field is definitely for you. You have to be confident about yourself that this is what you really want to pursue. Once clear about your goals, you can research about it online, or talk to those who are already related to this field.
Domain electives option
A person working in healthcare can become a data analyst in the same. This is what it means by domain specialization. Learnbay provides this facility in various other sectors like Telecomm, HR, finance, automation, mechanical, marketing, Etc. When a candidate gains expertise as a data analyst in their domain, the employers will hire you as an expert in that domain.
Industry Projects
Just learning the technology is not going to help. You need to work on real-time projects to gain perspective of the actual problems of the world and learn how to solve them. Thus, with conceptual training, offers practical training through projects and capstones.
Provision for Placements
The institute not only provides you with quality training but also helps you with placements. They provide job referrals with relevant openings after the completion of training to get you placed in top companies. This also prepares you for interviews by conducting the mock session and building your job profile.
SUMANG, WILLEM ALEXANDER A.
TAGACA, JHON REY
IDDOBA, YVEZ
7. PATIENT EDUCATION
Informatics can be used to provide patients with educational resources, such as videos or online articles, to help them better understand their condition and how physical therapy can help. This can lead to improved patient engagement and adherence to treatment plans.
TECHNOLOGY in PHYSICAL THERAPY
– Physical therapists are innovators of rehabilitation, drawing on hard-earned expertise and techniques to construct the best recovery plan for each patient.
Recently, however, the tool-bag of a PT has expanded to make room for new gadgets, software, and apps. As varied as they come, these technologies can make therapy treatment more effective, from administration to documentation to completion.
WHAT IS PATIENT EDUCATION?
– Patient education includes providing information about your condition and treatment options and identifying and modifying any factors or activities causing your pain. Instructing you in home pain/swelling management and a home exercise program will help you maintain gains in motion and strength.
BENEFITS OF PATIENT EDUCATION:
1. Improved understanding of medical condition and impairments.
2. Better patient understanding of how to manage self-care.
3. Increased adherence and compliance with recommended treatment plan.
4. Patients more likely to have fewer complications.
5. Patients provided the information they need for informed consent.
How TECHNOLOGY and INFORMATICS help in PATIENT EDUCATION?
1. Videos
Video patient education can be used to complement and even strengthen—your patient care conversations. The best way to leverage videos is to incorporate them into your organization’s existing clinical workflows.
Our library of video patient education is built to support your quality and compliance initiatives and offered in targeted solutions that can be easily integrated into established workflows through a variety of platforms.
Covering 25 therapeutic areas, our video patient education is also offered in a variety of styles including patient stories, expert testimony, medical illustrations, activation, animation, and scenic nature. All content is designed to navigate a condition or procedure from initial discussion or diagnosis through treatment, discharge, rehabilitation, and recovery.
2. Online articles
When discussing their experiences with researchers, participants often related their reading material back to their own health, saying that it confirmed something they’d experienced or that it had raised concerns.
Patients also chose certain articles if the topics had an overall societal effect or if they had recently been featured in the news.
With regard to usability, participants had more difficulty with research summaries, stating that these had been written “by professionals, for professionals.” Some participants struggled with the terminology, but responded well to in-text definitions and the glossary included at the end of each summary.
The blog posts fostered better usability because they included comprehensive conclusions and included a “Bottom Line” explanation. Because the blogs were put in plain terms, patients were more quickly able to grasp the message.
Participants also reported that they liked the standardized page format for both the blogs and the research summaries. While very few commented on the actual length of the research summaries, they did comment that the standardized page layout made the article easy to read.
Patients, as a result, found these articles very useful. Because they could easily absorb the information, it was easier for them to synthesize it and integrate it into their patient engagement activities. Many patients reported that they had learned something new from the articles, or had reconciled information they had previously learned.
3. Virtual Platforms via Zoom
Zoom for Healthcare is a cloud-based video conferencing software approved for the delivery of virtual health. You don’t have to be in the same room, the same hospital, or even the same city to connect with someone to treat them. With zoom you can overcome limits of distance and location to give people greater access to the care they need. One comprehensive platform that simplifies virtual care from care delivery to patient education. Where you can learn, share, and consult with Physical Therapist around the world. Connecting your team with patients and their families.
2 best App for Physical Therapy Patient’s Education
1. Pocket Anatomy – Apple or Android) is handy for educating patients on the muscles, ligaments, and tendons undergoing treatment.
2. PT Pal Pro – is a cloud-based platform offering the follow-through of teletherapy in the convenience of an app. Therapists can send patients home exercise programs and reminders in between visits.
Example No. 1
Ana is a 36 years old suffering from Low Back Pain. She is an English teacher, since last year’s pandemic, her shoulder pain started during covid because she sat in the chair for 15 hours because of the online class and until it got worse and she thought of consulting through telerehabilitation and there she was given advice and educated about her symptoms with help of the therapist like Putting ice on the shoulder area for 15 minutes, then leave it off for 15 minutes, rest your shoulder for the next few days, slowly return to your regular activities and lastly taking ibuprofen or acetaminophen to relieve pain and inflammation.
Example No. 2
Example: Jimmy is a breadwinner of his family, a 40yrs old client which he was suspected having poor posture and complaining about pain all the time, he is a body guard in the morning and call center agent in the evening. Because client have no time to go to rehab center or to consult about his pain he always endure it which cause him poor posture and have unhealthy habits. Then one of his coworker notice him that he was always complaining about pain and notices that he had bad posture. That’s why he recommended him to have a Telerehabilitation or online video conferencing, website, and other applications that can help physicians and patient/client for fast recovery or fast treatment. After that Jimmy start searching about Telerehab and he was amazed because it helps him so much, because he have limited time for traveling and he didn’t need to go to hospital or rehab center for treatment he just need to be educated about his unhealthy lifestyle or habits, do the proper sitting, eye level to the desktop or computer, and they also recommended a chair for a long sitting.
MEMBERS:
JANUARY CHRISTINE DELA CRUZ
LANIER LUTOC
JESSA MAE MEDRANO
HANNAH ORTEZA
ROSHIENE PAGANDUAN
CASE #8 REMOTE MONITORING
Remote Monitoring: Remote monitoring tools, such as sensors and wearables, can be used to monitor a patient’s progress outside of the clinic. Physical therapists can use this data to adjust treatment plans and provide real-time feedback to patients.
CASE 1
Remote Monitoring can be used to treat both chronic and acute conditions, enabling clinicians to keep tabs on patients in-between clinic visits or when in-person care is not possible.
For chronic care, in particular, it enables clinicians to observe patients in near real-time, gather necessary data, and make adjustments to improve care outcomes. This type of continuous tracking is helpful for patients with ongoing care needs, such as those with diabetes, heart conditions, asthma, hypertension, mental illness, and, more recently, long COVID, that is, the long-lasting symptoms following COVID-19 infection and recovery.
Remote monitoring programs employ the use of various types of devices, like weight scales, pulse oximeters, blood glucose meters, blood pressure monitors, heart monitors, and even specialized monitors for dementia and Parkinson’s disease.
link: https://telehealth.hhs.gov/providers/preparing-patients-for-telehealth/telehealth-and-remote-patient-monitoring
CASE 2
With the addition of RTM codes, trained healthcare practitioners now have access to monitoring tools and apps for logging non-physiologic data. More Relevant patient data gives clinicians more information to consider when assessing patient care and therapy response, enabling them to modify treatment plans as necessary and communicating pertinent data to doctors.
Changes to care plans can be mademore intelligently and eventually more successfully if wehave a better understanding of what works and what doesn’t.
More generally, improved data can assist PTs in presenting themselves and PT as an imporant component of healthcare. Any PT clinic that wants todeliver evidence based care and promote the value of physical therapy must track outcomes.
It isn’t enough to simply reiterate how important PT is; in order to actually change CMS and other payers, PTs must gather the concrete evidence demonstrating how RTM treatments improve patient outcomes and bill for those services using the appropriate RTM codes.
Monitoring tools can help patients follow their home exercise plans more consistently.Patients will have simple access to their HEP and a mechanism for entering their reaction to therapy and other pertinent data via a monitoring device or smartphone app. And the knowledge that someone is reviewing that data and getting in touch to discuss it ought to encourage patients to adhere to their regimens more consistently.
The additional communication that the new RTM codes now cover between PTs and patients during therapy over the phone or through chat is crucial to fostering more engaged patients. An engaged patient has many advantages, including a greater commitment to following through on recommended treatments and a greater propensity to communicate questions and concerns to their physical therapists.
However, loyal patients don’t simply make a physical therapist’s job simpler; they also result in better outcomes and may result in lower healthcare costs for both patients and payers
CASE 3
Since wearable technologies are clinical decision support system examples tools, they can predict the onset of quiescent conditions such as those affecting the lungs before their clinical manifestation. This allows patients to seek inexpensive and more effective medication options with better prediction. Therefore, they will not have to pursue long, weary, and costly treatment procedures.
CASE 4
Vital sign is very important in every medical practitioner with the help of remote monitoring a patient can help PT to determine or adjust the treatment that he needs, it is also lessen the time consume and money every time he visit the clinic or a PT visit him.
Remote monitoring benefits the PT and the patient in better communication, it strengthening the patient – providers relationship and improving patient satisfaction and loyalty.
CASE #8 REMOTE MONITORING
Remote Monitoring: Remote monitoring tools, such as sensors and wearables, can be used to monitor a patient’s progress outside of the clinic. Physical therapists can use this data to adjust treatment plans and provide real-time feedback to patients.
CASE 1
Remote Monitoring can be used to treat both chronic and acute conditions, enabling clinicians to keep tabs on patients in-between clinic visits or when in-person care is not possible.
For chronic care, in particular, it enables clinicians to observe patients in near real-time, gather necessary data, and make adjustments to improve care outcomes. This type of continuous tracking is helpful for patients with ongoing care needs, such as those with diabetes, heart conditions, asthma, hypertension, mental illness, and, more recently, long COVID, that is, the long-lasting symptoms following COVID-19 infection and recovery.
Remote monitoring programs employ the use of various types of devices, like weight scales, pulse oximeters, blood glucose meters, blood pressure monitors, heart monitors, and even specialized monitors for dementia and Parkinson’s disease.
link: https://telehealth.hhs.gov/providers/preparing-patients-for-telehealth/telehealth-and-remote-patient-monitoring
CASE 2
With the addition of RTM codes, trained healthcare practitioners now have access to monitoring tools and apps for logging non-physiologic data.
More Relevant patient data gives clinicians more information to consider when assessing patient care
and therapy response, enabling them to modify treatment plans as necessary and communicating pertinent data to doctors.
Changes to care plans can be made more intelligently and eventually more successfully if we have a better understanding of what works and what doesn’t.
More generally, improved data can assist PTs in presenting themselves and PT as an important
component of healthcare. Any PT clinic that wants to deliver evidence based care and promote the value of physical therapy must track outcomes.
It isn’t enough to simply reiterate how important PT is; in order to actually change CMS and other payer, PTs must gather the concrete evidence demonstrating how RTM treatments improve patient outcomes and bill
for those services using the appropriate RTM codes.
Monitoring tools can help patients follow their home exercise plans more consistently.Patients will have simple access to their HEP and a mechanism for entering their reaction to therapy and other pertinent data via a monitoring device or smartphone app. And the knowledge that someone is reviewing that data and getting in touch to discuss it ought to encourage patients to adhere to their regimens more consistently.
The additional communication that the new RTM codes now cover between PTs and patients during therapy over the phone or through chat is crucial to fostering more engaged patients. An engaged patient has many advantages, including a greater commitment to following through on recommended treatments and a greater propensity to communicate questions and concerns to their physical therapists.
However, loyal patients don’t simply make a physical therapist’s job simpler; they also result in better outcomes and may result in lower healthcare costs for both patients and payers
CASE 3
Since wearable technologies are clinical decision support system examples tools, they can predict the onset of quiescent conditions such as those affecting the lungs before their clinical manifestation. This allows patients to seek inexpensive and more effective medication options with better prediction. Therefore, they will not have to pursue long, weary, and costly treatment procedures.
CASE 4
Vital sign is very important in every medical practitioner with the help of remote monitoring a patient can help PT to determine or adjust the treatment that he needs, it is also lessen the time consume and money every time he visit the clinic or a PT visit him.
Remote monitoring benefits the PT and the patient in better communication, it strengthening the patient – providers relationship and improving patient satisfaction and loyalty.
Members
Angeline Angeles
Ricel Faith Tasi
Francesmyne Barsabal
Ruby Delma Tabago
CASE #8 REMOTE MONITORING
Remote Monitoring: Remote monitoring tools, such as sensors and wearables, can be used to monitor a patient’s progress outside of the clinic. Physical therapists can use this data to adjust treatment plans and provide real-time feedback to patients.
CASE 1
Remote Monitoring can be used to treat both chronic and acute conditions, enabling clinicians to keep tabs on patients in-between clinic visits or when in-person care is not possible.
For chronic care, in particular, it enables clinicians to observe patients in near real-time, gather necessary data, and make adjustments to improve care outcomes. This type of continuous tracking is helpful for patients with ongoing care needs, such as those with diabetes, heart conditions, asthma, hypertension, mental illness, and, more recently, long COVID, that is, the long-lasting symptoms following COVID-19 infection and recovery.
Remote monitoring programs employ the use of various types of devices, like weight scales, pulse oximeters, blood glucose meters, blood pressure monitors, heart monitors, and even specialized monitors for dementia and Parkinson’s disease.
link: https://telehealth.hhs.gov/providers/preparing-patients-for-telehealth/telehealth-and-remote-patient-monitoring
CASE 2
With the addition of RTM codes, trained healthcare practitioners now have access to monitoring tools and apps for logging non-physiologic data. More Relevant patient data gives clinicians more information to consider when assessing patient care and therapy response, enabling them to modify treatment plans as necessary and communicating pertinent data to doctors.
Changes to care plans can be mademore intelligently and eventually more successfully if wehave a better understanding of what works and what doesn’t.
More generally, improved data can assist PTs in presenting themselves and PT as an imporant component of healthcare. Any PT clinic that wants todeliver evidence based care and promote the value of physical therapy must track outcomes.
It isn’t enough to simply reiterate how important PT is; in order to actually change CMS and other payers, PTs must gather the concrete evidence demonstrating how RTM treatments improve patient outcomes and bill for those services using the appropriate RTM codes.
Monitoring tools can help patients follow their home exercise plans more consistently.Patients will have simple access to their HEP and a mechanism for entering their reaction to therapy and other pertinent data via a monitoring device or smartphone app. And the knowledge that someone is reviewing that data and getting in touch to discuss it ought to encourage patients to adhere to their regimens more consistently.
The additional communication that the new RTM codes now cover between PTs and patients during therapy over the phone or through chat is crucial to fostering more engaged patients. An engaged patient has many advantages, including a greater commitment to following through on recommended treatments and a greater propensity to communicate questions and concerns to their physical therapists.
However, loyal patients don’t simply make a physical therapist’s job simpler; they also result in better outcomes and may result in lower healthcare costs for both patients and payers
CASE 3
Since wearable technologies are clinical decision support system examples tools, they can predict the onset of quiescent conditions such as those affecting the lungs before their clinical manifestation. This allows patients to seek inexpensive and more effective medication options with better prediction. Therefore, they will not have to pursue long, weary, and costly treatment procedures.
CASE 4
Vital sign is very important in every medical practitioner with the help of remote monitoring a patient can help PT to determine or adjust the treatment that he needs, it is also lessen the time consume and money every time he visit the clinic or a PT visit him.
Remote monitoring benefits the PT and the patient in better communication, it strengthening the patient – providers relationship and improving patient satisfaction and loyalty.
CASE #8 REMOTE MONITORING
Remote Monitoring: Remote monitoring tools, such as sensors and wearables, can be used to monitor a patient’s progress outside of the clinic. Physical therapists can use this data to adjust treatment plans and provide real-time feedback to patients.
CASE 1
Remote Monitoring can be used to treat both chronic and acute conditions, enabling clinicians to keep tabs on patients in-between clinic visits or when in-person care is not possible.
For chronic care, in particular, it enables clinicians to observe patients in near real-time, gather necessary data, and make adjustments to improve care outcomes. This type of continuous tracking is helpful for patients with ongoing care needs, such as those with diabetes, heart conditions, asthma, hypertension, mental illness, and, more recently, long COVID, that is, the long-lasting symptoms;
MEMBERS:
ANGELINE ANGELES
FRANCESMYNE BARSABAL
RUBY TABAGO
RICEL FAITH TASI
JHERICA SIMON
CASE #8 REMOTE MONITORING
Remote Monitoring: Remote monitoring tools, such as sensors and wearables, can be used to monitor a patient’s progress outside of the clinic. Physical therapists can use this data to adjust treatment plans and provide real-time feedback to patients.
CASE 1
Remote Monitoring can be used to treat both chronic and acute conditions, enabling clinicians to keep tabs on patients in-between clinic visits or when in-person care is not possible.
For chronic care, in particular, it enables clinicians to observe patients in near real-time, gather necessary data, and make adjustments to improve care outcomes. This type of continuous tracking is helpful for patients with ongoing care needs, such as those with diabetes, heart conditions, asthma, hypertension, mental illness, and, more recently, long COVID, that is, the long-lasting symptoms following COVID-19 infection and recovery.
Remote monitoring programs employ the use of various types of devices, like weight scales, pulse oximeters, blood glucose meters, blood pressure monitors, heart monitors, and even specialized monitors for dementia and Parkinson’s disease.
link: https://telehealth.hhs.gov/providers/preparing-patients-for-telehealth/telehealth-and-remote-patient-monitoring
CASE 2
With the addition of RTM codes, trained healthcare practitioners now have access to monitoring tools and apps for logging non-physiologic data. More Relevant patient data gives clinicians more information to consider when assessing patient care and therapy response, enabling them to modify treatment plans as necessary and communicating pertinent data to doctors.
Changes to care plans can be mademore intelligently and eventually more successfully if wehave a better understanding of what works and what doesn’t.
More generally, improved data can assist PTs in presenting themselves and PT as an imporant component of healthcare. Any PT clinic that wants todeliver evidence based care and promote the value of physical therapy must track outcomes.
It isn’t enough to simply reiterate how important PT is; in order to actually change CMS and other payers, PTs must gather the concrete evidence demonstrating how RTM treatments improve patient outcomes and bill for those services using the appropriate RTM codes.
Monitoring tools can help patients follow their home exercise plans more consistently.Patients will have simple access to their HEP and a mechanism for entering their reaction to therapy and other pertinent data via a monitoring device or smartphone app. And the knowledge that someone is reviewing that data and getting in touch to discuss it ought to encourage patients to adhere to their regimens more consistently.
The additional communication that the new RTM codes now cover between PTs and patients during therapy over the phone or through chat is crucial to fostering more engaged patients. An engaged patient has many advantages, including a greater commitment to following through on recommended treatments and a greater propensity to communicate questions and concerns to their physical therapists.
However, loyal patients don’t simply make a physical therapist’s job simpler; they also result in better outcomes and may result in lower healthcare costs for both patients and payers
CASE 3
Since wearable technologies are clinical decision support system examples tools, they can predict the onset of quiescent conditions such as those affecting the lungs before their clinical manifestation. This allows patients to seek inexpensive and more effective medication options with better prediction. Therefore, they will not have to pursue long, weary, and costly treatment procedures.
CASE 4
Vital sign is very important in every medical practitioner with the help of remote monitoring a patient can help PT to determine or adjust the treatment that he needs, it is also lessen the time consume and money every time he visit the clinic or a PT visit him.
Remote monitoring benefits the PT and the patient in better communication, it strengthening the patient – providers relationship and improving patient satisfaction and loyalty.
CASE #8 REMOTE MONITORING
Remote Monitoring: Remote monitoring tools, such as sensors and wearables, can be used to monitor a patient’s progress outside of the clinic. Physical therapists can use this data to adjust treatment plans and provide real-time feedback to patients.
CASE 1
Remote Monitoring can be used to treat both chronic and acute conditions, enabling clinicians to keep tabs on patients in-between clinic visits or when in-person care is not possible.
For chronic care, in particular, it enables clinicians to observe patients in near real-time, gather necessary data, and make adjustments to improve care outcomes. This type of continuous tracking is helpful for patients with ongoing care needs, such as those with diabetes, heart conditions, asthma, hypertension, mental illness, and, more recently, long COVID, that is, the long-lasting symptoms.
Tasi, Ricel Faith
Angeles, Angeline
Tabago, Ruby
Barsabal, Francesmyne