A National Patient Identifier (NPI) is a permanently assigned, unique number assigned to a person, that can be used across the entire spectrum of a national healthcare system.
Some examples are a medical record number, a national ID, a social security number, a driver's license number, Aadhar card number, etc.Positives of Patient Identifiers:Healthcare savingsEnhanced Security and PrivacyAchieving InteroperabilityImproved patient data entries
Empowering patients with the capacity to take their health records on their phone is excellent, and will undoubtedly help them defeat the problem of fragmentation healthcare records.
Getting an agreement in a conventional method to collect and transfer electronic healthcare information is what made Apple's foray into health records reasonable in the first place.
Fast Healthcare Interoperability Resources (FHIR) appeared four years ago as an interoperability rule for the electronic interchange of healthcare information.
It is a conventional framework for the distribution, combination, and retrieval of clinical health information and other electronic health data.
Satisfactory agreement upon such a standard for health information interchange has elevated modularity.Apple beta-tested its Health Records app in 12 healthcare practices beginning this year (2020), and it figured 27 more systems to the guide in March.
Presently, about 300 healthcare institutions, labs, and hospitals besides covering 6500 places over the United States have recorded in the app, an Apple spokesperson said in Medscape Medical News.The iPhone EHR is presently the single option for iPhones that provides full documentation from start to completion of patient care that can be given off from doctor to doctor.
In healthcare IT, it's very hard to think of any huge buzzword other than interoperability.
Interoperability impacts healthcare quality for both - patients and physicians.DO YOU KNOW WHAT INTEROPERABILITY IMPLIES IN HEALTHCARE?
Interoperability is the ability of medical devices and technologies to give, explain, and showcase health information in an efficiently absorbable form whenever and wherever a patient gets care.
KEY Advantages OF EHR INTEROPERABILITYDifferent stakeholders - Physician practices, hospitals, urgent care centers, pharmacies, and specialized medical centers, collaborate using interoperable systems that allow different systems and applications to communicate with one another.
Patient's medical records follow them throughout the health care system and different stakeholders involved in the care of the patient can seamlessly collaborate.Enhanced performance.The safer transformation of care.Minimized cost - Increased efficiency by greater data sharing conserves time and effort for staff, pointing to higher cost savings.Interoperability in terms of healthcare does it simpler for medical services providers to give patient information.Standards set by the government and management aid promote better interaction between diverse systems.
As COVID-19 continues to grow, people all over the globe are curious to know when they will have a vaccine to cure it.More than four months into the global outbreak, more than 100 research groups over the globe are racing to develop a vaccine.
These groups are in different stages of development from clinical research to testing and trails.What would a vaccine for coronavirus do?Whenever your body comes in contact with bacteria or viruses, your immune system develops antibodies to fight with them.
A vaccine against COVID-19 would slow down the spread and will improve the mortality rates.
To know more please visit Webmedy https://webmedy.com/blog/finding-coronavirus-vaccine/
Electronic health records hold promise in promoting health care quality and performance.
However, health care is decades behind other industries in information technology (IT) adoption.
Stakeholders in the medicinal community, involving the management and other payers, have highlighted the vital need to adopt IT systems.
With pandemics like COVID-19, the need for innovation in healthcare has risen (See How physicians are using EHR for COVID-19 treatment).
Health IT and EHR adoption will continue to grow in the coming years.
Remote patient monitoring (RPM) is a promising field that has the potential to improve clinical outcomes and reduce chronic care costs.
At present, about 88% of hospitals are spending or thinking to invest in remote patient monitoring.
68% of healthcare organizations fully wish to use remote patient monitoring solutions to support providers maintain the health of high-risk patients, according to the Consumer Technology Association (CTA).What is Remote Patient Monitoring (RPM)?Remote patient monitoring is a technology to enable monitoring of patients outside of conventional clinical settings, such as in the home or in a remote area, which may increase access to care and decrease healthcare delivery costs.
Remote Patient Monitoring uses digital technologies to collect medical and other forms of health data from individuals in one location and electronically transmit that information securely to health care providers in a different location for assessment and recommendations.
It allows care providers to use mobile medical devices to track vitals or/and analyze data in real-time.
To know more please visit Webmedy https://webmedy.com/blog/what-is-remote-patient-monitoring-and-its-impact-on-healthcare/
We have seen an exciting rise in the adoption of Electronic Health Records (EHR) technology.
Now, many companies are exploring the blockchain technology to transform the way they handle patient data.One major point of blockchain that is advantageous to healthcare applications is decentralization which makes it feasible to implement distributed healthcare applications that do not rely on a centralized authority.
Additionally, the fact that the data in the blockchain is replicated between all the nodes in the network generates an atmosphere of clarity and openness, enabling healthcare stakeholders, and in special, the patients, to understand how their data is handled, by whom, when and how.
More importantly, settling any one node in the blockchain network does not affect the status of the ledger since the information in the ledger is replicated between multiple nodes in the network.
Hence, by its nature, blockchain can defend healthcare data from potential data loss, fraud, or security attacks, such as the ransomware attack.Also, the immutability property of blockchain makes it impossible to change or modify any record that has been added to the blockchain.
This aligns very strongly with the requirement for storing healthcare records - the necessity to guarantee the integrity and legality of patients' health records.
Today the world is facing an exceptional challenge of fighting against the COVID-19 pandemic.
The (WHO) World Health Organization is coordinating and leading the global effort, helping countries to detect, prevent, and respond to this pandemic.How WHO is responding to this pandemic?
Know more about what WHO is doing to support countries to fight COVID-19.Helping the countries to prepare and respondGiving accurate information, breaking dangerous mythsAssuring vital supplies reach frontline health workersAssuring vital supplies reach frontline health workersThe search for a vaccineA new collective attempt to lead billions who are offline with vital health informationTo know more please visit Webmedy https://webmedy.com/blog/how-who-is-fighting-the-coronavirus-pandemic/
The continuous spread of COVID-19 has given health care providers the ultimate stress test over the past months, but EHR use has helped them overcome many of the problems.
From building field hospitals and installing EHR systems at no cost to lower hospital crowd, or placing together surge capacity support to help providers prepare for a large number of patients, EHR telehealth has been a blessing for care providers and patients.https://webmedy.com/blog/how-physicians-are-using-ehr-for-covid-19-treatment/
Patient identification is a key aspect of Personal Health Records, and biometrics has a major role to play in the coming future.
Biometrics technologies like palm vein readers, facial recognition tech, fingerprint scanners, iris scanners, and many more, have promised to harden up the identification of patients.
This would help to confirm that patients are who they say they are, and also helps to ensure that only the authorized person has access to the valid information.Biometrics technologies have remained moderate to catch on in healthcare.
Many clinics and hospitals have achieved some primary tech, but biometrics is still not entirely in the mainstream of the healthcare industry.The evolution of the Personal Health Record (PHR) has presented individual health information more easily available to a broad range of users including patients, physicians, and healthcare providers.
Enhanced accessibility of PHR raises concerns related to privacy, confidentiality, and security of personal health records.
Hence the need for a powerful and robust form of authentication is the main concern.
Computer systems can carry information and employ the data that they receive.
With interoperability, improved clarity, portability, and convenience may increase the ease with which health information can be obtained by healthcare professionals.
Collaboration allows for better and more timely decision making, particularly in critical situations.
Physicians and other medical staff require having the information that they lack at the point of care.
Interoperability leads to better health outcomes with more accurate information.
KEY Advantages OF EHR INTEROPERABILITYDifferent stakeholders - Physician practices, hospitals, urgent care centers, pharmacies, and specialized medical centers, collaborate using interoperable systems that allow different systems and applications to communicate with one another.
lthough no vaccine has completed clinical trials for COVID-19, there are multiple efforts in progress to develop such a vaccine.
In February 2020, the World Health Organization (WHO) said it did not expect a vaccine against severe acute respiratory syndrome coronavirus 2 (SARS-CoV-2), the causative virus, to become available in less than 18 months.
Previous attempts to develop a vaccine against the coronavirus diseases, SARS and MERS, established considerable knowledge about the structure and function of coronaviruses - which accelerated rapid development during early 2020 of varied technology platforms for a COVID-19 vaccine - but all the previous coronavirus vaccine candidates failed in early-stage clinical trials, with none being advanced to licensing.
To know more please visit WEbmedyhttps://webmedy.com/blog/finding-coronavirus-vaccine/
Every year new trends develop based on a conversation with healthcare experts, professionals, medical device manufacturers, and healthcare IT professionals.HEALTHCARE STIMULATES ITS IT JOURNEYRISING STRESS - DATA ACCESSIBILITY VS DATA PROTECTIONCONSUMERIZATION 2.0 - THE PATIENT ENTERS THE CARE TEAMPHYSICIANS RECOGNIZE THE CALL TO BECOME DATA-DRIVENCOST CLARITY WILL MAKE THE NEXT STAGE OF VALUE-BASED CAREHealthcare providers should be ready to try new methods of healthcare delivery and always remember that their primary mission is to provide quality care to each patient, when, where, and how they want it.https://webmedy.com/blog/top-5-trends-in-healthcare/
Do you wonder What is a rare disease?A rare disease is described as a disease that affects less than 200,000 people, yet it’s expected that 400 million people throughout the globe are living with one that's bigger than the entire population of the United States.
Life sciences organizations have continued to spend significantly in their investigation of globally eroding diseases, drug particle discovery, and advancement, and strictly controlled clinical trials, to create industry-approved blockbuster drugs.
The pharma journey, however, gets complex with more in-depth clinical and genetic analysis, as organizations continue to discover themselves handling more significant ‘unknowns’ than earlier.The arrival of machine learning (ML) and its associated abilities create numerous possibilities for intelligent intervention, which, if leveraged perfectly, can significantly increase the rare disease treatment journey.
Patient Data Patient-level data is possible in plenty today, coming in both structured and unstructured forms.
Companies are digging patient-level data from origins such as devices (wearables and smartphones), digital platforms (social media and search engines), and medical records (Electronic Health/Medical Records - EHRs/ EMRs and Real-World Evidence - RWE).
Also, by assuring a constant feedback loop mechanism, ML algorithms will help make these indicators more reliable over time.
Augmented reality (AR) is one of the newest innovations driving route into various markets that cover gaming, automotive, retail amongst others.
Augmented reality is now making its impact in the Healthcare industry as well.
Augmented reality is one of the most rising digital health technology today.AUGMENTED REALITY IN HEALTHCAREHealthcare professionals are discovering the advantages of augmented reality in many ways to help them with their work.
Healthcare education is one area where augmented reality can play a useful role.
Healthcare professionals have to acquire a significant amount of details about anatomy and the process of body functions.
AR applications can help by providing three-dimensional illustrations of bodies.
Are Governments around the globe spending enough on healthcare infrastructure?
Global pandemics like COVID-19 have brought to the forefront the need for governments to spend substantially on building healthcare infrastructure.HEALTHCARE IS A BASIC RESPONSIBILITY OF GOVERNMENTWhile it is vitally important to defend the country against border nations against hostile aggression and hence the need to spend suitably on defense, it is vitally important to be able to defend the nation's population against internal health outbreaks and pandemics.
Unfortunately, spending on healthcare compared to other areas like defense and business, etc is astonishingly very low for most of the countries.
COVID-19 pandemic has exposed the weakness of healthcare infrastructure in many countries, with an acute shortage of hospital beds, staff, equipment, and overall capacity.
Isn't it the responsibility of the state to provide healthcare to its citizen in events of large scale outbreaks?WHY GOVERNMENTS DO NOT SPEND ENOUGH ON HEALTHCARE?Most governments do not spend enough on healthcare and its infrastructure because of purely financial reasons.
Spending more on business growth helps governments to generate more revenue because a thriving economy will pay back through taxes.
A National Patient Identifier (NPI) is a permanently assigned, unique number assigned to a person, that can be used across the entire spectrum of a national healthcare system.
Some examples are a medical record number, a national ID, a social security number, a driver's license number, Aadhar card number, etc.Positives of Patient Identifiers:Healthcare savingsEnhanced Security and PrivacyAchieving InteroperabilityImproved patient data entries
The continuous spread of COVID-19 has given health care providers the ultimate stress test over the past months, but EHR use has helped them overcome many of the problems.
From building field hospitals and installing EHR systems at no cost to lower hospital crowd, or placing together surge capacity support to help providers prepare for a large number of patients, EHR telehealth has been a blessing for care providers and patients.https://webmedy.com/blog/how-physicians-are-using-ehr-for-covid-19-treatment/
Empowering patients with the capacity to take their health records on their phone is excellent, and will undoubtedly help them defeat the problem of fragmentation healthcare records.
Getting an agreement in a conventional method to collect and transfer electronic healthcare information is what made Apple's foray into health records reasonable in the first place.
Fast Healthcare Interoperability Resources (FHIR) appeared four years ago as an interoperability rule for the electronic interchange of healthcare information.
It is a conventional framework for the distribution, combination, and retrieval of clinical health information and other electronic health data.
Satisfactory agreement upon such a standard for health information interchange has elevated modularity.Apple beta-tested its Health Records app in 12 healthcare practices beginning this year (2020), and it figured 27 more systems to the guide in March.
Presently, about 300 healthcare institutions, labs, and hospitals besides covering 6500 places over the United States have recorded in the app, an Apple spokesperson said in Medscape Medical News.The iPhone EHR is presently the single option for iPhones that provides full documentation from start to completion of patient care that can be given off from doctor to doctor.
Patient identification is a key aspect of Personal Health Records, and biometrics has a major role to play in the coming future.
Biometrics technologies like palm vein readers, facial recognition tech, fingerprint scanners, iris scanners, and many more, have promised to harden up the identification of patients.
This would help to confirm that patients are who they say they are, and also helps to ensure that only the authorized person has access to the valid information.Biometrics technologies have remained moderate to catch on in healthcare.
Many clinics and hospitals have achieved some primary tech, but biometrics is still not entirely in the mainstream of the healthcare industry.The evolution of the Personal Health Record (PHR) has presented individual health information more easily available to a broad range of users including patients, physicians, and healthcare providers.
Enhanced accessibility of PHR raises concerns related to privacy, confidentiality, and security of personal health records.
Hence the need for a powerful and robust form of authentication is the main concern.
In healthcare IT, it's very hard to think of any huge buzzword other than interoperability.
Interoperability impacts healthcare quality for both - patients and physicians.DO YOU KNOW WHAT INTEROPERABILITY IMPLIES IN HEALTHCARE?
Interoperability is the ability of medical devices and technologies to give, explain, and showcase health information in an efficiently absorbable form whenever and wherever a patient gets care.
KEY Advantages OF EHR INTEROPERABILITYDifferent stakeholders - Physician practices, hospitals, urgent care centers, pharmacies, and specialized medical centers, collaborate using interoperable systems that allow different systems and applications to communicate with one another.
Patient's medical records follow them throughout the health care system and different stakeholders involved in the care of the patient can seamlessly collaborate.Enhanced performance.The safer transformation of care.Minimized cost - Increased efficiency by greater data sharing conserves time and effort for staff, pointing to higher cost savings.Interoperability in terms of healthcare does it simpler for medical services providers to give patient information.Standards set by the government and management aid promote better interaction between diverse systems.
Computer systems can carry information and employ the data that they receive.
With interoperability, improved clarity, portability, and convenience may increase the ease with which health information can be obtained by healthcare professionals.
Collaboration allows for better and more timely decision making, particularly in critical situations.
Physicians and other medical staff require having the information that they lack at the point of care.
Interoperability leads to better health outcomes with more accurate information.
KEY Advantages OF EHR INTEROPERABILITYDifferent stakeholders - Physician practices, hospitals, urgent care centers, pharmacies, and specialized medical centers, collaborate using interoperable systems that allow different systems and applications to communicate with one another.
As COVID-19 continues to grow, people all over the globe are curious to know when they will have a vaccine to cure it.More than four months into the global outbreak, more than 100 research groups over the globe are racing to develop a vaccine.
These groups are in different stages of development from clinical research to testing and trails.What would a vaccine for coronavirus do?Whenever your body comes in contact with bacteria or viruses, your immune system develops antibodies to fight with them.
A vaccine against COVID-19 would slow down the spread and will improve the mortality rates.
To know more please visit Webmedy https://webmedy.com/blog/finding-coronavirus-vaccine/
lthough no vaccine has completed clinical trials for COVID-19, there are multiple efforts in progress to develop such a vaccine.
In February 2020, the World Health Organization (WHO) said it did not expect a vaccine against severe acute respiratory syndrome coronavirus 2 (SARS-CoV-2), the causative virus, to become available in less than 18 months.
Previous attempts to develop a vaccine against the coronavirus diseases, SARS and MERS, established considerable knowledge about the structure and function of coronaviruses - which accelerated rapid development during early 2020 of varied technology platforms for a COVID-19 vaccine - but all the previous coronavirus vaccine candidates failed in early-stage clinical trials, with none being advanced to licensing.
To know more please visit WEbmedyhttps://webmedy.com/blog/finding-coronavirus-vaccine/
Electronic health records hold promise in promoting health care quality and performance.
However, health care is decades behind other industries in information technology (IT) adoption.
Stakeholders in the medicinal community, involving the management and other payers, have highlighted the vital need to adopt IT systems.
With pandemics like COVID-19, the need for innovation in healthcare has risen (See How physicians are using EHR for COVID-19 treatment).
Health IT and EHR adoption will continue to grow in the coming years.
Every year new trends develop based on a conversation with healthcare experts, professionals, medical device manufacturers, and healthcare IT professionals.HEALTHCARE STIMULATES ITS IT JOURNEYRISING STRESS - DATA ACCESSIBILITY VS DATA PROTECTIONCONSUMERIZATION 2.0 - THE PATIENT ENTERS THE CARE TEAMPHYSICIANS RECOGNIZE THE CALL TO BECOME DATA-DRIVENCOST CLARITY WILL MAKE THE NEXT STAGE OF VALUE-BASED CAREHealthcare providers should be ready to try new methods of healthcare delivery and always remember that their primary mission is to provide quality care to each patient, when, where, and how they want it.https://webmedy.com/blog/top-5-trends-in-healthcare/
Remote patient monitoring (RPM) is a promising field that has the potential to improve clinical outcomes and reduce chronic care costs.
At present, about 88% of hospitals are spending or thinking to invest in remote patient monitoring.
68% of healthcare organizations fully wish to use remote patient monitoring solutions to support providers maintain the health of high-risk patients, according to the Consumer Technology Association (CTA).What is Remote Patient Monitoring (RPM)?Remote patient monitoring is a technology to enable monitoring of patients outside of conventional clinical settings, such as in the home or in a remote area, which may increase access to care and decrease healthcare delivery costs.
Remote Patient Monitoring uses digital technologies to collect medical and other forms of health data from individuals in one location and electronically transmit that information securely to health care providers in a different location for assessment and recommendations.
It allows care providers to use mobile medical devices to track vitals or/and analyze data in real-time.
To know more please visit Webmedy https://webmedy.com/blog/what-is-remote-patient-monitoring-and-its-impact-on-healthcare/
Do you wonder What is a rare disease?A rare disease is described as a disease that affects less than 200,000 people, yet it’s expected that 400 million people throughout the globe are living with one that's bigger than the entire population of the United States.
Life sciences organizations have continued to spend significantly in their investigation of globally eroding diseases, drug particle discovery, and advancement, and strictly controlled clinical trials, to create industry-approved blockbuster drugs.
The pharma journey, however, gets complex with more in-depth clinical and genetic analysis, as organizations continue to discover themselves handling more significant ‘unknowns’ than earlier.The arrival of machine learning (ML) and its associated abilities create numerous possibilities for intelligent intervention, which, if leveraged perfectly, can significantly increase the rare disease treatment journey.
Patient Data Patient-level data is possible in plenty today, coming in both structured and unstructured forms.
Companies are digging patient-level data from origins such as devices (wearables and smartphones), digital platforms (social media and search engines), and medical records (Electronic Health/Medical Records - EHRs/ EMRs and Real-World Evidence - RWE).
Also, by assuring a constant feedback loop mechanism, ML algorithms will help make these indicators more reliable over time.
We have seen an exciting rise in the adoption of Electronic Health Records (EHR) technology.
Now, many companies are exploring the blockchain technology to transform the way they handle patient data.One major point of blockchain that is advantageous to healthcare applications is decentralization which makes it feasible to implement distributed healthcare applications that do not rely on a centralized authority.
Additionally, the fact that the data in the blockchain is replicated between all the nodes in the network generates an atmosphere of clarity and openness, enabling healthcare stakeholders, and in special, the patients, to understand how their data is handled, by whom, when and how.
More importantly, settling any one node in the blockchain network does not affect the status of the ledger since the information in the ledger is replicated between multiple nodes in the network.
Hence, by its nature, blockchain can defend healthcare data from potential data loss, fraud, or security attacks, such as the ransomware attack.Also, the immutability property of blockchain makes it impossible to change or modify any record that has been added to the blockchain.
This aligns very strongly with the requirement for storing healthcare records - the necessity to guarantee the integrity and legality of patients' health records.
Augmented reality (AR) is one of the newest innovations driving route into various markets that cover gaming, automotive, retail amongst others.
Augmented reality is now making its impact in the Healthcare industry as well.
Augmented reality is one of the most rising digital health technology today.AUGMENTED REALITY IN HEALTHCAREHealthcare professionals are discovering the advantages of augmented reality in many ways to help them with their work.
Healthcare education is one area where augmented reality can play a useful role.
Healthcare professionals have to acquire a significant amount of details about anatomy and the process of body functions.
AR applications can help by providing three-dimensional illustrations of bodies.
Today the world is facing an exceptional challenge of fighting against the COVID-19 pandemic.
The (WHO) World Health Organization is coordinating and leading the global effort, helping countries to detect, prevent, and respond to this pandemic.How WHO is responding to this pandemic?
Know more about what WHO is doing to support countries to fight COVID-19.Helping the countries to prepare and respondGiving accurate information, breaking dangerous mythsAssuring vital supplies reach frontline health workersAssuring vital supplies reach frontline health workersThe search for a vaccineA new collective attempt to lead billions who are offline with vital health informationTo know more please visit Webmedy https://webmedy.com/blog/how-who-is-fighting-the-coronavirus-pandemic/
Are Governments around the globe spending enough on healthcare infrastructure?
Global pandemics like COVID-19 have brought to the forefront the need for governments to spend substantially on building healthcare infrastructure.HEALTHCARE IS A BASIC RESPONSIBILITY OF GOVERNMENTWhile it is vitally important to defend the country against border nations against hostile aggression and hence the need to spend suitably on defense, it is vitally important to be able to defend the nation's population against internal health outbreaks and pandemics.
Unfortunately, spending on healthcare compared to other areas like defense and business, etc is astonishingly very low for most of the countries.
COVID-19 pandemic has exposed the weakness of healthcare infrastructure in many countries, with an acute shortage of hospital beds, staff, equipment, and overall capacity.
Isn't it the responsibility of the state to provide healthcare to its citizen in events of large scale outbreaks?WHY GOVERNMENTS DO NOT SPEND ENOUGH ON HEALTHCARE?Most governments do not spend enough on healthcare and its infrastructure because of purely financial reasons.
Spending more on business growth helps governments to generate more revenue because a thriving economy will pay back through taxes.
