The digital health space refers to the integration of technology and health care services to improve the overall quality of health care delivery. It encompasses a wide range of innovative and emerging technologies such as wearables, telehealth, artificial intelligence, mobile health, and electronic health records (EHRs). The digital health space offers numerous benefits such as improved patient outcomes, increased access to health care, reduced costs, and improved communication and collaboration between patients and health care providers. For example, patients can now monitor their vital signs such as blood pressure and glucose levels from home using wearable devices and share the data with their doctors in real-time. Telehealth technology allows patients to consult with their health care providers remotely without having to travel to the hospital, making health care more accessible, particularly in remote or rural areas. Artificial intelligence can be used to analyze vast amounts of patient data to identify patterns, predict outcomes, and provide personalized treatment recommendations. Overall, the digital health space is rapidly evolving, and the integration of technology in health

Tuesday, January 4, 2022

Nano-optic endoscopes with metalenses A Disruptive technology for Medicine and other Industries

Nano-optic endoscopes with metalenses

Metasurfaces for biomedical imaging.

Improvement in the accuracy of endoscopic biopsy for small peripheral lesions is necessary if bronchoscopy will play a major role in lung cancer diagnosis. Endoscopic optical coherence tomography (OCT) with commercial catheters that rely on graded-index (GRIN) lenses or ball lenses, however, exhibit strong astigmatism and spherical aberration and thus deviate from diffraction-limited focusing. Shown is an artistic impression of the nano-optic endoscope that uses a metalens, with the ability to modify the phase of incident light at subwavelength level, to enable high-resolution endoscopic imaging at extended depth-of-focus by avoiding monochromatic aberrations. High-resolution three-dimensional images are captured by inserting the nano-optic endoscope into the lungs endobronchial visualize airway tissue microstructures. The combination of the superior resolution and higher imaging depth of focus of the nano-optic endoscope is likely to increase the clinical utility of endoscopic optical imaging.

The technology can be adapted to intraarterial endoscopy, intracranial endoscopy and many other specialties.

The cost and time saved for manufacturing many medical devices such as operating microscopes, histopathology scopes, and any other magnifying devices will be enormous.  Grinding classical lenses takes large amounts of time and difficulty reproducing exact copies, while silicon chips can be made in large volumes using instantaneous chip design and manufacturing.  The technology now in use by various silicon chip manufacturers such as Intel, AMD, Apple and NVIDIA would be repurposed to accomplish this with great saving in time and capital.
 

Tuesday, December 28, 2021

Compliance Software

Digital Health Space often discusses digital assets for provider-patients and telehealth as well as remote monitoring. Digital Health assets are also available for internal compliance and peer to peer compliance issues with credentialing and the like.  Compliance Watchdog is a complete suite of compliance forms online.


Small Private Medical Practices must still prove compliance with OIG, HIPAA, OSHA, CMS, and MIPS, without the benefit of large budgets.

Regardless of the size and complexity of your organization, HIPAA Watchdog provides robust tools allowing you to effectively complete your annual trainings and assessments to remain audit ready.

HIPAA Watchdog is comprehensive and affordable HIPAA Compliance software delivered as a service that provides a secure and confidential approach for healthcare organizations to maintain and track their organization’s privacy and security efforts. The goal of HIPAA Watchdog is to help demystify HIPAA to create a culture of HIPAA compliance within the healthcare community.


Watchdog platform screens and monitors the license and exclusion status of your practitioners against all primary sources. By following links you'll understand about source verification:-

Primary Source Verification
License Verification
Education Verification
Malpractice Claim Verification (NPDB)
Criminal Background Check
Exclusion Check
Peer Reference Check 










Compliance Software for Federally Qualified Health Centers: Compliance Watch Dog specializes in simplifying regulatory & free compliance software for Federally Qualified Health Centers.

Sunday, December 19, 2021

Healthcare AI investment continues, but results are sluggish | Healthcare IT News




Few organizations have settled on any particular artificial intelligence vendor as their choice going forward. Instead, said the report, most are using a mishmash of software and tools in order to fulfill their AI and machine learning needs. 

The report authors surveyed the AI purchase decisions of 47 provider and payer organizations to examine which vendors are being considered and chosen, which of them are being replaced and why systems are choosing specific tools.  

"The top factor driving purchase decisions in healthcare AI is expertise (i.e., healthcare-specific knowledge as well as ML and data science expertise)," wrote the report authors.   

The report found that Jvion, a Georgia-based predictive analytics company, has both high visibility and a large customer base. However, nearly a quarter of respondents reported overall dissatisfaction – a decline since last year.

These clients say that despite excellent efforts from Jvion executives, it has taken longer than expected to achieve results and has been challenging to realize an ROI," said report authors.

As far as electronic health record AI tools go, Epic's Cognitive Computing is the most widely adopted, according to KLAS. The models, the report said, are used most often in clinical areas, but may not be a good fit for systems that aren't prepared to drive outcomes on their own.  

Cerner's machine learning platform, meanwhile, is still in its early stages.   

"Those who do look at it are mostly Cerner EMR customers – they report interest in the ability to customize their own models and ingest non-Cerner data," wrote the authors.  

When it comes to cross-industry AI giants, such as Microsoft, Google, IBM and Amazon, customers' perceptions were mixed. Microsoft is seen as the strongest contender, with its healthcare offerings – such as Azure – signaling more industry expertise to many organizations.   

Some respondents noted Microsoft's seemingly strong security and data protection, but others said the company had a tendency to overpromise and under-deliver.  

According to the report's findings, Google has advanced capabilities, but less experience in the healthcare sphere; Amazon has a reputation for innovation, but unclear development strategy; and IBM has widely known AI technology with Watson Health, but sluggish real outcomes.   

"Many respondents who have worked with IBM in the past report that good technology and sometimes-satisfactory results are dampened by overpromising, insufficient support, or low value," said the report authors.

The KLAS report paid special note to imaging technology, which is a critical use case for AI and ML in healthcare. Aidoc, Viz.ai and Zebra Medical Vision have all developed FDA-approved imaging technology, and providers are starting to rely on their tools in clinical settings.  

"Most respondents (64%) plan to or would like to use their AI solutions enterprise-wide," wrote KLAS researchers in the new report. "Most of the 36% who don’t expect to use their AI solution enterprise-wide purchased their solution for very specific areas or use cases; others don’t currently have all the needed data loaded in the AI solution or would like to better deploy current models before expanding."  

"The 24% who would like to use their AI solution across the enterprise but don’t plan to state that they would like to achieve higher adoption of and better outcomes with their current use cases before applying AI to other areas," they said.

FDA leader talks evolving strategy for AI and machine learning validation


Healthcare AI investment continues, but results are sluggish | Healthcare IT News


Saturday, December 11, 2021

A Piece of Rice offers great help to those with Hypertension and Congestive Heart Failure



Cardiovascular disease represents an astronomical disease burden globally. In the USA, hypertension and congestive heart failure (CHF) significantly increase the risk for adverse events such as stroke or heart attack. A million deaths with these diseases occur annually as the primary or contributing cause. By combining proprietary implantable sensors and technology for continuous patient data acquisition/transmission, Qura plans to revolutionize telemedicine, disease management, and patient care. CEO William Hendren, MD, details how their patented Qsmart™ sensor, a 100% autonomous and programmable device the size of a grain of rice, provides uninterrupted active monitoring of patient pressure data that can anticipate negative cardiovascular events and improve patient outcomes. This breakthrough technology has been validated both in vitro and in vivo - in a controlled lab environment and within a living organism. With a team that combines medical knowledge with engineering and commercialization expertise, Qura is poised to transform the 33+B hypertension and CHF market. Presenter: William Hendren, MD, CEO Health Moonshot: Revolutionize the management of chronic cardiovascular diseases such as hypertension and advanced congestive heart failure using wireless implantable pressure-monitoring devices to collect actionable data in real-time. Connect with the team at Qura: https://startuphealth.com/qura Invest in Health Moonshots: https://healthmoonshots.com