Global Patient-Centered Healthcare Applications Market To Generate $ 385,767.5 Million And Show CAGR Of 34.9% From 2020 To 2027

NEW YORK, August 27, 2021 / PRNewswire / – Research Dive, in its latest published report, estimates that the Global Patient-Centric Healthcare Applications Market will generate $ 385,767.5 million and exhibit a CAGR of 34.9% from 2020 to 2027.

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Market dynamics

The number of smartphone users has increased around the world in recent times, which is one of the reasons for the growing demand for personalized care apps. In addition, patient-centered applications are convenient and have lower costs, which increases the demand for patient-centered healthcare applications. These factors are expected to propel the growth of the global patient-centric healthcare applications market during the analysis period. In addition, technological advancements and the growing trend in fitness are factors that are expected to create huge growth opportunities in the global industry in the years to come. However, the lack of guidance and awareness of the use of personalized care apps among the people is the restraining factor in the growth of the global market.

Impact of the COVID-19 pandemic on the market for patient-centered health applications

The COVID-19 outbreak has positively impacted the global patient-centric health applications market during the pandemic as the novel coronavirus has highlighted the importance of digital health. The increase in market growth rate is mainly attributed to technological advancements in the design of healthcare applications to help maintain communication between healthcare professionals and patients. Additionally, lockdown and social distancing measures have increased the demand for patient-centric healthcare apps. In addition, many government and non-government organizations are offering various strategies to help companies recover from the pandemic situation. For example, the Indian government has launched “Aarogya Setu”, a mobile application to help people with COVID-19 contact tracing, syndromic mapping and self-assessment.

Access our comprehensive analysis of the IMPACT OF COVID-19 ON THE PATIENT-CENTERED HEALTH APPLICATIONS MARKET

Main findings of the market segment:

The research report segments the global patient-centric healthcare applications market by technology, operating system, end-user, and region.

  • Based on technology, the patient-centric wearable applications sub-segment is expected to experience the fastest growth, reaching up to $ 136,449.5 million by 2027, due to people’s growing interest in health, wellness and fitness.
  • On the basis of operating system, the Android sub-segment is expected to hold the largest share of the global market and generate $ 180,893.00 million in the analysis period. This is mainly due to the increase in the number of Android users coupled with the increasing use of telehealth and telemedicine applications across the world.
  • Based on end user, the valued home use sub-segment for $ 182,116.3 million and is expected to grow rapidly during the forecast period. This is mainly due to the increasing prevalence of remote home patient monitoring apps and the increasing use of mobile health apps in recent times.
  • Depending on the region, the Asia Pacific The fastest growing patient-centric healthcare applications market growing at a CAGR of 36.1% during the forecast period. The region’s rapid growth is attributed to the increasing adoption of telemedicine, a significant increase in digitization and the rapid adoption of the latest technologies.

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Top 10 Players in Patient-Centered Healthcare Applications Industry

Leading players in the global patient-centric healthcare applications industry include

  1. Klick Inc.
  2. Pfizer
  3. Philips
  4. Johnson & Johnson Services, Inc.
  5. Google Inc.
  6. IBM
  7. iPatientCare
  8. Novartis AG
  9. Cisco Systems, Inc.
  10. Bayer AG.

Educate yourself and get quick access to the summary report of the best business development strategies

These players focus on mergers, collaborations, product development and launches to gain competitiveness in the global market.

For example, in June 2019, Innomar Strategies, the leading provider of patient support for specialty pharmaceuticals in Canada, announced the launch of a mobile application, “Chronically Simple”, which helps people with chronic illnesses store and manage diagnostic images, medical records and test results online.

They focus on advanced product developments and mergers and acquisitions. These are some of the strategies driven by startups as well as established business organizations.

Learn more about the patient-centered healthcare app:

Patient-Centered Healthcare Application: A Smart Solution to Multiple Medical Challenges

The global patient-centric healthcare applications market will experience accelerated growth by 2027, driven by increasing demand for personalized healthcare applications and increasing smartphone penetration globally.

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About Research Dive:

Research Dive is a market research company based in Pune, India. By maintaining the integrity and authenticity of the services, the company provides services only based on its proprietary data model, constrained by the 360-degree research methodology, which guarantees a complete and accurate analysis. With unprecedented access to several paid data resources, a team of expert researchers and a strict work ethic, the firm delivers extremely accurate and reliable information. By reviewing relevant press releases, government publications, decades of business data, and technical and white papers, Research Dive delivers the services it needs to its clients on time. His expertise is focused on examining niche markets, targeting its key driving factors and detecting threatening obstacles. Complementarily, he also maintains a transparent collaboration with the great aficionado of the industry, which offers an additional advantage to his research.

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5 steps to building a great healthcare app

Source: netsolutions.com

Health applications are quite difficult to develop; Unique and industry-specific challenges await every startup that wishes to do so. This article will briefly describe what you will need to create an app that will be truly useful.

Types of mobile healthcare solutions

Source: ncntechnology.com

First, let’s identify the main types of mHealth solutions – so you know where to start.

For doctors and nurses

  • Online planning tools (inside and outside the EHR system)
  • Electronic Health Record Systems (EHR)
  • Routing solutions
  • On-demand telemedicine platforms (via video chats, messages, etc.)
  • Clinical Decision Support Systems (CDS)

These are just a few of the main types of applications for physicians. They are supposed to facilitate the management of patients, their daily schedules, optimize workflows and make more precise clinical decisions.

For patients

  • Reference apps for symptoms and diseases
  • Apps that help manage patient conditions
  • Fitness and gym applications
  • An application that connects patients with healthcare professionals

Often the main focus of patient-oriented applications is self-care and condition management, symptom verification, and remote communication with clinicians.

Google Play and Apple Store statistics of health applications on the market

Source: balkanandroid.com

Interest in mHealth solutions has increased, in part due to the pandemic and the need to adopt technology that enables virtual healthcare. Currently, there are over 53,000 healthcare apps on the Google Play Store. For the App Store, the numbers are quite similar.

Rock Health report says digital health startup funding received in the first six months of 2021 – $ 14.7 billion – has already exceeded all funding received by industry last year . Many of these startups offer mobile apps – as separate products or as part of the software suite.

Digital health is a lucrative field. Driven by the pandemic – or rather, after having had the opportunity to demonstrate its value to the consumer from the circumstances – the niche has attracted new investors, entrepreneurs and, above all, healthcare professionals. They are one of the few who can rationally persuade health care providers to adopt a particular solution. So: how do you create a healthcare app that doctors and patients will love?

How to build an effective healthcare app

Now let’s move on to the process of creating an app. You can do all of these steps on your own, with your internal team, or you can hire a team of Diversido.io experts to do it. The main thing you need to remember: Build your app first, involving people who work in the industry and their patients.

Do market research and business analysis

Source: hackhorizon.com

Right now there is a lot of money in the digital health industry and startups will be tested by their ability to use that attention to create value. As you know, most businesses fail because they lack product market fit or lack money; digital health is no exception. To avoid both, study the market.

The Midyear Rock Health report states that the most funded startups are those that offer R&D services, on-demand healthcare, fitness and wellness, consumer health information, and health solutions. optimization of non-clinical workflows. Within clinical environments, the companies that attract the most investors offer mental health services; treatment of cardiovascular disease; chronic disease management.

Diving a little deeper will give you the causal link behind these numbers. On-demand health care is telemedicine, and of course people need telemedicine when they can’t go to the doctor. R&D helps with vaccines and data analysis, if needed in the event of a public health crisis. Mental health is destigmatized and receives a lot of attention because the world is stuck in collective trauma caused by the virus.

After the merger of Livongo and Teladoc, it became evident that affordable care for diabetes and other chronic diseases can be made easier through digital means – and the market has flourished with companies offering that. You get the idea – there are stories, basic information behind digital health statistics; you must study it before creating an application.

You can pick an already popular niche in the industry and create a solution for your local community or local healthcare network. Or: dive a little deeper into what’s going on nearby. View data on nurse burnout, administrative errors in hospital claims, medical student struggles, and more. Build hypotheses on how to overcome these challenges with your software and test your ideas with the target audience.

Design Creation – UI / UX Steps

The design phase is delicate. As the tech industry tries to be pretty in one way or another, digital health, by virtue of being so closely linked to care, is forced to focus on accessibility and inclusiveness. of their solutions. Some think that means sacrificing aesthetics, but that’s not true.

Many solutions for the care of the elderly that have become “trendy” with the pandemic have completely missed the mark and disappointed people because they have focused on appearance instead of centering their users. People who don’t have a lot of digital experience and who need everything to be simple and clear. Do not do that.

Test with your audience. Don’t try to create a “design for everyone”: it doesn’t exist, especially when you are building healthcare apps. Check out the guidelines for mobile app accessibility to learn how to design for people who are typically overlooked. Make sure the target audience can interact with the app without friction.

Assemble the product team and start development

Source: bbc.com

Besides the product manager who needs to be heavily invested to bring maximum value to your end user, make sure the engineers you hire are fully aware of the security specifics of building a healthcare application (see HIPAA regulations, FHIR interoperability standards etc) Other than that, think up front about the DSEs and third-party tools you want to integrate with – your back-end developers should be familiar with their API specifications.

Test your application

Invite people from the industry for user testing. Pay them if you can to entice them. This is particularly vital if you are creating administrative software for hospitals, software that is supposed to improve their decision-making, or applications for portable devices that they will offer to patients. Invite patients if your app is right for them, too. Update your software based on their feedback.

Key points to remember

So what do you need for a high quality mHealth app?

  • Hire industry experts (both regulatory and clinical) on board;
  • Throughout the search for users among people in the healthcare industry, patients, or both;
  • Design your application with accessibility in mind from the start;
  • Make sure your developers know their security architecture.

Finally, when you’re ready to show off your MVP to investors, choose investors who already have experience with healthcare startups. Startups typically operate under pressure from VCs and Angels, forcing them to go fast, scale fast, and spend their money if they’re not careful.

If you take such an approach in digital health, you won’t stand a chance: this vertical requires patience, research, and thinking. To avoid unnecessary stress, find venture capital firms that understand how healthcare business works and will support your desire to create high-quality products (even if tedious sales cycles, negotiations with insurers and other things specific to health care take a long time).


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Healthcare tech company Medivolve launches initiative to hire more than 30 engineers and software developers

Continued Rapid Growth – Medivolve Creates Jobs for Next Generation SaaS Application Development to Improve Patient Care

TORONTO, August 10, 2021 / PRNewswire / – Medivolve inc. (“Medivolve“or the”Society“) (NEO: MEDV) (OTC: COPRF) (FRA: 4NC) has announced its intention to expand its presence by creating at least 30 new jobs over the next 18 months in its fields of design and engineering , information technology, project management and software development teams.

Medivolve, Inc. logo (CNW Group / Medivolve Inc.)

Currently employing 237 people across Canada and United States, this expansion will increase Medivolve’s workforce by more than 13% and help meet the increased demand for digital healthcare transformation, originally fueled by COVID-19.

“Medivolve is committed to unlocking multiple sources of revenue by providing the best telehealth services to our patients,” shares David Preiner, CEO of Medivolve. “Hiring a team of quality engineers and software developers is essential to maintain our rapid growth rate, while developing successful applications and effectively bringing them to market. “

Competition for recruitment in the technology development industry is fierce. “Medivolve examines all opportunities to identify and attract new talent. With the recruitment plans in place, we are confident that we will find world-class technical experts, who will fill a variety of hyper-specialized roles, ”said Preiner.

The majority of Medivolve’s job openings will include software engineers and developers for iOS, Android, Java and other platforms, building on the company’s current software foundation aimed at problem solving. health of millions of people.

“Growing our workforce is an integral part of our overall strategy and also provides transformational employment opportunities to fulfill our mission by not only building a motivated team that is empowered to improve patient outcomes, but also reshape the landscape of healthcare as a whole, ”concludes Preiner.

Passionate about new technologies and improving America’s healthcare system, applicants should demonstrate excellent technical skills, strong motivation, and be prepared to take on ambitious challenges. To submit a request, visit the Medivolve website at: www.medivolve.net

About Medivolve, Inc.

Medivolve, Inc. (NEO: MEDV; OTC: COPRF; FRA: 4NC) is a healthcare technology company that seeks to reinvent the U.S. healthcare system by leveraging a bespoke telehealth platform, diagnostic network clinical and data-driven AI framework to improve patient care.

The company was born out of the health crisis; to rethink, relearn and, ultimately, reinvent a better functioning of the health system. Our network of retail collection sites play an important role in recovery by giving all Americans access to fast, accurate, and inexpensive clinical services when and where they need it. These centers will also play a central role in diagnostic tests, vaccinations and other point-of-care services. We develop disruptive technologies to make it easier and faster to identify, treat and prevent medical problems. In doing so, we strive to give patients a holistic and empowered view of their personal health.

Our long-term mission is to permanently solve systemic problems in the country’s fragmented, overly complex and costly healthcare system. Medivolve’s next phase of growth is to rotate the model and put the pieces together to create a profitable, SaaS-based healthcare technology business. We bring data-driven clinical diagnostics, physician referrals, and prescription drugs directly to people, all powered by a single, streamlined technology network. Our team is united by a powerful and singular goal: to harness the transformative power of technology to create healthier lives.
Backed by a bespoke AI-driven platform, we are developing a stealth system that constantly gets smarter, takes the guesswork out of diagnoses, and immediately reports critical health issues to deliver an unmatched level of personalization for every patient. We are committed to pushing the boundaries of what is possible, not only for our company and our shareholders, but for physicians and patients, and for the future of healthcare. We strive to achieve never-before-seen continuity of care, a game changer for our business and for the patients in the communities we serve.

Caution regarding forward-looking information

This press release contains “forward-looking information” within the meaning of applicable Canadian securities laws. Forward-looking information includes, without limitation, statements regarding the hiring and engagement of engineers and software developers; or advancing revenue streams and business models for Medivolve. In general, forward-looking information can be identified by the use of forward-looking terms such as “plans”, “expects” or “does not expect”, “is planned”, “budget”, “planned”, “Estimates”, “foresees”, “intends”, “anticipates” or “does not anticipate”, or “believes”, or variations of these words and expressions or declares that certain actions, events or results ” could ”,“ could ”,“ could ”,“ could ”or“ will be taken ”,“ occur ”or“ be reached ”. Forward-looking information is subject to known and unknown risks, uncertainties and other factors which may cause the actual results, level of activity, performance or achievements of the Company, as the case may be, are significantly different from those expressed or implied. by this forward-looking information. Although the Company has attempted to identify important factors which could cause actual results to differ materially from those contained in forward-looking information, other factors may cause results not to be as anticipated, estimated or planned. There can be no assurance that such information will prove to be accurate, as actual results and future events could differ materially from those anticipated in such statements. Therefore, readers should not place undue reliance on forward-looking information. The Company does not undertake to update forward-looking information, except in accordance with applicable securities laws.

NEO THE NEO EXCHANGE NOR ITS REGULATORY SERVICE PROVIDER HAVE REVIEWED OR ACCEPTED RESPONSIBILITY FOR THE ADEQUACY OR ACCURACY OF THIS COMMUNICATION.

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The development of health technologies is accelerated by the COVID-19 pandemic

Photo: Al David Sacks / Getty Images

Loss of revenue, reduced margins and the need for greater efficiency: these are some of the fallout from the ongoing COVID-19 pandemic on the healthcare sector. This has created challenges, but also opportunities, especially in the use of technology to increase efficiency and enable clinicians to provide better care.

Ryan Hodgin, CTO of IBM Global Healthcare, and Kate Huey, Partner of IBM Healthcare, discussed some of these technological innovations during their HIMSS21 digital session, “Innovation Driven Resiliency: Redefining What’s Possible”.

The technology in question may encompass telehealth, artificial intelligence, automation, blockchain, chatbots, apps, and other things that have become mainstays of healthcare during the pandemic.

“The COVID pandemic really brought us to the brink, and we were trying to go digital very quickly,” Huey said. “It revealed gaps and holes in the system, as well as inequalities in our system, and it really sparked innovation.”

In a way, she said, science fiction is becoming scientific fact: Technologies that were once in the experimental stage are now coming to life and spurring innovation, especially quantum computing. The power of quantum computing has the potential to transform healthcare just through the sheer force of its impressive computing power.

One of the main factors accelerating technological innovation is the healthcare workforce, who have been under tremendous stress over the past 18 months, with many doctors and clinicians reporting burnout or a sense of being. outmoded. These technologies promise to reduce the burden on suppliers.

Importantly, they also promise to more actively engage healthcare consumers, who increasingly expect healthcare to be as user-friendly and experience-driven as their favorite apps or healthcare portals. online purchase.

“Sixty percent of healthcare projects fail due to lack of user acceptance,” Huey said. “We are in the age of experience and digital, because to foster digital, the experience must be experience-driven: delivering meaningful and engaging experiences that truly help consumers. And by that I mean patients, caregivers, clinicians; everybody. We need to make sure that the experience they get is seamless and easy to use, because technology has to fuel those experiences. “

At the start of the pandemic, the goal of technology was to foster resilience. According to Hodgin, the focus has been on delivering more functionality faster and real innovation – creating things like dashboards, COVID-19 trackers and risk metrics, and making them reach consumers much faster than ever before.

“It has taken the form of telehealth, chatbots, call agents, apps, and with this digital switchover we have seen a change in usage patterns, familiarity and comfort,” said Hodgin said.

Ultimately, the goal is to achieve a hybrid model of care, in which patients can access virtual and in-person channels as appropriate for their situation.

However, challenges remain, especially with the budget deficits that plague many hospitals and health systems.

“The reality is that we already had very slim operating margins in healthcare systems, and now many providers are facing budget deficits,” Huey said. “We have to look at the experiences we want to offer and see how we’re going to be more efficient. We cannot ask them to do more without giving them the necessary tools. The solutions we are putting in place must provide a better experience for them and allow them to better treat patients. “

Hodgin said that to address inequalities in care, IBM will apply what it is working on to all population groups, helping disadvantaged groups manage their care more proactively than before.

“We want the culture of innovation to really take root and not revert to the status quo,” he said.

Twitter: @JELagasse
Email the author: [email protected]



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Black Healthcare App Founder HUED Secures Major Investment From Serena Williams

HUED, founded in 2018 by Kimberly Wilson, connects patients with doctors of color

The Female Founders Fund has come forward and presented themselves for the digital health start-up TINT, which raised $ 1.6 million in seed funding led by female venture capitalists.

Founded in 2018 by Kimberly wilson, other tour participants include, but are not limited to, Serena williams” Serena Ventures, Osage Venture Partners, Northwestern Mutual, Black Founders Matter, Gingerbread Capital and an angel investor and healthcare industry leader, Hall Tecco.

HUED aims to connect patients with doctors of color. Users can connect with Black and Latinx healthcare providers through the company’s website or mobile app, where they can schedule appointments with therapists, doctors, and even a doula.

Kimberly Wilson, Founder and CEO of HUED (Credit: Wilson)

“Embarking on such a bold mission to reinvent the healthcare system for communities of color is no small feat,” said Wilson, founder and CEO of HUED in a press release. “It’s amazing to have received the support of incredible investors, such as the Female Founders Fund, to continue our mission of empowering and educating healthcare workers on anti-racist practices, implicit biases, and culturally caring provision. adapted to black and Latin populations. ”

“We are thrilled to support Kimberly and her HUED vision to make healthcare more equitable for millions of black and Latinx patients,” said Anu duggal, founding partner of Female Founders Fund. “She’s built an exciting traction with a strong team and we believe the HUED model will have a huge impact on healthcare outcomes in this country.”

HUED uses a patient’s insurance provider and region to match providers. The site also allows patients to access opinions on specific providers before making an appointment, according to AfroTech.

The frustration blacks and brunettes feel when it comes to finding a suitable health care provider was Wilson’s inspiration for HUED.

“No one is going to take care of us except us,” Wilson said. “Research shows people of color are not getting the health and medical care they need due to fear, access to quality health care, and mistrust of doctors. But more importantly, our pain and trauma are rejected. “

Wilson’s frustration with her own fear of healthcare also motivated her to create HUED. When she ended up in the emergency room in 2017 with complications from fibroids, Wilson said her mostly white doctors “dismissed my pain.”

“During that time, I saw a lot of doctors – mostly white men – who dismissed my pain or tried to push me down the path of a hysterectomy,” she recalls.

“Frustrated with my experience and having to travel so far just to find a culturally competent doctor – and the stories I had heard from friends and friends in my head, Serena Williams – I decided to do something thing, “Wilson said.

According to a press release, HUED is a digital health startup with a mission to make culturally competent healthcare accessible to black and Latin communities. Today, HUED’s database includes more than 600 healthcare providers tailored specifically to communities of color and has developed a digital training program for healthcare systems and stakeholders to dismantle structural and political barriers. that prevent these populations from accessing high-quality, culturally competent health care.

This year, HUED was recognized as one of the most innovative companies by Forbes, landing on the # Next1000 list. Through this round of funding, HUED will be able to train more than 5,000 healthcare workers nationwide.

“We are moving fast – by the end of this year we will be 10 strong. There were only five of us at the start of 2021 – between contractors and full-time team members, ”Wilson said. “What is most important to us when considering recruiting someone new to our team is their belief in our mission, their love of learning and an open and critical mind that always challenges assumptions and the status quo. “

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Korea Develops World’s First “Brainwave” Healthcare Technology

New technology, ‘Mr. Brain ‘identifies driver condition using brain waves

After 3 years of R&D, Hyundai Mobis, based in South Korea, has finally succeeded in developing M.Brain, a new health technology based on the measurement of brain waves.

This achievement is the subject of great attention for the application for the first time of this brainwave measurement technology to the automotive industry. Among other biosignals, measuring brain waves is known to be one of the most advanced and difficult technologies to use.

M.Brain measures the condition of the driver in real time by detecting brain waves around the ears using the headphones sensors worn. The key is the software technology that analyzes and determines the brainwave data. Hyundai Mobis has engaged in R&D and even adopted machine learning to interpret brain wave signals.

M.Brain can also be interworked with a smartphone app and warn that the driver is losing attention. Accident prevention technology also provides alerts for different sensory organs, such as sight (LED around driver’s seat), touch (vibrating seat), hearing (headrest speaker), etc.

Hyundai Mobis plans to apply various biohealth technologies to public transportation in order to contribute to public safety. Mr. Brain will first conduct an application test on public buses in Gyeonggi-do.


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Hyundai Mobis Unveils New In-Cabin Healthcare Technology To Analyze Brainwaves

[Courtesy of Hyundai Mobis]

SEOUL – Hyundai Mobis, a parts manufacturing unit of the South Korean automotive group Hyundai, has unveiled new in-cabin healthcare technology that can measure and analyze brain waves to check the condition of drivers. The technology should prevent accidents that can occur due to drowsy driving or sudden health problems.

New healthcare technology called “Mr. Brain” will be applied to public buses for evaluation. Hyundai Mobis would extend the demonstration of its new technology to commercial vehicles. “In addition to the safety and convenience of passengers that are necessary at the stage of fully autonomous driving, we have started to deliver results in the area of ​​digital healthcare,” said Lee Seung-hwan, head of the sector. Hyundai Mobis research, in a July 21 statement.

Mr. Brain uses atrium-type sensors to detect brain waves around the ears and determine the condition of conductors. machine learning interprets what brain wave signals mean. Connected to a smartphone app, Mr. Brain sends a warning when the driver’s attention is lost. Crash Reduction Technology alerts various sensory organs using LEDs around the driver’s seat, a vibrating seat, and a headrest speaker.

Biohealth technology will eventually evolve into a personalized in-cabin security service that integrates brain waves and other biological signals to understand passenger psychology, Hyundai Mobis said, adding that at the autonomous driving stage, various services health and entertainment for passengers would emerge. regardless of the recognition of the driving environment outside the vehicle.

Hyundai Mobis has accelerated the development of sensors, cameras and other parts for autonomous vehicles and infotainment for autonomous vehicles. In 2019, the company made a strategic investment in Beijing Deep Glint Technology, a Chinese startup known for facial recognition technology, to develop motion recognition and pattern analysis using deep learning. . Facial recognition is said to be used to prevent drowsiness while driving and to detect health problems.

In March 2020, Hyundai Mobis unveiled an interior safety alert system using radar sensors to prevent child deaths from heatstroke. The radar-based Rear Occupant Alert (ROA) system alerts the driver via the dashboard or smartphone if a passenger remains in the back seat. Hyundai Mobis would upgrade its system to measure the heart rate of passengers.

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Africa: Recognizing advances in health technologies in Africa

Vanessa Obioha reports that Mary Akangbe, a renowned specialist practitioner in minimally invasive surgery and trained robotic assistant recently hosted the Africa Healthcare Awards and Summit in Lagos, where healthcare professionals from across Africa deliberated on technological advancements. carried out in the sector and called for more multisectoral collaboration.

Recently, Mary Akangbe, President and Founder of Zenith Global Health convened the Africa Healthcare Awards and Summit (AHAS). The two-day event that took place at the Oriental Hotel, Lagos and brought together top healthcare professionals from African countries online including South Africa, Mali, Zambia and Senegal.

For its first edition, the event looked at “advances in diabetes and cancer care” with speeches by Stanley Okolo, Director General of the West African Health Organization (WHO ) and the West African Healthcare Federation, Clare Omatseye, on the two days respectively. The two professionals underlined the importance of multisectoral collaboration within the health space.

Kebbi State First Lady Dr Zainab Shinkafi-Bagudu also spoke virtually at the event, which highlighted finances, infrastructure and resources as the main obstacles to cancer care. .

“Cancer is rapidly becoming the cause of premature death. More needs to be done to bridge the gap in cancer care between countries, economies and professions, ”she noted.

Likewise, Lagoon Hospitals CEO Dr Jimi Coker gave an overview of cancer care in Nigeria. Using statistical data, he found that there were 124,815 new cancer cases and over 78,000 deaths. Dr Mohamed El Sahili, CEO of Medland Healthcare Zambia, provided an overview of healthcare accessibility, who said that cultural biases play a role in mitigating this access to healthcare for patients.

Drug safety was a topic of discussion at the summit where one of the speakers, Dr Lolu Oju, noted that 70 percent of drugs manufactured are found outside Nigeria, with only one percent of human vaccines manufactured. This shows that the continent is lagging behind in vaccine production, especially at a time when developing countries grapple with accessibility to COVID-19 vaccines.

Akangbe is no stranger to healthcare technology. She is a practitioner specializing in minimally invasive surgery and a robotic assistant trained with an interest in AI, genomics and health technologies. As President of Zenith Global Health and Zenith Global Healthcare Professional Awards – a platform for healthcare professionals by healthcare professionals – she has been actively involved in the transformation of healthcare in Africa for over a decade.

The AHAS, she said, is an offshoot of the Zenith Global Health Awards, held in the UK for the past five years.

“We have received input from health professionals from all over Africa. In 2020 we have decided to have the African version of the Zenith Global Health Awards because we know that the impact of advances in healthcare across Africa cannot be underestimated. We have come a long way. far from where we are and healthcare professionals, organizations and stakeholders deserve recognition on the global platform. “


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General Electric Company (NYSE: GE), (SOPH) – Health technology company Sophia Genetics files $ 100 million IPO and signs cancer data deal with GE Healthcare

  • According to a SEC registration statement, Sophia Genetics SA (NASDAQ: SOPH) is looking to raise $ 100 million in an initial public offering.
  • The company has not disclosed how many shares it will offer or the price range of the IPO.
  • With two headquarters in Saint-Sulpice, Switzerland, and Boston, the bioinformatics company will be listed on the NASDAQ under the symbol SOPH.
  • JP Morgan, Morgan Stanley, Cowen and Credit Suisse act as co-book managers for the offering.
  • To date, Sophia has raised at least $ 251 million in private equity, most recently in a $ 110 million Series F round that closed in October 2020.
  • The company offers a core genomic analysis platform called Data-Driven Medicine, a cloud-based SaaS platform to analyze data and generate information from multimodal datasets and different diagnostic modalities. .
  • The platform and associated solutions are currently used by more than 750 hospitals, laboratories and biopharmaceutical institutions around the world.
  • Sophia also announced that she signed a letter of intent with GE Healthcare Co-develop new analysis and workflow technologies based on artificial intelligence to improve the matching of treatments based on the genetic and tumor profiles of cancer patients.


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The global patient-centric healthcare applications market is expected to

New York, USA, June 28, 2021 (GLOBE NEWSWIRE) – Research Dive added a report on the global patient-centric healthcare applications market to its repository. The report says the market is expected to reach $ 3,857,767.5 million and grow up with an important CAGR of 34.90% from 2020 to 2027. The report is an in-depth study presenting an in-depth analysis of the current scenario and future scope of the global market. The report is compiled by seasoned market analysts and guarantees to be a reliable source of data, recent trends and aggregate market information for new entrants, investors, existing market players, stakeholders, shareholders. , etc.

Access to a sample PDF report here! @ https://www.researchdive.com/download-sample/2140

Impact of the COVID-19 pandemic on market growth:

The sharp rise of the COVID-19 pandemic has had an optimistic impact on the growth of the patient-centered health applications market in 2020; this is mainly due to the growing importance of digital health in times of crisis. During the pandemic, people greatly began to embrace patient-centric healthcare apps to enable communication with healthcare professionals to ensure their well-being during the lockdown period. While physical contact between patients and healthcare professionals has been restricted due to fear of spreading COVID-19 infection, the use and importance of virtual health has increased in magnificent ways. The major players in the global market are implementing several business strategies to maintain their market position in times of crisis. All these factors are driving the growth of the market in times of pandemic.

Factors Affecting Market Growth:

A notable increase in the use of smartphones and the growing adoption of personalized health applications are fueling the growth of the global patient-centric health applications market. Further, the increased awareness of people in the health and hygiene is expected to offer rewarding opportunities for the market growth during the forecast period. But lack of knowledge in choosing the right healthcare app is expected to hamper the growth of the global market.

The report segments the global patient-centric healthcare applications market on the basis of technology, operating system, end-user, and region.

Learn about the impact of COVID-19 on the patient-centric healthcare application market. Click here to schedule a call to speak to our expert analyst for Triangulating with your own data @ https://www.researchdive.com/connect-to-analyst/2140

Telephone Application Type Sub-Segment to See Outstanding Growth

The telephone applications sub-segment of the technology segment is expected to lead the market growth to reach $ 1,744,111.10 million during the forecast period. This growth is mainly attributed to the increasing use of telephone applications for the diagnosis and monitoring of patients for weight management, chronic disease, stress management and smoking cessation.

IOS sub-segment to observe exceptional growth

The iOS sub-segment of the operating systems segment is expected to lead the market growth to reach $ 1,19,698.40 million during the forecast period. This growth is mainly attributed to the increasing use of iOS users and the growing adoption of healthcare apps due to their interactive and ubiquitous nature.

Domestic use sub-segment to observe rapid growth

The Home Use sub-segment of End User Segment is expected to grow at a rapid pace and generate revenue of $ 1,820,116.30 million over the forecast period. This growth is mainly attributed to the increasing availability of remote home patient monitoring applications in the market.

Asia-Pacific region to grow rapidly

The report analyzes the global patient-centric healthcare applications market across various regions including North America, Europe, Asia-Pacific, and LAMEA. Of these, the Asia-Pacific region market is expected to grow at a rapid pace and reach $ 1,111,101.00 million during the estimated period. The growth of this regional market is mainly due to the growing acceptance of telemedicine, a substantial shift towards digitalization and the rapid implementation of advanced technologies in this region.

Request Customization of Patient-Centered Healthcare Applications Market Report and Get 10% Discount on this Report @ https://www.researchdive.com/request-for-customization/2140

Main market players:

The report lists some of the major players operating in the global patient-centric healthcare applications industry, including

  1. Johnson & Johnson Services, Inc.
  2. Pfizer
  3. Philips
  4. Klick Inc.
  5. IBM
  6. Novartis AG
  7. Bayer AG
  8. Cisco Systems, Inc.
  9. iPatientCare
  10. Google Inc.

The report also offers many cutting-edge strategies and tactics, such as key tactical initiatives and advancements, product / service line re-launch, business performance, Porter’s five forces analysis, and SWOT analysis. of the major players operating in the global industry. For example, in May 2021, Proximus, a provider of digital and communication services in the Belgian and international markets, launched Doktr – a patient-centered telehealth application for all Belgians.

Besides, the report contains detailed information of major business manufacturers such as SWOT Analysis, Product Portfolio, Financial Status – Learn to Access the Detailed Top Companies Development Strategy Report.

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