• November 24, 2022
• By admin

Top 10 Healthcare Industry Trends in 2022

1. Computer Intelligence:

Traditional labor-intensive and time-consuming processes in healthcare are being replaced by rapid, remotely accessible, and real-time solutions for diagnosis, treatment, and disease prevention. To extend the benefits of AI, HealthTech startups create software platforms, application programming interfaces (APIs), and other digital products. Clinical workflow management, advanced surgery assistance, and medical diagnostics are some of the applications of artificial intelligence in healthcare.

Autonomous Patient Monitoring is provided by Care AI:

Care AI is a startup based in the United States that provides an AI-powered autonomous patient monitoring platform. The platform of the startup connects to the proprietary edge sensors, transforming ordinary rooms into Self-Aware Rooms. The platform improves clinical efficiency and quality of care while increasing patient safety and reducing medical errors. It can be used to monitor hand hygiene, in-bed patient monitoring to prevent falls, and the prediction of pressure ulcers, tremors, and other risks.

Ligence creates a tool for image analysis:

Ligence is a Lithuanian HealthTech startup that creates tools for cardiac risk assessment and measurement. CardioEchoAI, a heart ultrasound image analysis tool, is being developed by the startup. It employs deep learning algorithms to mimic steps taken by a cardiologist during a routine heart ultrasound examination, thereby accelerating the analysis of 2D transthoracic echocardiography (TTE). The automated heart ultrasound imaging workflow developed by the startup reduces the average examination time from 30 to 5 minutes while increasing overall accuracy and diagnosis.

2. The Internet of Things in Medicine:

IoMT is useful in the development of products that require little or no human interaction in order to provide healthcare services. Medical devices, equipment, and infrastructure that are connected enable a variety of applications, including automatic disinfection, smart diagnosis, and remote patient management, to name a few. Cognitive IoMT (CIoMT) is a recent subtrend that integrates sensory data, automatic processing, and network communication for real-time diagnosis, monitoring, tracking, and disease management.

Automated Disinfection is provided by Uventions:

Uventions, a German startup, creates solutions for automated surface and infrastructure disinfection. The startup provides a variety of products for disinfecting the air in the room, door handles, objects, surfaces, and handrails. These solutions are simple to implement in a variety of settings, including hospitals, clinics, offices, airports, hotels, and even cruise ships. The system detects the presence of people in a room or the use of a door handle and disinfects it automatically with ultraviolet C (UV-C) light radiation. The solution documents the disinfection process and provides real-time reporting via a dashboard.

Tredomo provides the following Dose Monitoring device:

Tredomo is a startup based in the United States that is developing a portable IoMT device for dose monitoring. The remote, integrated dose monitoring system ensures that a valid and monitored thermosensitive dose is delivered on time with smart disposal. In addition, the device continuously monitors each new dose, disposable sharps, internal and ambient temperatures, battery level, performance diagnostics, and other parameters.

3. Telemedicine:

Many governments, healthcare systems, clinicians, and patients accelerated their use of telemedicine as a result of the COVID-19 pandemic. Governments issued telemedicine guidelines to decongest healthcare facilities in order to combat the pandemic. Telemedicine reduces the strain on facilities and the need for personal protective equipment (PPE) as medical practitioners communicate with their patients via telecommunication. HealthTech startups are developing telehealth services to aid in public health mitigation strategies by increasing social distancing. Telemedicine also helps to assist elderly people remotely, conserves clinical supplies, and reduces bed space.

Ceiba is constructing a Tele-Intensive Care Unit (Tele-ICU) platform:

Ceiba is a Turkish startup that offers a tele-ICU platform. The platform includes a fully customizable proprietary dashboard that provides a snapshot of all ICU patients and beds in order to relay time-sensitive information demonstrating their need for care. AI-based predictive alerts for sepsis, mortality, length of stay, early warning patient deterioration, acuity level scoring, automated doctor progress notes, and nurse notes are available on the platform. Furthermore, the solution is simple to incorporate into any electronic health record (EHR) platform.

End-to-End Telehealthcare is possible with Viveo Health:

Viveo Health, an Estonian startup, provides a fully functional, end-to-end telehealthcare platform that connects insurance and healthcare. The startup offers a platform for online doctor consultations for clinics, doctors, patients, and businesses. It enables users to communicate with healthcare providers via video calls and book appointments. By using the app, users can also receive medical advice, e-prescriptions, or e-referrals directly from doctors.

4. Big Data and Analytics:

Medical data collection, storage, diagnostic techniques, treatment planning, surgical workflows, remote patient monitoring, and consultations are all being transformed by digitization. In the coming years, the volume of health and medical data is expected to grow exponentially. Big data and analytics are used by MedTech startups to analyse unstructured and massive amounts of medical data. It enhances patient-centered care, detects diseases earlier, and uncovers new insights into disease mechanisms. Furthermore, big data solutions monitor the quality of processes in healthcare facilities and enable better treatment methods.

Chronic Inflammatory Diseases are managed by InnVentis:

InnVentis, an Israeli startup, uses big data and machine learning to provide solutions for major chronic inflammatory diseases diagnostics, monitoring, and therapeutic decisions. The startup’s platform combines high-quality data with advanced algorithms to generate actionable insights for inflammatory disease diagnostics and disease/health management. The company also offers products and services for drug discovery in rheumatoid arthritis. The company intends to expand its platform to other inflammatory diseases such as asthma, multiple sclerosis, and colitis.

MediChain allows for the secure exchange of medical data:

MediChain is a British startup that provides a decentralised platform for the secure, fast, and transparent exchange and utilisation of medical data. To securely store health records, the startup employs blockchain technology. It gives doctors, hospitals, laboratories, pharmacists, and health insurers access to a patient’s record while recording transactions on the distributed ledger.

5. Virtual Reality:

Immersive technologies, such as AR/VR and MR, are increasingly being used in the healthcare sector. VR in healthcare applications range from rehabilitation therapy and exposure therapy anxiety disorders to cognitive and physical rehabilitation. AR/VR is also used extensively in medical education. Immersive technologies are also used in surgery, for example, to project patient information, holographic images, and scans during surgery.

VRSANO is working on a Brain-Computer Interface:

VRSANO is a MedTech startup based in the United States that is working on developing a brain-computer interface. Its technology optimises health outcomes by combining VR, neurofeedback, and clinical hypnosis principles. The startup’s patented method relaxes medical patients by immersing them in a relaxing virtual world. It causes a psychophysiological state that aids patients’ mental health needs. The platform reduces healthcare costs while alleviating symptoms and improving long-term patient outcomes.

Rescape Innovation Helps Patients:

Rescape Innovation, a British startup, creates immersive technologies to support patient care in both adults and children. The company specialises in virtual reality (VR) distraction therapy to help people manage their pain and anxiety/stress. The solution allows cystic fibrosis (CF) patients to watch therapeutic documentaries in which they can travel through the solar system or try surfing, skydiving, and other adrenaline-fueled activities. Patients’ anxiety is reduced by the startup’s interventions.

6. mHealth (mobile health):

mHealth technologies use digital solutions and connected devices to provide access to personalised information. Mobile devices make it possible to visualise health issues that prevent patients from committing. Smartphone-linked wearable sensors, point-of-need diagnostic devices, and medical-grade imaging, which are not constrained by geographical boundaries and use real-time data streams, make healthcare delivery more equitable and accessible. By enabling contact tracing, surveillance, quarantine control and management, testing, and dissemination of relevant information, as well as immunisation cycle tracking and notification, mHealth solutions played a critical role in controlling the spread of the COVID-19 pandemic.

M4Life is creating a Blockchain-based mHealth platform:

M4Life is an Israeli company that is creating a mobile health platform. M4Life’s simplifies and smoothes the patient/caregiver relationship while allowing information traceability within the mHealth care chain. To share prescriptions, diagnostic images, medical certificates, and patient consent, the startup’s platform employs a blockchain-based architecture. It also includes a telemedicine interface for communication between patients and doctors.

Knodd offers the following E-Consultation services:

Knodd, a Swedish startup, offers an e-consultation platform with paediatricians. The platform of the startup provides free video calls to experienced paediatric nurses and paediatricians with more than 5 years of experience, providing safe answers about children’s health in minutes from anywhere. The platform also offers digital parenting and child care courses.

7. Three-dimensional printing:

3D printing is gaining traction in the healthcare industry for a variety of applications such as printing lightweight prosthetics, bionics, and fracture repair casts. The use of low-cost, lightweight biomaterials and smart materials improves care delivery and production time while lowering costs. Using the patient’s own medical imaging, 3D printing technologies are advancing the development of patient-specific models of organs and surgical tools. Personalized surgical instruments that increase a surgeon’s dexterity and support better surgery outcomes while facilitating faster and less traumatic procedures are another area of application.

Exiom has created a reusable support device:

Exiom is a startup based in the United States that uses 3D scanning and printing technology to create customised fracture and sprain healing solutions. The company creates a hygienic, waterproof, breathable, itch-proof, easily removable, and reusable support device that adapts immobilisation to the condition of each patient. The startup’s solution has the key advantage of onsite printing in a clinical setting, which eliminates the time and cost of recasting with traditional materials.

Graft3D aids in surgical planning:

Graft3D, an Indian MedTech startup, offers a solution for surgery planning and execution. It employs radiological-assisted 3D Model (RAM) technology to visualise the anatomy of a patient prior to surgery. The Virtual Surgical Platform (VSP) of the startup assists doctors in determining surgical cuts. The startup creates patient-specific implants (PSI) based on data from nearly 100 case studies on complex surgeries. It employs a haptic device that allows doctors or surgeons to feel the consistency of the bone.

8. Blockchain technology:

Blockchain’s security and traceability make it suitable for a wide range of applications in the healthcare industry. Electronic medical records, remote patient monitoring, pharmaceutical supply chain, and health insurance claims are just a few examples. Blockchain technology helps with EHR management and FHIRChain (Fast Health Interoperability Records) for clinical data sharing. It is also useful in smart contracts, combating drug counterfeiting, and storing, sharing, and retrieving remotely collected biomedical data.

Blockpharma makes drug tracability possible:

Blockpharma is a French startup that is working on a blockchain-based drug traceability and anti-counterfeiting solution. The Blockpharma app allows the consumer to check the authenticity of the drug box in real time. BlockPharma integrates with a variety of information systems and stores authenticated data on medicines on Crystalchain, the startup’s private blockchain. When a falsified medicinal product is discovered, the laboratories immediately notify BlockPharma, which adds the medicine to its flagged list.

Iryo Moshi offers the following Practice Management tool:

Iryo Moshi, a Slovenian startup, offers a modern practise management tool for private healthcare providers. The company specialises in blockchain, interoperability, open EMR, and consumer relationship management (CRM), as well as offering an integrated digital healthcare platform. Automated appointments, invoicing, clinical data storage and management, and digital documents and forms are all available on the platform. The solution is cloud-based and complies with the General Data Protection Regulation (GDPR) as well as the Health Insurance Portability and Accountability Act.

9. Cloud Computing:

Cloud computing enables clinicians to create quality patient journeys that are supported by technology-enabled care delivery such as telehealth and remote monitoring. It increases storage capacity and processing power for data analytics while eliminating the need for on-premise storage. Network, security, billing, monitoring, and alerts are all integrated into cloud platforms, as is access and identity management. It also provides, among other things, streamlined data access, data storage and management, data backup and recovery, smart data potential, and data interoperability.

Radmol AI Improves Healthcare Access:

Radmol AI, an Irish startup, makes use of the most recent advances in cloud computing, data analytics, blockchain, and AI-based technology. It provides a platform for connecting patients and healthcare providers with on-demand access to local and global expert radiologists. The startup’s technology allows users to access reports from any location at any time. It develops solutions that democratise healthcare access by empowering patients, physicians, and providers.

Medified provides the following mental health monitoring services:

Medified, a Finnish startup, offers cloud-based dynamic mental health monitoring software. The software as a service (SaaS) platform enables physicians to monitor patients in real time, allowing patients to receive appropriate treatment more quickly and efficiently. With an interactive dashboard, the software analyses clinical data and provides valuable clinical insights, enabling remote, digital healthcare services. It enables patients to capture and communicate their daily mood and well-being in order to provide healthcare professionals with real-time self-treatment information.

10. Genomics:

In recent years, significant efforts have been made to develop genomics tools for a variety of applications. Integration of both genomic knowledge and genomic processes into existing clinical workflows would ensure that physicians follow established communication and actionable recommendations provided by a genomic test to patients. Because of advances in genomics, a new era of personalised medicine is now possible. For several unmet clinical needs, gene therapy and gene-based therapy solutions have revolutionised clinical medicine and specialty care.

Allelica carries out Genomic Risk Prediction:

Allelica, an Italian startup, predicts human traits and diseases using genomic data. The startup’s proprietary platform predicts genomic risk using polygenic risk scores (PRSs). Allelica’s technology accelerates clinical genomics for precision medicine applications by utilising machine learning algorithms. The startup’s solution identifies people who have a high genetic risk of cancer and heart disease but are not identified by traditional risk models.

At-Home Genetic Testing with Phosphorus:

Phosphorous is a startup based in the United States that is developing an at-home genetic test. The startup’s test, PhosphorusONE, uses saliva samples to detect diseases caused by multiple genes. The comprehensive test analyses 375 different genes using next-generation gene-sequencing technology. It predicts the risk of a variety of diseases such as heart disease, inherited cancers, infertility, adverse drug reactions, neurodegenerative disease, and vision loss.