Brain-computer interfaces (BCIs) are systems that allow people to communicate directly with computers or other devices using their brain activity. The basic idea behind a BCI is to record the electrical or other signals produced by the brain, interpret these signals using algorithms, and use the resulting information to control a computer or other device.

Health promotion and prevention are critical components of public health. Health promotion is the process of enabling people to improve and control their health, whereas prevention involves the actions taken to avoid the onset or development of diseases, injuries, and disabilities.

Imagine a future in which medical diagnoses are made accurately and lightning-fast, and treatment plans are tailored to the individual patient. Artificial Intelligence is making such a future possible.

The healthcare industry has started adopting the Internet of Things for patient care and tracking their needs. Remote monitoring, smart sensors, medical device integration, fitness trackers, wearable biometric sensors, glucose monitors, prescription dispensers, and smart beds, are all examples of adoption of Internet of Things in healthcare.

Blockchain technology has the potential to transform healthcare. Blockchain technology can be used to build a patient-centric healthcare ecosystem that is secure and interoperable.

Populations in remote or mountainous areas face challenges in accessing primary healthcare due to medical supply chain issues. Delays in medical products, stock-outs, expiry of medicines and delay in testing samples are some of the major challenges. Drones or Unmanned Aerial Vehicles (UAVs), which can be used for package delivery, may be the solution to these medical supply chain issues.

With the COVID-19 pandemic, patients need a convenient way to stay in touch with their care providers at any time, and providers need ways to save time for their physicians and nurses. A chatbot can serve both sides' needs and increase both the quality and availability of care.

As voice recognition technology has been developed for many applications, it is frequently used to aid patients with cognitive impairment and those who have difficulty using their hands due to illness or injury. The introduction of this new type of technology will make it more convenient. It may also assist them in dealing with other challenges, such as obtaining information while taking a test. Voice recognition software may sound like something out of a science fiction movie, yet it is already in use by many individuals throughout the world, including speech therapists.

In terms of IoT Technology, the healthcare industry has advanced dramatically in recent years. Healthcare services can track their patients' care and needs with the use of the Internet of Things. Today's IoT technologies have a wide range of applications in healthcare, but they must maintain a high level of security.

Cell therapy or Cellular Therapy is a type of therapy, where viable cells are insinuated, grafted, or injected into a patient to create a medicinal effect. It is a technology that relies on replacing diseased or dysfunctional cells with healthy, functioning ones.

Telehealth and its use have seen a rapid increase across the world during Covid-19. The popularity of Telemedicine is likely here to stay, well after COVID-19 is under control.

Implementation of RFID is increasing in many industries like retail, manufacturing, and banking - from tracking logistics to counting items during warehouse inventory. The Healthcare industry is also adopting RFID technology, which enables hospitals to perform better by connecting diverse data. RFID helps them to track, locate and monitor every patient, staff member, and asset in their organization, thereby enabling their healthcare facility with business intelligence that helps deliver better outcomes.

We have seen how Covid-19 has influenced the healthcare sector. It has triggered a rapid expansion in health technology - some obvious, like the rise of telemedicine or at-home lab tests, others filled a much-needed immediate void.

Robots in the medical field are transforming how surgeries are performed, streamlining supply delivery and disinfection, and freeing up time for providers to engage with patients. Well, the idea of robotics in Healthcare is not a new thing- it's here from late 1980 when the first robots in the medical field offered surgical assistance via robotic arm technologies.

In the last few years, healthcare has shown rapid growth and transformation. Before the arrival of the Internet of Things (IoT), patients' interaction with doctors was limited to only visits. But now with IoT, patients are better connected with healthcare providers by remote monitoring and virtual visits.

Clinical Trials are expensive, but these are essential processes as modern medicine sees new drug advancements. Clinical trials are the process of disease research that helps pharmaceutical companies learn more about how drugs function and which side effects they might cause before beginning human testing. A clinical trial is conducted as a group of clinical studies that are designed to answer specific questions about the safety or effectiveness of an investigational drug.

Advances in Artificial Intelligence-powered tools and solutions have transformed the healthcare space and optimized how patient care is delivered for improved outcomes while reducing costs.

Fast Healthcare Interoperability Resources is also known as FHIR. It is an Interoperability specification that is formulated to exchange healthcare data and information known as "resources" and an application programming interface (API ) for exchanging health records electronically. The standard was created by the Health level seven International (HL7) healthcare standards organization.

Well, we all know what cardiovascular disease is all about - it is a serious condition that affects the normal functioning of the heart and blood vessels. Innovation in technologies plays a vital role in developing new ways of treating and stopping heart and circulatory diseases. Health innovations that embrace new knowledge and technology possess the potential to revolutionize the management of the cardiovascular disease.

Doctors sometimes see dozens of patients in a single day, which makes it difficult to build rapport with them. Requiring efforts to get in-depth patient data at the beginning of an appointment, doctors and nursing staff may find themselves puzzled by a patient's conditions and symptoms. This naturally turns into uncertainty among hospital administrators and other management as well. As a healthcare organization endeavors to improve patient outcomes and satisfaction, patient intimacy dramatically affects the future of the organization.

Telemedicine is the fastest growing sector in healthcare. Big monitors and computers are not needed - now patients get their appointment virtually with physicians using their phone and home computers. According to the survey of the Deloitte Center for Health Solutions 2013, 18% of primary healthcare physicians use telemedicine for visits and consultations and is integrated with their practice management.

The increase in the number of connected medical devices comes at a critical time as limitations to access health services continue to ease.

With the introduction of the 5G network in the healthcare industry, more patients are being treated at the same time.

Technology is here, and Healthcare is a sector that holds a lot of potentials to integrate Quantum Computing. Quantum Computing is not just a thing of science now. The Healthcare industry is adopting the use of quantum computing to support patient-centric care.

Every year new trends develop based on a conversation with healthcare experts, professionals, medical device manufacturers, and healthcare IT professionals.

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).

The arrival of machine learning (ML) and its associated abilities have created numerous possibilities for intelligent intervention, which, if leveraged perfectly, can significantly help in treating rare diseases. Want to know how? keep reading.

We are witnessing a rapid adoption of blockchain-based software services, many of them in the medicinal and pharmaceutical fields. Healthcare stakeholders see great power in the use of blockchain technology, and with this comes high expectations. Blockchain can improve confidence among patients and healthcare organizations. Want to know how Blockchain Technology can be used in healthcare? Read on.

Augmented Reality (AR) is one of the newest innovations gaining popularity and use in various markets such as gaming, automotive, retail, and many more. Augmented reality is now making its impact in the Healthcare industry as well. Augmented reality is one of the most growing digital health technologies today. Want to know how it can help healthcare? Keep on reading this blog.

Cloud Healthcare API links the gap between healthcare systems and applications developed on Google Cloud. Cloud Healthcare API combines your information to excellent Google Cloud abilities, involving continue data flow by Cloud Dataflow, expandable analytics by BigQuery, and machine learning by Cloud Machine Learning Engine.

Why is there a huge interest in Natural Language Processing (NLP) in the healthcare industry?

The field of surgery is witnessing an amazing collaboration between humans and technology, which could raise the level of accuracy and effectiveness of surgeries so high that we have never seen before.

The healthcare industry is witnessing a surge in spending on healthcare application development. There are many healthcare software development companies continuously developing healthcare application software for medical specialists, healthcare-based markets and much more.

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.

Cancer is the deathly disease of all, it doesn't matter what type of malignancy it is. In 2018 alone, 9.6 million people have died worldwide because of cancer.

The Internet of Things (IoT) has already transformed our world. It affects the way we work and live our life.

Artificial Intelligence is ready to become a life-changing force in Healthcare. How AI-driven tools can affect health providers and patients?

Are you interested in knowing about what FHIR is, how it works and what seems to be the benefits of implying the same?

Wearable technology, which is fast becoming popular with fitness enthusiasts, will become a key enabler for real-time medical care.