Monday 31 July 2017

Electronic Health Records Market by Type - Global Industry Analysis and Forecast to 2025


The U.S. Centers for Medicare & Medicaid Services has defined Electronic Health Record (EHR) as an electronic version of a patient’s medical history. It is an electronic record of a patient’s health information generated through one or more encounters in any care provider’s setting. These records include information such as patient demographics, problems, progress notes, vital signs, medications, past medical history, laboratory data, immunizations and radiology reports. An EHR system streamlines and automates clinician's workflow. The EHR system can also directly or indirectly support care related activities through different interfaces including quality management, evidence based decision support and outcome reporting. EHRs assist healthcare providers in providing better care and taking better informed decisions. One of the key features of EHR is that the health related information can be managed in a digital format and can be shared with other healthcare providers across multiple healthcare organizations such as laboratories, medical imaging facilities, pharmacies, and emergency healthcare facilities. The key benefits of EHR systems are improved patient care, increased patient participation, enhanced care coordination, improved diagnostic and patient outcomes, and increased practice efficiency. According to a survey conducted by the U.S. Department of Health and Human Services, in 2014, 79% healthcare providers reported increase in practice efficiency by using an EHR system whereas 70% healthcare providers reported improvement in data confidentiality. Providers can have quick access to patients’ records from remote locations which can save valuable time while dealing with emergency cases.
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The key driving factors for the EHRs market are technological advancements in healthcare IT, rising need to streamline different healthcare systems, and favorable government initiatives for adoption and implementation of EHR systems. With EHRs, healthcare providers can give their patients complete and accurate information regarding their medical evaluations. They can manage and schedule patient appointments electronically and exchange e-mails with their patients. Moreover, quick communication between providers and patients can aid in early identification of symptoms. However, the possible data privacy and security issues associated with EHR systems can hamper the market growth.
Technological advancements in EHR systems will further enhance the utility of these systems for applications in healthcare industry. Connecting these systems with mobile devices such as smartphones and tablets through mobile apps has contributed to the key benefits of information availability derived by EHRs. Increasing data security and confidentiality features of EHRs will contribute to the acceptance rate of these systems over the coming years.
The major players in the global EHRs market are focusing on research and development to come up with more advanced next generation systems. For instance, in July 2014, NextGen Healthcare and Mirth LLC, a global provider of health information technology, launched NextGen Share, a health information service provider (HISP). This platform enables clients to connect to external providers through EHR products.
Some of the key players operating in the EHRs market are Cerner Corporation, McKesson Corporation, Allscripts Healthcare Solutions, Inc., Quality Systems, Inc. and Epic Systems Corporation.
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MHealth Market by Product, Application, and Service - Global Industry Analysis and Forecast to 2025




The outlook towards healthcare has drastically changed in recent times. The use of mobile and wireless technology has enabled the transformation of health services delivery across the globe; the most crucial contribution being the elimination of the geographic distance or boundaries between the patients and the healthcare providers. The proliferation of mobile devices and electronic health systems is creating wonders in the healthcare industry. With the advent of mobile technology based products and services, diagnosis and treatment decisions are becoming more patient centric. These products provide key information and early warnings about an illness. mHealth is a medical practice enabled and supported by different mobile devices such as mobile phones, tablets, computers, patient monitoring devices, personal digital assistants, and other wireless devices. Lately, mHealth has become a necessity rather than an option. mHealth applications are being widely used by doctors in their daily practice. They assist doctors to consult, diagnose, treat, and monitor their patients. Doctors can provide optimal treatment to their patients as mHealth enables them to lookup patient’s information instantly and take informed decisions.
Rapid increase in penetration of smartphones, rising utilization of mHealth mobile apps by people, high adoption of wireless technology enabled medical devices by the healthcare industry, and increased emphasis on patient-centric healthcare service delivery are some of factors contributing to the market growth. According to the data revealed by the National Center for Biotechnology Information (NCBI), as of 2015, two-third of the overall U.S. population and 82% of U.S. citizens in the age group 18 to 49 years owned an app enabled mobile-phone. With rising penetration of high speed internet connectivity in low and middle income countries and availability of affordable smartphones, the global mHealth market is set to witness robust growth in next five years. However, concerns related to data security and resistance by traditional healthcare providers in developing countries can hamper the growth of the global mHealth market.
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Rapid innovations will characterize the future growth of the mHealth market. With more and more companies launching innovative products, the competition in the market is and will be fierce over the coming years. Emerging markets propose lucrative growth opportunities for mHealth providers. For instance, in January 2016, the Government of India launched Kilkari, a mobile health service under the Digital India program. This platform delivers weekly audio messages to the expecting mothers giving them helpful insights about child care, pregnancy, and child birth.
The major players have been developing highly sophisticated products to outperform their competitors in the global mHealth market. In June 2014, Apple, Inc. launched Healthkit, a health data tracking platform which collects data from different fitness and health apps and makes it available to Apple users through its Health app. Likewise, in March 2016, Apple, Inc. launched Carekit, a software framework which enables users to keep a track of care plans, and monitor symptoms and medication. Carekit also enables users to share information with family members, nurses, and doctors.   Moreover, in September 2016, Nike Inc. and Apple Inc. collaborated together to launch the Apple Watch Nike+, a combination of Apple Watch Series 2 and Nike sports bands along with integration with the Nike+ Run Club app. This device is exclusively designed for runners to assist them in scheduling, monitoring, and enhancing their running routines.
Some of the key players competing in the mHealth market are Medtronic plc., Mobisante, Inc., Sanofi, AirStrip Technologies, LifeWatch Services, Inc., AliveCor, Inc., Koninklijke Philips N.V., Nike Inc., Johnson & Johnson, OMRON Corporation, Jawbone, AgaMatrix, Inc., BioTelemetry, Inc., iHealth Labs Inc., AT&T Inc., Cerner Corporation, Cisco, Inc. and Qualcomm Technologies, Inc.
About Crystal Market Research
Crystal Market Research is a U.S. based market research and business intelligence company. Crystal offers one stop solution for market research, business intelligence, and consulting services to help clients make more informed decisions. It provides both syndicated as well as customized research studies for its customers spread across the globe. The company offers market intelligence reports across a broad range of industries including healthcare, chemicals & materials, technology, automotive, and energy.
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Nanosensors Market by Technology and Application - Global Industry Analysis and Forecast to 2025




Nanosensors are extremely small sensing devices capable of identifying and respond to physical stimuli. They have greater sensitivity, better specificity, and require less power to run. They transfer information about nanoparticles in to data that can be easily analyzed. These sensors are ultra-sensitive and are capable of detecting single virus particles. They are on nanoscale of 10 to 100 nanometers. They are three types of nanosensors, namely, electromagnetic nanosensors, optical nanosensors, and mechanical nanosensors. The nanosensors can be manufactured by three methods, namely, top-down lithography, molecular self-assembly and bottom-up assembly.
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Nanosensors can be used in agriculture and food industry for detecting microbes, pollutants and contaminants. They are also used to monitor soil, insecticides, pesticides and herbicides. This will lead to reduced costs, wastes and will improve quality of production. Nanosensors will help confirming safety, freshness and quality of the food. They can be used to administer growth hormones to plants in controlled manner. They are used in identification of antibiotics and drugs. In food industry, nanosensors are used to detect toxins, chemicals and pathogens in the food. They are also used in packaging materials to identify the chemicals released during spoilage of food. While transporting the food, product conditions can be monitored with the help of nanosensors. In industry, they are used to detect gases such as ammonia, hydrogen sulfide and warfare gases. Moreover, they are also used in detection of chemical vapors, bacteria and viruses with the help of nanotubes. In healthcare field, they are used to monitor blood glucose levels in diabetes patients. Moreover, they are also used in detection of cancer, asthma or heart diseases. Biosensors can be used to identify DNA. They can also be used to detect organic molecule such as amino acid, fatty acid and lipid. They are able to detect change in temperature, pH or moisture. In aerospace, they can be used to detect radiation damage in astronauts as they are capable of passing through membranes and enter into white blood cells. In military field, nanosensors can be used in creating armors, defense weapons and in diagnosis of disease in military personnel.
The drivers for nanosensors market are low cost, reduced power consumption and increasing demand for nanosensors. Additionally increase in the research and development will also fuel the growth of this market. Moreover, technological advancements such as heart attack nanosensor are set to drive the growth of this market. For instance, in September 2016, a team of researchers from Manchester developed heart attack nanosensors. This device would enhance patient survival rates. Furthermore, increased communication facilities will further drive this market. However large scale production of nanosensors will hamper the growth of the market.
The key strategy followed by the major players in the market is product launch to be a pioneer and gain more share. For instance in December 2016, Nanowear, Inc. received FDA clearance for cardiac-monitoring clothing. It is a cloth based sensor technology. With the launch of the cardiac-monitoring clothing, Nanowear, Inc. will be a pioneer and gain more market share.
The major players in the nanosensors market are Agilent Technologies, Inc., Boeing, Dow Corning, IBM, and Lockheed Martin Corporation.
About Crystal Market Research
Crystal Market Research is a U.S. based market research and business intelligence company. Crystal offers one stop solution for market research, business intelligence, and consulting services to help clients make more informed decisions. It provides both syndicated as well as customized research studies for its customers spread across the globe. The company offers market intelligence reports across a broad range of industries including healthcare, chemicals & materials, technology, automotive, and energy.
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Friday 28 July 2017

Aesthetic Lasers and Energy Devices Market by Technology, Product Type, Application, and End User - Global Industry Analysis and Forecast to 2025





Medical aesthetics is a comprehensive term used for enhancing cosmetic appearance through use of various surgical and non-surgical procedures. Medical aesthetics devices are used to treat impairments associated with individual aesthetic appearance such as scars, skin discoloration, wrinkles, hair loss, and excessive fat. According to a study conducted by International Society of Aesthetic Plastic Surgery (ISPAS), in 2015, around 31,337,924 aesthetic/cosmetic procedures were performed worldwide. Aesthetic lasers technologies have changed the traditional methods available to dermatologist for getting rid of unwanted hairs, minimizing body scars, pores and acnes. Although lasers are single wavelength of light, they are capable of inducing strong improvements and changes in skin with relatively low time and complications. Some aesthetic lasers are classified as non-ablative lasers which have ability to particularly target a specific skin area that allow users to treat problems such as sunspots without affecting the surrounding undamaged skin. Whereas other types of lasers are classified as ablative lasers that vaporize skin to induce production of new collagen to reduce skin aging and to improve skin texture. Aesthetic lasers are also used in treating vascular conditions such as varicose veins, birthmarks, facial redness, and port wine stains by using non intense heat energy sources.
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Rise in incidence of obesity, growing demand for minimal invasive surgeries, and increasing geriatric population are expected to drive the global market for aesthetic lasers and energy devices. In addition, increasing awareness about aesthetic procedures, and growing demand for these procedures among male population will propel the market growth. Furthermore, technological advancements such as blade-free way to create flap (IntraLase FS laser) and creation of 3D map (Wavefront LASIK) and increasing adoption rate of aesthetic lasers among dermatologist will fuel the growth of the market. However, unfavorable reimbursement policies will hamper the growth of the market.
Some of the key players operating in the global lasers and energy devices market include Mentor Corporation, Solta Medical, Inc., Lumenis Ltd., Cynosure Inc., Syneron Medical, Ltd., Valeant Pharmaceuticals Inc., Lutronic, Inc., Energist Aesthetic Solutions, and Allergan, Inc. These players are focusing on developing new technologically advanced products to deliver better outcomes to users in order to strengthen and sustain their position in the global market. For instance, in May 2016, Cynosure Inc., obtained FDA approval to commercialize its new energy based delivery system, PicoSure, for the removal of tattoos and the treatment of pigmented lesions. This approval helped the company to broaden its product portfolio for skin revitalization and tattoo removal.
Many players have been expanding their geographical presence in order to acquire more customers by providing advanced solutions to meet unmet medical needs, thus strengthening their positions at the global level. For instance, in February 2015, Alma Lasers, a global solution provider for the treatment of dark skin, opened a direct sales office, Alma Medical Pvt Ltd, in India. This geographical expansion helped the company to acquire large customer base by entering remote areas.
About Crystal Market Research
Crystal Market Research is a U.S. based market research and business intelligence company. Crystal offers one stop solution for market research, business intelligence, and consulting services to help clients make more informed decisions. It provides both syndicated as well as customized research studies for its customers spread across the globe. The company offers market intelligence reports across a broad range of industries including healthcare, chemicals & materials, technology, automotive, and energy.
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