Published On:Aug 2017 Pages:95 Category: Medical Devices Report Code:HC09197
The global intraoperative neuromonitoring (IONM) market is expected to be around $6 billion by 2027. The market is primarily driven by the increased adoption of IONM for the risk management during complex surgeries, rising prevalence of chronic disorders coupled with rapidly aging population, and growing application areas of IONM, with significant increase in the number of surgeries.
Published On:Aug 2017 Pages:186 Category: Medical Devices Report Code:HC06138
The global digital sphygmomanometer market will experience robust growth from 2017 to 2027. This can be primarily attributed to number of factors such as the rise in major risk factors for hypertension, increased awareness towards timely control and effective management of hypertension, growing preference for self-monitoring, increasing prevalence of hypertension, and rise in geriatric population.
Published On:Aug 2017 Pages:95 Category: Medical Devices Report Code:HC08196
The global medical holography market is expected to be around $4 billion by 2027. Some of the key factors driving the market growth are, advancements in holographic display technology, increasing adoption of holography products in medical education and different medical sectors such as orthopedics, surgical procedures, cardiac electrophysiology and dentistry.
Published On:Aug 2017 Pages:116 Category: Medical Devices Report Code:HC06151
The orthobiologics market is expected to be around $10 billion by 2027. The market is primarily driven by factors such as increasing number of orthopedic surgical procedures performed worldwide due to rising incidence of accidents and sports related injuries.
Published On:Aug 2017 Pages:113 Category: Medical Devices Report Code:HC06150
The global dental implants and prosthetics market is expected to be around $16 billion by 2027. Increasing prevalence of periodontal diseases and dental cavities, increase in incidence of dental fractures, and increasing demand for minimally invasive procedures are some of the major factors driving the market growth.
Published On:Aug 2017 Pages:95 Category: Medical Devices Report Code:HC08184
The global ophthalmic surgical devices market is expected to experience significant growth in coming years between 2017 and 2027.The market is primarily driven by factors such as increasing geriatric population worldwide, rising incidence of eye-related disorders, increasing demand for ophthalmic surgical devices in emerging countries
Published On:Aug 2017 Pages:112 Category: Healthcare IT Report Code:HC0642
The global electronic health records (EHR) market is estimated to reach up to $33 billion by 2027. The market is primarily driven by factors such as increasing healthcare IT expenditure, favorable government initiatives for adoption and implementations of EHR systems and rapid advancements in information technology around the world.
Published On:Jul 2017 Pages:95 Category: Medical Devices Report Code:HC07183
Insulin patch pump market is expected to experience significant growth in coming years between 2017 and 2027. The market is primarily driven by rising incidence of diabetes worldwide. Diabetes is on the rise globally with a steady increase around the world especially in the world’s middle-income countries.
Published On:Jul 2017 Pages:95 Category: Biotechnology Report Code:HC06129
Synthetic biology refers to the application of engineering principles to biology. Over the decade, synthetic biology has evolved as an engineering discipline for biological systems. Compared to other disciplines, biology exhibits some unique engineering challenges as a result of incomplete understanding of natural biological systems and tools to manipulate them.
Published On:Jul 2017 Pages:164 Category: Sensors & Controls Report Code:SE06170
Recent advancements in sensor manufacturing, microelectronics, Nano technology, telecommunication, miniaturization and data analysis techniques have opened up new avenues for wearable technology in the digital health ecosystem enabling a range of improved health outcomes. In the past, the size of front-end electronics and sensors made it difficult to use them in wearable tech to gather movement and physiological data.
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