Research and Markets has announced the addition of Frost Sullivan’s new report “Advances in Teleimaging Systems (Technical Insights)” to their offering..researchandmarkets.com/research/4068f0/advances_in_teleim”>http://www.researchandmarkets.com/research/4068f0/advances_in_teleim)
has announced the addition of Frost & Sullivan’s new report "Advances
in Teleimaging Systems (Technical Insights)" to their offering.

“Moreover, the increasing
expectations from clinicians and experts focusing on the quality of
images, and speedy, secure and efficient access have forced developers
to upgrade their existing product versions or innovate and develop newer
technologies, and this is considered a major driver.”

Advances in the Imaging and Communications Space Enable the Rollout of
Optimized Teleimaging Solutions

Although the synchronous teleimaging systems segment is a part of the
medical and healthcare sector, developments in the picture archiving and
communications system (PACS) industry impact it the most. Technology
pertaining to telemedicine, which is basically a remote data
communication system, is a part of the information communication
technology (ICT) industry. The data that these communication systems
dynamically acquire, process, and communicate in either half duplex or
full duplex manner is medical or rather clinical data acquired through
the biosensing modes. Hence, teleimaging systems are a fusion of the
ICT, imaging, and healthcare industries. "Competitive pricing structure
of PACS is considered a key driver for the teleimaging sector," notes
the analyst of this research service. "Moreover, the increasing
expectations from clinicians and experts focusing on the quality of
images, and speedy, secure and efficient access have forced developers
to upgrade their existing product versions or innovate and develop newer
technologies, and this is considered a major driver."

As treatment costs escalate steadily, there is the need for a
cost-effective solution to satisfy the immediate needs of patients.
Teleimaging systems are an effective way to interact with a patient,
breaking the barriers of distance and time. Patients now can discuss
their problems from home and take the doctor’s advice regarding
adherence to further treatment protocols. It is clearly evident nowadays
that real-time visual communications are being incorporated as an
integral part of day-to-day communications. Patients are hoping that
soon the time will come when they can pick up their phones and have a
real video/audio chat with their physicians. Consulting physicians must
have a high level of expertise to accurately read digital images of the
patient and arrive at a diagnosis. In most countries, radiologists are
required to obtain a license and undergo training to work as a
teleradiologist. With many technological advancements in the filed of
imaging and communications, the requirement for teleradiologists has
increased significantly. The expertise of the physician/teleradiologist
is emerging as a key challenge confronting the teleimaging industry.
Security issues are also clouding the industry landscape. For preserving
a patients privacy and ensuring the security of the data transmitted, a
major step in developing the technology platform is enabling secure
solutions. The Health Insurance Portability and Accountability Act
(HIPAA) regulations have been implemented to ensure that data is
encrypted before transmission in order to prevent any kind of hacker
interception.

The teleimaging industry is taking huge strides forward with audio,
video, and Web access, and data can be unified in a stand-alone
monitoring system. Miniaturization of these technologies can be
anticipated in the near future. The key focus of all technology
developers in the teleimaging sector is to present an easy interface for
patients and to capture all vital information at the point of care.
Emerging wireless sensors offer patients more mobility and autonomy in
home settings. Prolific growth in these teleimaging applications has
empowered physicians and nurses to provide better and consistent patient
care even while the patient is located outside of hospital/clinical
settings.

Market Sectors

Expert Frost & Sullivan analysts thoroughly examine the following market
sectors in this research:

• Telemedicine
• Patient monitoring tools

This Frost & Sullivan research service titled Advances in Teleimaging
Systems provides a review of the latest developments in teleimaging
systems and patient care technologies. On a macro level, this research
service provides an industry-wide perspective on the promising areas in
telemedicine and patient care from emergency mobile systems, video
conferencing tools, wireless applications, and network solutions. This
research explores the overall technologies in the market and R&D. In
this research, Frost & Sullivan’s expert analysts thoroughly examine the
following markets: telemedicine and patient monitoring tools.

Key Topics Covered:

• 1. Executive Summary
• 1.1 Scope and Methodology
• 1.1 a Scope of the Research Service
• 1.1 b Research Methodology
• 1.2 Key Findings
• 1.2 a Noteworthy Emerging Technologies and their Applications
• 1.2 b Sneak Preview of Current Technology Trends
• 2. Teleimaging–An Overview
• 2.1 Technology Primer and Application Categories
• 2.1 a Sneak Preview of Teleimaging and PACS
• 2.1 b Applications Description and Components
• 2.2 Teleimaging Impact Analysis
• 2.2 a SWOT Analysis of Synchronous Teleimaging Systems
• 2.2 b Analysis and Ranking of Application Segments
• 3. Global Assessment of Advances in Teleimaging Systems
• 3.1 Specialized PACS Solutions for Radiologist GroupsWORLD
• 3.1 a RIS/PACS Solution that Provides Imaging Interpretation Service
  Providers with Quick and High Quality Medical Image Viewing Skills
• 3.1 b Highly Efficient PACS Solutions for Data-Intense Environment
• 3.1 c Innovative Turnkey PACS Solution That Enables Complete
  Transition to Digital Imaging Workflow in Minutes
• 3.1 d Upgraded PACS Platform with Advanced Personalization for
  Enhancing Reading Quality and Radiologists Productivity
• 3.1 e PACS Designed Specifically for Teleradiology
• 3.1 f Modular Designed PACS Solution
• 3.1 g Effect of PACS on Rates of Duplicate Imaging
• 3.2 Teleradiology
• 3.2 a Teleradiology Highly Beneficial for Timely Interpretation of CT
  Pulmonary Angiographic Studies
• 3.2 b Advanced Volume Rendering Software Extends Imaging Access
  Boundaries
• 3.2 c Novel High-Sensitivity 3D PET Brain Scanner Designed to Serve
  Clinical and Research Needs

Source http://www.researchandmarkets.com