Medical Imaging PACS Solutions
In medical imaging, picture archiving and
communication systems (PACS) are computers or networks dedicated to the
storage, retrieval, distribution and presentation of images. The
medical images are stored in an independent format. The most common
format for image storage is DICOM (Digital Imaging and Communications in Medicine). Phantom Data Systems provides PACS solutions that seamlessly
integrates all modalities within radiology departments in a fully integrated PACS/DICOM server, router, diagnostic viewer and
storage appliance designed for receiving images directly from any DICOM modality.
Remote PACS Disaster Recovery Solution
The confidentiality, integrity and security of patient data is not just a good
idea - it is the LAW. To be HIPPA compliant, it is extremely critical that your
data is secure and that you have duplicated records stored at an off-site location
in case of unforeseen disaster. Our hosted solution is a safeguard against the threat of
total data loss. Our Hosted PACS solution is a cost-effective solution allowing hospitals
and imaging centers to store their patients medical records in a secure HIPAA
compliant off-site data center and provides secure “on-demand” access to images
linked via the internet.
Integration
A full PACS system should provide a single point of access for images and their
associated data (i.e. it should support multiple modalities). It should also
interface with existing hospital information systems: hospital information system
(HIS) and radiology information system (RIS).
Interfacing between multiple systems provides a more consistent and
more reliable dataset.
Less risk of entering an incorrect patient ID for a study – modalities that
support DICOM worklists can retrieve identifying patient information (patient
name, patient number, accession number) for upcoming cases and present that
to the technologist, preventing data entry errors during acquisition. Once the
acquisition is complete, the PACS can compare the embedded image data with a
list of scheduled studies from RIS, and can flag a warning if the image data
does not match a scheduled study.
Data saved in the PACS can be tagged with unique patient identifiers (such as
a social security number or NHS number) obtained from HIS. Providing a robust
method of merging datasets from multiple hospitals, even where the different
centers use different ID systems internally.
Uses
PACS replaces hard-copy based means of managing medical images, such as film
archives. It expands on the possibilities of such conventional systems by providing
capabilities of off-site viewing and reporting (distance education, tele-diagnosis).
Additionally, it enables practitioners at various physical locations to access
the same information simultaneously (teleradiology). With the decreasing price
of digital storage, PACS systems provide a growing cost and space advantage
over film archives. PACS is offered by virtually all the major medical imaging
equipment manufacturers, medical IT companies and many independent software
companies. The most difficult area for PACS systems is interpreting the DICOM
image format which is implemented slightly differently among different radiology
equipment vendors. The ability to point the tags in the DICOM format coming
from vendors equipment to usable titles in a PACS is a feature common to most
vendors and software offerings.
Architecture
Typically a PACS network consists of a central server that stores a database
containing the images connected to one or more clients via a LAN or a WAN which
provide or utilize the images. Web-based PACS is becoming more and more common:
these systems utilize the Internet as their means of communication, usually
via VPN (Virtual Private Network) or SSL (Secure Sockets Layer). The software
(thin or smart client) is loaded via ActiveX, Java, or .NET Framework. Definitions
vary, but most claim that for a system to be truly web based, each individual
image should have its own URL. Client workstations can use local peripherals
for scanning image films into the system, printing image films from the system
and interactive display of digital images. PACS workstations offer means of
manipulating the images (crop, rotate, zoom, brightness, contrast and others).
Modern radiology equipment feeds patient images directly to the PACS in digital
form. For backwards compatibility, most hospital imaging departments and radiology
practices employ a film digitizer. The medical images are stored in an independent
format. The most common format for image storage is DICOM (Digital Imaging and
Communications in Medicine).
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Contact us
solutions@phantomdatasystems.com
Phantom Data Systems Inc.
One Selleck Street, 3rd Floor
Norwalk, CT 06855
Ph. 1.203.572.0034
Ph. 1.203.572.0035
Fax: 1-203-678-6410
www.phantomdatasystems.com
Phantom Data Systems Inc.
Phantom Data Systems continues to redefine the Data,
and Knowledge management market while playing a key role
in accelerating mainstream adoption of open source
systems and network data management solutions. Our
approach allows our clients make informed decisions
about their information management programs.Consider
joining the administrators, technologists, systems
engineers and experts who are already reaping the
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