Blog

Exploring the Components of a Robust PACS System

Reading Time: 3 minutes Picture Archiving and Communication Systems (PACS) have revolutionized the way medical imaging is stored, transmitted and accessed in healthcare facilities….

share
Published On June 19, 2023
Reading Time: 3 minutes

Picture Archiving and Communication Systems (PACS) have revolutionized the way medical imaging is stored, transmitted and accessed in healthcare facilities. A PACS system is a comprehensive digital solution that enables healthcare providers to manage, store and distribute medical images efficiently. In this blog post, we will explore the essential components of a PACS system and understand their crucial roles in enhancing the workflow of healthcare imaging in the veterinary industry.

 

1. Imaging Modality

The first and fundamental component of a PACS system is image acquisition. It involves capturing medical images using various imaging modalities such as X-ray, MRI, CT scan, ultrasound, and more. These modalities generate digital images that are crucial for diagnosis and treatment. PACS systems integrate seamlessly with imaging devices, enabling the acquisition of digital images directly from the modalities. This eliminates the need for physical film-based imaging and ensures immediate access to the images for interpretation and analysis.

 

2. Image Distribution and Sharing

The ability to view and distribute medical images within a healthcare network seamlessly is one of the key advantages that PACS offers. It enables secure image sharing between healthcare providers, regardless of their physical location. This is especially valuable in situations where multiple specialists or healthcare facilities need to collaborate on patient care. Through secure network connections, authorized users can access and share medical images, facilitating remote consultations and second opinions.

Furthermore, PACS systems also support integration with electronic health record (EHR) systems, allowing a seamless exchange of patient data and images. This integration streamlines the workflow, reduces the duplication of information and enhances overall care coordination. A study published in the Journal of Digital Imaging confirmed that an EHR-integrated PACS system improved the accuracy of reporting by reducing errors and enabling comprehensive access to patient data.

 

3. Image Storage and Archival

Thereafter, a PACS system provides a secure and centralized storage repository for storing and managing vast amounts of medical images. It uses specialized servers and storage systems that ensure the integrity, security, and accessibility of the stored images. Additionally, it often employs redundant storage and backup mechanisms to safeguard against data loss.

Archiving is a critical aspect of PACS, as medical images must be retained for extended periods, adhering to legal and regulatory requirements. PACS systems typically incorporate long-term archiving solutions, such as vendor-neutral archives (VNAs) or cloud-based storage, allowing healthcare organizations to store images for many years while ensuring easy retrieval.

 

4. Image Retrieval and Viewing

Efficient retrieval and viewing of medical images are essential for timely diagnosis and treatment decisions. PACS system provides an intuitive and user-friendly interface that enables healthcare professionals to access patient images quickly. These interfaces support various search criteria, such as patient demographics, study type, date and more, allowing users to locate specific images effortlessly.

Once images are retrieved, PACS systems provide powerful viewing capabilities. Radiologists and other medical professionals can view images in high resolution, zoom in or out, adjust contrast and brightness and perform various image manipulations to aid in their analysis. Some PACS systems also offer advanced tools, such as 3D reconstruction and multiplanar reformatting, to enhance the visualization of complex anatomical structures.

To learn about the key factors to consider while choosing a veterinary PACS solution, read this.

In conclusion, PACS systems play a vital role in improving patient care, facilitating collaboration among healthcare professionals, and ultimately advancing the field of medical imaging.

 

About Asteris Keystone

The Asteris Keystone Software Suite enables veterinary practices across a wide range of specialties to utilize the benefits of PACS veterinary radiology software. This integrated suite of solutions delivers unmatched speeds, convenience, and security to your veterinarian practice. Want to transform the way you work? Get in touch with our team now!

Book a Demo of Keystone Omni Now

Submit images directly through Asteris Keystone or via our free and simple Asteris Keystone Community application.

Subscribe to our newsletter

don't miss out the updates
from asteris

Sign up to our newsletter to stay in the loop.

Privacy Preference Center