Deliver Specialized Results with Study Cloning
As part of the enhancements to the RIS-PACS system, the ability to clone a study has been added, allowing the generation of independent copies, each with its own report. This functionality provides greater clinical flexibility when reading studies that cover multiple anatomical regions or need to be addressed by different subspecialties.
What it is
This is a tool that allows the radiologist to duplicate a study from the reporting panel. Each generated clone behaves as an independent study: it can have its own study type, specialty, report status, and signature, without altering the original. The system allows the same study to be cloned multiple times if needed.
During the process, the user can assign a new name to each clone, select the corresponding specialty, and decide whether to keep or delete the original report. If the study does not yet have a report started, the option to keep the original report appears disabled.
When a study, due to operational design, was not separated at the time of acquisition or through the sending workflow from the technologist, it is now possible to do so directly from the viewer, without the need for reprocessing in PACS or resending from the technical console.
What it is for
The cloning tool is especially useful for:
- Radiologists who receive whole-body or multi-region studies and wish to report them separately.
- Subspecialists who wish to divide studies by organ or system (for example, one clone for the chest and another for the abdomen).
- Cases where multiple radiologists need to sign different sections of the same original study.
- Preparing independent versions for research, teaching, or external review.
How it affects the clinical workflow
Previously, radiologists had to report long or complex studies in a single report, making organized reading by region difficult. Now, with cloning, studies can be separated according to clinical logic without depending on the technical origin. This improves report traceability, subspecialty assignment, and clarity for the referring physician.
The original study remains as a reference, but each clone follows its own path for signature, status, and interpretation. It can also have its own images, key, and findings.
What changes compared to previous versions
Basically, this possibility did not exist before, and users needed to carry out the process from the RIS through the administrator.
Implications for the user
The cloning feature changes the way radiologists can organize and distribute the reading of complex studies. Instead of forcing a single report with multiple findings, it is now possible to separate content in an orderly way, facilitating specialization, distributed signing, and clinical prioritization.
It also eliminates the need for technical reprocessing when a study was not correctly segmented from the console. This represents an operational saving and an improvement in the clinical user experience.
Final considerations
The cloning tool is designed to improve the organization and traceability of the medical report, especially in scenarios of high anatomical complexity or collaborative work. Its implementation should be accompanied by clear protocols for naming and assigning clones, so that the integrity of the original study is not lost.
The correct use of cloning can result in higher report quality, better distribution of work among subspecialists, and greater clarity for the treating physicians.