UT Health Radiology delivers subspecialty imaging services across multiple campuses, emphasizing prompt reporting and patient-centered care. This program combines academic expertise with community outreach to serve a diverse regional population through comprehensive diagnostic imaging.
Coordination with referring providers and integration into the broader Epic EHR ecosystem support streamlined workflows, accurate diagnoses, and continuous quality improvement in service delivery.
| Campus | Primary Services | Subspecialty Coverage | Average Turnaround Time |
|---|---|---|---|
| UT Health Tyler Main | CT, MRI, Ultrasound, X‑ray | Neuroradiology, Body Imaging | 24–48 hours |
| UT Health Longview | CT, MRI, Mammography | Musculoskeletal, Women’s Imaging | 12–24 hours |
| UT Health Quitman | CT, Ultrasound, X‑ray | Abdominal, Vascular | 24–72 hours |
| UT Health Rusk | MRI, CT, Mammography | Neuro, Oncology | 12–48 hours |
Imaging Modalities and Clinical Capabilities
UT Health Radiology operates a wide array of imaging modalities to address both routine and complex diagnostic needs. Cross‑sectional imaging with 1.5T and 3T MRI supports neurologic, oncologic, and orthopedic evaluation, while dual‑energy CT enables rapid diagnosis of pulmonary embolism and crystal arthropathy. Dedicated women’s imaging suites provide stereotactic biopsy and ultrasound‑guided procedures, enhancing accuracy and patient comfort.
The program emphasizes protocol standardization and dose optimization, aligning with Image Wisely and Image Gently initiatives. Advanced visualization tools, including 3D reconstructions and fused multimodality datasets, empower clinicians to plan interventions and communicate findings with clarity.
Subspecialty Expertise and Fellowship Trained Radiologists
Each UT Health campus leverages fellowship trained radiologists in key domains such as neuroradiology, body imaging, musculoskeletal radiology, and women’s imaging. Complex cases benefit from multidisciplinary tumor boards and direct secure communication between radiologists and referring physicians. This depth of subspecialty coverage supports higher diagnostic confidence and more tailored management recommendations.
Multicampus collaboration ensures continuity when patients transfer between locations, with shared protocols and standardized reporting language. The integration of PACS and RIS across facilities further minimizes delays and redundant examinations, improving the overall patient experience.
Patient Experience and Safety Protocols
Comprehensive patient navigation tools, including online scheduling and exam preparation guidance, help reduce anxiety and enhance adherence to pre‑procedure instructions. Board‑certified radiologists and certified technologists prioritize safety by adhering to ALARA principles, utilizing contrast stewardship programs, and monitoring renal function before iodinated or gadolinium based studies. Robust emergency response equipment and staff training ensure rapid management of contrast reactions or other procedural complications.
Ongoing staff education and accreditation through the ACR support consistent delivery of high quality imaging across all campuses. Feedback loops with referring providers drive iterative improvements to scheduling, communication, and result reporting workflows.
Advanced Technology and Data Integration
Enterprise imaging infrastructure connects UT Health radiology systems with EHR, laboratory, and clinical decision support tools, creating a cohesive data environment. Artificial intelligence–enabled workflow tools assist with triage, protocol selection, and preliminary quality checks, allowing technologists and radiologists to focus on nuanced interpretation. Standardized vocabularies such as LOINC and SNOMED CT underpin structured reporting and facilitate analytics that inform operational and strategic decisions.
Cybersecurity and privacy safeguards, including encryption, access controls, and audit logging, protect patient information while enabling secure sharing across the health system. This technology foundation positions UT Health Radiology to participate in clinical research, population health initiatives, and value based care programs.
Operations, Access, and Continuous Improvement
UT Health Radiology focuses on reliable access, rapid turnaround, and measurable quality metrics that align with systemwide performance goals. Continuous process improvement, patient safety initiatives, and investment in technology reinforce the program’s role as a trusted partner in clinical care.
- Standardized protocols and subspecialty interpretation support diagnostic accuracy
- Enterprise imaging and EHR integration streamline ordering and result delivery
- Multicampus coordination ensures continuity of care during transfers
- Patient navigation tools and clear preparation instructions reduce barriers to access
- Ongoing education, accreditation, and data analytics drive quality and safety
FAQ
Reader questions
What imaging services are available at UT Health campuses?
Each campus offers CT, MRI, ultrasound, and mammography, with select locations providing nuclear medicine and interventional radiology services. Service availability varies by site, so scheduling and exam preparation instructions should be confirmed with the specific campus.
How quickly can I expect results from my radiology exam?
Turnaround times depend on the exam type and campus, with routine studies typically reported within 12 to 48 hours. STAT and complex cases receive prioritized review, and results are communicated through the patient portal or via the ordering provider.
Are specialized radiologists available for complex cases?
Yes, fellowship trained subspecialists review challenging studies across campuses, and tumor board conferences coordinate multidisciplinary input for oncology and surgical planning. Referring providers can request specific expertise when appropriate.
What safety measures are in place for imaging exams?
Protocols follow ALARA and dose optimization guidelines, contrast stewardship programs monitor kidney function, and staff are trained to manage reactions promptly. Accredited facilities and regular equipment testing further ensure high quality, safe imaging.