4D Cone Beam CT Reconstruction for Radiotherapy Via Motion Vector Optimization
To validate a new 4D Cone Beam CT (4DCBCT) reconstruction algorithm that was developed in our research group recently in terms of its geometry and intensity accuracy through real patient studies. Dose calculation found out in this study will not be used on the subject
Ask AI to explain this studyKey things to know
This describes the study’s primary purpose.
The study team can explain what participation involves.
These are broad labels—not an eligibility decision.
Checked against the public recordLast updated Aug 20, 2020 · Source: ClinicalTrials.gov
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Observational
Locations may change over time.
Study sponsor
What this study is about
- Purpose
- Not specified
- Study type
- Observational
- Phase
- Not applicable
- Sponsor
- University of Texas Southwestern Medical Center
- Interventions being studied
- Radiation: CBCT scan
How this study is categorized
These labels come from structured fields and exact terms in the public record.
Who may be able to participate
The sponsor separates these requirements into two groups. You do not need to interpret them alone—use them to guide a conversation with the study team.
1. Patients that have been diagnosed with lung cancer, and are treated at Department of Radiation Oncology, UTSW. 2. Patients are greater than 18 years of age. 3. Patients understand a written informed consent document and are willing to sign the consent form.
1. Women who are pregnant or trying to get pregnant 2. Children (under age of 18)
Important: This is the sponsor’s public criteria, not a determination of eligibility. The study team must review your individual situation.
U.S. locations
- UT Southwestern Medical CentreDallas, Texas
Source and freshness
Processed from ClinicalTrials.gov. Last public update: Aug 20, 2020. Always confirm current availability with the study team.