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Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.210, Leaf Travel: 1.57mm, Total MU: 545.6. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 74.9Gy, MU 545.6. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.303, Leaf Travel: 3.10mm, Total MU: 1031.0. | The plan presents a Moderate risk of QA failure. This is primarily due to high mechanical travel (3.10 mm). Summary: Max Dose 75.6Gy, MU 1031.0. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.136, Leaf Travel: 1.16mm, Total MU: 485.2. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 64.6Gy, MU 485.2. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.685, Leaf Travel: 0.48mm, Total MU: 3638.0. | The plan presents a Low risk of QA failure. This is primarily due to moderate modulation (SAS 0.68). Summary: Max Dose 94.1Gy, MU 3638.0. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.303, Leaf Travel: 0.19mm, Total MU: 1220.0. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 64.3Gy, MU 1220.0. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.259, Leaf Travel: 2.21mm, Total MU: 754.3. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 76.6Gy, MU 754.3. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.061, Leaf Travel: 2.31mm, Total MU: 469.2. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 66.2Gy, MU 469.2. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.630, Leaf Travel: 0.40mm, Total MU: 3014.0. | The plan presents a Low risk of QA failure. This is primarily due to moderate modulation (SAS 0.63). Summary: Max Dose 68.2Gy, MU 3014.0. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.541, Leaf Travel: 0.54mm, Total MU: 2756.9. | The plan presents a Low risk of QA failure. This is primarily due to moderate modulation (SAS 0.54). Summary: Max Dose 72.6Gy, MU 2756.9. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.621, Leaf Travel: 0.29mm, Total MU: 2182.0. | The plan presents a Low risk of QA failure. This is primarily due to moderate modulation (SAS 0.62). Summary: Max Dose 75.1Gy, MU 2182.0. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.398, Leaf Travel: 0.16mm, Total MU: 1154.0. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 65.0Gy, MU 1154.0. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.478, Leaf Travel: 0.29mm, Total MU: 1784.0. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 74.9Gy, MU 1784.0. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.332, Leaf Travel: 2.87mm, Total MU: 888.7. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 75.2Gy, MU 888.7. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.338, Leaf Travel: 2.35mm, Total MU: 800.4. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 83.2Gy, MU 800.4. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.325, Leaf Travel: 0.19mm, Total MU: 955.0. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 64.1Gy, MU 955.0. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.556, Leaf Travel: 0.45mm, Total MU: 2734.0. | The plan presents a Low risk of QA failure. This is primarily due to moderate modulation (SAS 0.56). Summary: Max Dose 75.2Gy, MU 2734.0. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.272, Leaf Travel: 2.70mm, Total MU: 802.4. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 81.7Gy, MU 802.4. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.347, Leaf Travel: 0.12mm, Total MU: 1158.0. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 64.5Gy, MU 1158.0. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.618, Leaf Travel: 0.44mm, Total MU: 3230.0. | The plan presents a Low risk of QA failure. This is primarily due to moderate modulation (SAS 0.62). Summary: Max Dose 77.5Gy, MU 3230.0. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.314, Leaf Travel: 1.87mm, Total MU: 640.2. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 65.4Gy, MU 640.2. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.606, Leaf Travel: 0.22mm, Total MU: 1857.3. | The plan presents a Low risk of QA failure. This is primarily due to moderate modulation (SAS 0.61). Summary: Max Dose 76.1Gy, MU 1857.3. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.528, Leaf Travel: 0.50mm, Total MU: 2587.4. | The plan presents a Low risk of QA failure. This is primarily due to moderate modulation (SAS 0.53). Summary: Max Dose 75.4Gy, MU 2587.4. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.275, Leaf Travel: 2.17mm, Total MU: 733.8. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 76.1Gy, MU 733.8. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.632, Leaf Travel: 0.40mm, Total MU: 3329.0. | The plan presents a Low risk of QA failure. This is primarily due to moderate modulation (SAS 0.63). Summary: Max Dose 77.7Gy, MU 3329.0. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.354, Leaf Travel: 1.78mm, Total MU: 712.8. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 74.8Gy, MU 712.8. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.541, Leaf Travel: 0.73mm, Total MU: 3419.0. | The plan presents a Low risk of QA failure. This is primarily due to moderate modulation (SAS 0.54). Summary: Max Dose 89.0Gy, MU 3419.0. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.542, Leaf Travel: 0.49mm, Total MU: 2366.7. | The plan presents a Low risk of QA failure. This is primarily due to moderate modulation (SAS 0.54). Summary: Max Dose 76.9Gy, MU 2366.7. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.379, Leaf Travel: 2.49mm, Total MU: 729.1. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 75.4Gy, MU 729.1. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.310, Leaf Travel: 2.19mm, Total MU: 701.2. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 71.8Gy, MU 701.2. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.338, Leaf Travel: 0.08mm, Total MU: 1079.0. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 65.9Gy, MU 1079.0. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.673, Leaf Travel: 0.46mm, Total MU: 3524.1. | The plan presents a Low risk of QA failure. This is primarily due to moderate modulation (SAS 0.67). Summary: Max Dose 87.8Gy, MU 3524.1. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.107, Leaf Travel: 1.84mm, Total MU: 492.8. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 64.4Gy, MU 492.8. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.690, Leaf Travel: 0.45mm, Total MU: 3762.0. | The plan presents a Low risk of QA failure. This is primarily due to moderate modulation (SAS 0.69). Summary: Max Dose 74.6Gy, MU 3762.0. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.587, Leaf Travel: 0.23mm, Total MU: 1784.0. | The plan presents a Low risk of QA failure. This is primarily due to moderate modulation (SAS 0.59). Summary: Max Dose 69.4Gy, MU 1784.0. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.304, Leaf Travel: 2.84mm, Total MU: 1009.1. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 74.3Gy, MU 1009.1. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.233, Leaf Travel: 1.53mm, Total MU: 532.2. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 71.7Gy, MU 532.2. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.496, Leaf Travel: 0.39mm, Total MU: 2296.0. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 75.9Gy, MU 2296.0. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.230, Leaf Travel: 0.37mm, Total MU: 489.3. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 63.9Gy, MU 489.3. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.574, Leaf Travel: 0.37mm, Total MU: 3216.0. | The plan presents a Low risk of QA failure. This is primarily due to moderate modulation (SAS 0.57). Summary: Max Dose 76.8Gy, MU 3216.0. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.675, Leaf Travel: 0.30mm, Total MU: 2458.0. | The plan presents a Low risk of QA failure. This is primarily due to moderate modulation (SAS 0.68). Summary: Max Dose 75.5Gy, MU 2458.0. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.421, Leaf Travel: 2.76mm, Total MU: 905.3. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 74.4Gy, MU 905.3. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.570, Leaf Travel: 0.31mm, Total MU: 2195.0. | The plan presents a Low risk of QA failure. This is primarily due to moderate modulation (SAS 0.57). Summary: Max Dose 76.5Gy, MU 2195.0. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.375, Leaf Travel: 2.63mm, Total MU: 973.3. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 77.8Gy, MU 973.3. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.452, Leaf Travel: 0.38mm, Total MU: 1619.0. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 62.8Gy, MU 1619.0. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.650, Leaf Travel: 0.45mm, Total MU: 3196.0. | The plan presents a Low risk of QA failure. This is primarily due to moderate modulation (SAS 0.65). Summary: Max Dose 74.9Gy, MU 3196.0. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.113, Leaf Travel: 1.31mm, Total MU: 524.9. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 65.0Gy, MU 524.9. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.187, Leaf Travel: 0.63mm, Total MU: 552.5. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 64.5Gy, MU 552.5. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.210, Leaf Travel: 1.66mm, Total MU: 525.1. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 75.5Gy, MU 525.1. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.512, Leaf Travel: 0.18mm, Total MU: 1288.1. | The plan presents a Low risk of QA failure. This is primarily due to moderate modulation (SAS 0.51). Summary: Max Dose 69.9Gy, MU 1288.1. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.451, Leaf Travel: 0.08mm, Total MU: 884.0. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 68.1Gy, MU 884.0. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.315, Leaf Travel: 2.47mm, Total MU: 742.4. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 74.9Gy, MU 742.4. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.441, Leaf Travel: 0.29mm, Total MU: 1835.0. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 64.8Gy, MU 1835.0. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.480, Leaf Travel: 0.28mm, Total MU: 1597.0. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 70.0Gy, MU 1597.0. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.323, Leaf Travel: 2.37mm, Total MU: 767.1. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 75.0Gy, MU 767.1. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.146, Leaf Travel: 0.79mm, Total MU: 594.9. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 63.8Gy, MU 594.9. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.715, Leaf Travel: 0.26mm, Total MU: 2121.0. | The plan presents a Moderate risk of QA failure. This is primarily due to high modulation (SAS 0.71). Summary: Max Dose 76.3Gy, MU 2121.0. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.184, Leaf Travel: 2.28mm, Total MU: 579.8. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 76.1Gy, MU 579.8. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.557, Leaf Travel: 0.44mm, Total MU: 2337.0. | The plan presents a Low risk of QA failure. This is primarily due to moderate modulation (SAS 0.56). Summary: Max Dose 74.8Gy, MU 2337.0. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.267, Leaf Travel: 2.70mm, Total MU: 771.6. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 74.9Gy, MU 771.6. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.249, Leaf Travel: 1.87mm, Total MU: 610.2. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 75.5Gy, MU 610.2. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.184, Leaf Travel: 2.56mm, Total MU: 649.3. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 76.4Gy, MU 649.3. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.497, Leaf Travel: 0.32mm, Total MU: 1946.0. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 75.0Gy, MU 1946.0. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.134, Leaf Travel: 1.03mm, Total MU: 473.4. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 64.2Gy, MU 473.4. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.365, Leaf Travel: 2.42mm, Total MU: 711.3. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 61.0Gy, MU 711.3. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.576, Leaf Travel: 0.40mm, Total MU: 3033.0. | The plan presents a Low risk of QA failure. This is primarily due to moderate modulation (SAS 0.58). Summary: Max Dose 75.4Gy, MU 3033.0. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.186, Leaf Travel: 2.84mm, Total MU: 676.8. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 64.4Gy, MU 676.8. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.520, Leaf Travel: 0.59mm, Total MU: 2807.0. | The plan presents a Low risk of QA failure. This is primarily due to moderate modulation (SAS 0.52). Summary: Max Dose 75.7Gy, MU 2807.0. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.195, Leaf Travel: 1.97mm, Total MU: 590.8. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 77.2Gy, MU 590.8. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.353, Leaf Travel: 2.56mm, Total MU: 816.7. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 74.5Gy, MU 816.7. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.535, Leaf Travel: 0.43mm, Total MU: 2469.5. | The plan presents a Low risk of QA failure. This is primarily due to moderate modulation (SAS 0.53). Summary: Max Dose 75.7Gy, MU 2469.5. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.497, Leaf Travel: 0.53mm, Total MU: 2698.0. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 75.2Gy, MU 2698.0. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.497, Leaf Travel: 0.47mm, Total MU: 2563.3. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 77.6Gy, MU 2563.3. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.148, Leaf Travel: 1.08mm, Total MU: 485.8. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 64.4Gy, MU 485.8. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.593, Leaf Travel: 0.65mm, Total MU: 2983.0. | The plan presents a Low risk of QA failure. This is primarily due to moderate modulation (SAS 0.59). Summary: Max Dose 81.9Gy, MU 2983.0. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.567, Leaf Travel: 0.45mm, Total MU: 2544.0. | The plan presents a Low risk of QA failure. This is primarily due to moderate modulation (SAS 0.57). Summary: Max Dose 74.5Gy, MU 2544.0. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.119, Leaf Travel: 1.43mm, Total MU: 476.2. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 63.5Gy, MU 476.2. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.491, Leaf Travel: 0.49mm, Total MU: 2564.0. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 75.4Gy, MU 2564.0. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.456, Leaf Travel: 0.25mm, Total MU: 1445.0. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 69.9Gy, MU 1445.0. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.561, Leaf Travel: 0.63mm, Total MU: 3133.0. | The plan presents a Low risk of QA failure. This is primarily due to moderate modulation (SAS 0.56). Summary: Max Dose 82.2Gy, MU 3133.0. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.088, Leaf Travel: 1.75mm, Total MU: 434.5. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 64.3Gy, MU 434.5. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.645, Leaf Travel: 0.35mm, Total MU: 3222.0. | The plan presents a Low risk of QA failure. This is primarily due to moderate modulation (SAS 0.64). Summary: Max Dose 75.9Gy, MU 3222.0. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.465, Leaf Travel: 0.34mm, Total MU: 1854.7. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 70.6Gy, MU 1854.7. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.581, Leaf Travel: 0.35mm, Total MU: 2813.0. | The plan presents a Low risk of QA failure. This is primarily due to moderate modulation (SAS 0.58). Summary: Max Dose 75.0Gy, MU 2813.0. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.260, Leaf Travel: 1.81mm, Total MU: 553.7. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 70.5Gy, MU 553.7. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.534, Leaf Travel: 0.56mm, Total MU: 2422.0. | The plan presents a Low risk of QA failure. This is primarily due to moderate modulation (SAS 0.53). Summary: Max Dose 77.3Gy, MU 2422.0. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.085, Leaf Travel: 1.98mm, Total MU: 436.3. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 64.5Gy, MU 436.3. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.627, Leaf Travel: 0.30mm, Total MU: 2563.0. | The plan presents a Low risk of QA failure. This is primarily due to moderate modulation (SAS 0.63). Summary: Max Dose 77.2Gy, MU 2563.0. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.586, Leaf Travel: 0.39mm, Total MU: 3340.0. | The plan presents a Low risk of QA failure. This is primarily due to moderate modulation (SAS 0.59). Summary: Max Dose 75.3Gy, MU 3340.0. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.339, Leaf Travel: 2.53mm, Total MU: 820.6. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 76.4Gy, MU 820.6. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.335, Leaf Travel: 0.26mm, Total MU: 1251.0. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 64.6Gy, MU 1251.0. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.122, Leaf Travel: 1.08mm, Total MU: 503.8. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 64.3Gy, MU 503.8. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.444, Leaf Travel: 1.46mm, Total MU: 535.0. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 64.4Gy, MU 535.0. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.585, Leaf Travel: 0.45mm, Total MU: 2741.0. | The plan presents a Low risk of QA failure. This is primarily due to moderate modulation (SAS 0.58). Summary: Max Dose 76.8Gy, MU 2741.0. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.584, Leaf Travel: 0.44mm, Total MU: 2355.0. | The plan presents a Low risk of QA failure. This is primarily due to moderate modulation (SAS 0.58). Summary: Max Dose 77.5Gy, MU 2355.0. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.557, Leaf Travel: 0.46mm, Total MU: 2431.0. | The plan presents a Low risk of QA failure. This is primarily due to moderate modulation (SAS 0.56). Summary: Max Dose 65.1Gy, MU 2431.0. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.291, Leaf Travel: 1.65mm, Total MU: 596.1. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 76.5Gy, MU 596.1. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.538, Leaf Travel: 0.50mm, Total MU: 2709.0. | The plan presents a Low risk of QA failure. This is primarily due to moderate modulation (SAS 0.54). Summary: Max Dose 77.0Gy, MU 2709.0. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.543, Leaf Travel: 0.60mm, Total MU: 3615.0. | The plan presents a Low risk of QA failure. This is primarily due to moderate modulation (SAS 0.54). Summary: Max Dose 74.9Gy, MU 3615.0. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.631, Leaf Travel: 0.39mm, Total MU: 2892.0. | The plan presents a Low risk of QA failure. This is primarily due to moderate modulation (SAS 0.63). Summary: Max Dose 65.2Gy, MU 2892.0. |
Evaluate the following radiotherapy plan parameters and provide a risk assessment for QA failure. | SAS Ratio: 0.484, Leaf Travel: 0.49mm, Total MU: 2698.0. | The plan presents a Low risk of QA failure. This is primarily due to stable mechanical parameters. Summary: Max Dose 75.2Gy, MU 2698.0. |
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