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syngo.via Segmentation (VA30)

syngo.via Segmentation (VA30)

syngo.via Segmentation (VA30) 1. Functions of Segmentation  Create the volumetric evaluation  Lesion comparison after treatment 2. Segmentation steps: a. Open the patient using “assign workflow” or “view as read-only with “ to the MR General engine or MR Onco workflow  Note: If there are several series in the patient’s study, you can just select the series which you want to do the segmentation on. Load the series to the analysis workflow. The 3D images are better than 2D images in the segmentation processing. b. Transfer the images to MPR mode > invoke segmentation function  Note: It is recommended to use 3D MPR mode layout to do the segmentation, because the precondition of the segmentation is the image must be in MPR mode. There are two methods to do segmentation: Brush and Bounding box. MR Basic HA Distance Line HA MR_Onco_Brain_V_02 ROI Freehand MR_Onco_Brain_V_02 MR Bremen Mitte HO7 Verio Click the layout gallery to change to layout "1/1/1900, F. 109Y ixel Lens MR B17 CURRENT HFS Marker 11_mpr_ns_sag_p2_post latest latest Basic .. > Current.3D_sag .. > Current.3D_cor Arrow MTDF20_Lisa 4/27/2009 4/27/2009 6:23:51 PM Angle 6:23:51 PM 22 IMA ~118 22 IMA n.a. FRMn.a. ALF VOI Freehand RA Stack 2×2 Stack 3x3 Stack 4x4 Stripe 2x2 1 cm VOI Freehand A TI 900.0 VOI Sphere TI 900.0 TR 1900.0 MR Segmentation TR 1900.0 TE 2.5 SP P29.1 Stripe 3x3 Stripe 4x4 TE 2.5 MPR VRT SL 0.5 MPR THICK: .. ND/NORMEM SPC 0.5 Click to invoke the MR segmentation A1/R Cor>Sag(3)>TraO W 1154 1113d1_ns /9 Glioblastoma, p 5 60 C 5 60 Compare 4D 1x1 MPR 30 3 2x2 Compare MPR ALF MR_Onco_Brain_V_02 MR Bremen Mitte Manual steps: >> Adva Select the MPR 3D layout MR B17 1. Click the layout gallery to Findings Navigator 11_mpr_ns_sag_p2_post select the MPR 3D layout. Name Value Source L latest Current.3D_tra 2. Drag and drop the series which 4/27/2009 6:23:51 PM is used for analysis from the 22 IMA n.a. FRM n.a RA series navigator. 3. Invoke the MR segmentation in IF the upper right corner. cop - L TI 900.0 TR 1900.0 SP H35.8 TR 1900.0 TE 2.5 SL 0.5 TE 2.5 MPR THICK: __ND/NORMFM SPC 0.5 MIP : p2 MINDINORMIFM SP L6.1 A1AR Tra>Coro>Sago A1AR agCor(-3) W 113di_ns / 9 1154 5 60 #13d1_ns / 9 ssa 2:26 PM Glioblastoma, post surgery KM I.V. Glioblastoma, post surgery SIEMENS www.usa.siemens.com/healthcare 784 Effective Date: 09/06/2016 Page 1 of 5 c. Invoke the segmentation function Invoke the segmentation function Brush Set the brush size Size Smoothness Brush tool Bounding box+ Segmentation task card  Brush Tool – Manual Steps o Invoke the Brush tool to do the segmentation o Define the area to be segmented use  Left mouse click (Green) – Brush the area to be segmented This will include the area inside  Right mouse click (Red) – Brush the area where the segmentation should stop. This will exclude the area Start the processing o Start the processing o Note: This should be done in all three orientations for accurate segmentation SIEMENS www.usa.siemens.com/healthcare Page 2 of 5 MR Basic - MR Basic Reading Follow-Up Left mouse click to tumor Assessment draw the area- include "Now Step" for segmentation TR MAR THICK: NO MAR THICK: JHOAN After define the area, click to start the processing Findings Navigator La CuminL Right mouse click to draw the area - exclude the FI segmentation SPHISA ELOS 234 PM Display the result SIEMENS www.usa.siemens.com/healthcare Page 3 of 5  Bounding Box – Manual Steps o Invoke the Bounding Box to do the segmentation o Draw a square on the lesion, the square must cover the lesion and the circle must be inside the lesion o Scroll through the image to define the edge and transfer the minus to plus by one click at the edge of the lesion o Start processing MR Basic HA HA MR_Onco_Brain_V_02 MR Bremen Mite MR_Onco_Brain_V_02 MR Bremen Mitte MR Basic Reading 151/1900. F. 109Y ven MR B17 "1/1/1 900. F. 109Y Verio MRBIT Follow-Up CURRENT HFS ti_mpr_ns_sag_p2_post 11_mpr_ns_sap_p/post Basic latest latest -> Current.30_sag .. > Current. 3D_cor tumor Assessment 4/27/2009 4/27/2009 6:23:51 PM .6:23.51.PM 22 IMA ~129 22 IMA n.a. FRM0 2 AUF RA 1crm TI 900.0 TR 1900.0 TE 25 The bounding box must cover SP P29.1 SL 0.5 MPR THICK: .. NONO the lesion and the circle inside NDIN SPC 0.5 ALAR the lesion. ** Figure A Cor>Sap(3)>Trao 1154 1301_ns/ 5 60 ALF HA MR_Once_Brain_V_02 MR Bremen Mitle MR_Onco_Brain_V_02 MR Bremen Mitte Verio HOT #151/1900. F. 109Y Verio MR B17 "1/1/1 900, F. 109Y MR B17 CURRENT HES Findings Navigator ti_mpr_ns_sag_p2_p 11_mpr_ns_sap.BR Be Name Source latest -> Current.30_tra Current 3D 4/27/2009 4/27/2009 6:23:51 PM 6:23:51 PM 22 IMA.n.a. FRMna RA ALF IF O T1 900.0 TI 900.0 TR 1900.0 SP H31.6 TR 1909-0 TE 25 SL 0.5 TE 2.5 MPR THICK: .. NOINGEMEM SPC 0.3 MIP : p2 MRDNEEMEM SP L6.1 ALAR Tra>Cor(-Sapo ATAR Sag>Cor(-3) 1154 $301_ns /9 1164 2:33 PM Glicelastoma, post surgery 5 60 M3d1_ns/9 559 KM I.Y. HA HA MR_Onco_Brain_V_02 MR Bremen Mitte MR_Onco_Brain_V_02 MR Bremen Mite H07 HOT "1MM1 900. F. 109Y Verio "151/1900. F. 109Y Verio MR B17 MR B17 CURRENT HFS HFS 11_mp_ns_sap_p?_post ti_mpr_no_sag pe post latest latest Current 30/5ag Current 3D_sag 4/27/2009 4/27/2009 8:23:51 PM 6.23.51 PM 22 IMA -106 22 IMA -141 ALF ALF 1cm T1 900.0 TI 900 TR 190 TR 190 TE 2.5 Stop calculation at the edge TE 2.5 Stop calculation at the edge MPR T MPR TI ATAR Sag>Co ALAR 1301 ns/ Size Size Smoothness Smoothness **Figure A - The images shown in this case are from Bremen SIEMENS www.usa.siemens.com/healthcare Page 4 of 5 d. Adjust the volumetric by selecting the edit icon Brush Size 0 Adjust the size of the bounding Smoothness O Brush 3D volume (Right mouse exclude, left mouse include) Brush 2D slice ................................. Brush Size Smoothness 0 Adjust the edge's smoothness > Cut 3D Volume Cut 2D Slice Nudge 2D Slice Correction pen 2D Slice Manual edit the bounding of volumetric SIEMENS www.usa.siemens.com/healthcare Page 5 of 5