diff --git a/src/lang/en.js b/src/lang/en.js index d361782..af75a6d 100644 --- a/src/lang/en.js +++ b/src/lang/en.js @@ -44,7 +44,86 @@ const en = { msg21: 'Quality Control: All QC specialists possess clinical or medical imaging background.', msg22: 'IT & Platform Development: Extensive healthcare IT experience in medical informatics & clinical trial systems.' }, - + processingService: { + tab1: '3-D Post-Processing Service', + tab2: 'Services', + tab3: 'Workflow', + tab4: 'Cases', + tab5: '3D Reconstructions', + tab6: 'Image-Based Surgical Planning', + title1: '3-D Post-Processing Service', + title2: 'Benefits to Clients', + title3: 'Regulatory Compliance', + title4: "Cardiovascular", + title5: "Neurological", + title6: "Thoracic", + title7: "Abdominal", + title8: "Musculoskeletal", + title9: "Liver Mass", + title10: "Femoral Shaft Fracture", + title11: "Transcatheter Aortic Valve Implantation (TAVI)", + title12: "Kidney Mass", + title13: "Pancreatic Tumor", + title14: "Abdominal Aortic Aneurysm (AAA)", + msg1: `Advanced 3-D post-processing of CT and MRI images has become indispensable to clinical practice. + However, + hospitals face enormous challenges to implement high-quality, cost-effective 3-D post-processing + solutions + which can meet the ever-growing clinical demand. Everest Digital Medicine is an independent + post-processing center with specially trained radiologists and technologists, state-of-the-art + workstations, and validated clinical 3D protocols. We work with our clients to integrate advanced + medical + imaging technologies into their patient care.`, + msg2: `Low cost, scalable turn-key 3-D solution`, + msg3: `24/7 availability & short turn-around time`, + msg4: `Specialized workforce & high post-processing quality`, + msg5: `Client's technologists can focus on CT/MRI scans`, + msg6: `Expand into sub-specialty reading services`, + msg7: `Data transmission on our HIPPA-compliant network is encrypted with sophisticated algorithms. Image data + is anonymized prior to transmission from the hospital, then stored at our data center with 24/7 security + and back-up. Our radiologists process the images without knowledge of patients' identities.`, + msg8: `Everest Digital Medicine offers a wide range of 3-D post-processing services for CT and MRI studies. + These services encompass reconstructions, quantitative analysis, and image-based surgical planning.`, + msg9: `Our radiologists and imaging specialists work with clients to design customized protocols based on their + clinical requirements.`, + msg10: `The following two tables are a list of protocols of 3D reconstruction, and image-based surgical planning.`, + msg11: `Image data is anonymized and sent to our 3D lab via HIPPA compliant VPN network.`, + msg12: `Our radiologists process 2D images on FDA-cleared 3D workstations.`, + msg13: `Resulting 3D images are sent back to clients' PACS for physician reading`, + msg14: `Please click to enlarge!`, + table_Reconstructions: { + th1: "Body Systems", + th2: "3D Post-Processing Protocols", + td1: "Cardiovascular", + td2: `Cardiac CTA, aorta CTA, coronary artery analysis,pulmonary CTA, CT venogram, coronary score, ejection fraction, & measurements for stenting`, + td3: `Neurological`, + td4: `Head CTA, head CT venogram, & neck CTA`, + td5: `Thoracic`, + td6: `Chest/trachea VR, pulmometry, & tumor pre-surgical`, + td7: `Abdominal`, + td8: `Liver CTA, pancreatic CTA, mesenteric CTA, renal CTA, pelvic CTA, abdominal VR, & virtual endoscopy`, + td9: `Musculoskeletal`, + td10: `Bone CT/CTA, VR & joint view for facial fracture, collum femoris fracture, + thoracic fracture, shoulder fracture, pelvic fracture, limb fracture, bone implant VR, & + TT-GT measurement`, + }, + table_ImageBased: { + th1: "Subspecialties", + th2: "Protocols", + td1: "Cardiovascular", + td2: `Coronary disease intervention, aortic and dissecting aneurysms interventional, TAVI, & left atrial appendage closure(LAAC)`, + td3: `Head and Neck`, + td4: `Intracranial angioma, & carotid artery stenosis disease interventional therapy`, + td5: `Thoracic`, + td6: `Lung nodule follow-up, lung and mediastinum tumors pre-surgical, & emphysema treatment`, + td7: `Abdominal`, + td8: `Hepatic tumor, gastric tumor, pancreatic tumor, renal tumor, adrenal tumor, renal transplant, & renal calculus pre-surgical`, + td9: `Oskeletal`, + td10: `Fractures VR & measurement`, + td11: `Pediatric surgical`, + td12: `Congenital abnormalities of the urinary system, digestive tract and skeletal bone,& congenital heart disease`, + }, + }, about: { menuName: 'About' }, diff --git a/src/lang/zh.js b/src/lang/zh.js index 7e1dc72..f60ac68 100644 --- a/src/lang/zh.js +++ b/src/lang/zh.js @@ -44,6 +44,12 @@ const zh = { msg21: '质控人员都具有临床或影像医学背景', msg22: 'IT平台研发管理人员有多年的医疗信息化产业经验' }, + processingService: { + tab1: '三维影像后处理服务', + tab2: '服务项目', + tab3: '服务流程', + tab4: '方案展示', + }, about: { menuName: '关于我们' }, diff --git a/src/static/images/belly1.jpg b/src/static/images/belly1.jpg new file mode 100644 index 0000000..04e7fbb Binary files /dev/null and b/src/static/images/belly1.jpg 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a/src/static/styles/sidebar.scss +++ b/src/static/styles/sidebar.scss @@ -1,3 +1,5 @@ +@import './variables.scss'; + #app { .main-container { @@ -206,4 +208,4 @@ border-radius: 20px; } } -} +} \ No newline at end of file diff --git a/src/views/front/services/3D-post-processing-services/Image-Based-Surgical-Planning/index.vue b/src/views/front/services/3D-post-processing-services/Image-Based-Surgical-Planning/index.vue index 1d2978f..42c9356 100644 --- a/src/views/front/services/3D-post-processing-services/Image-Based-Surgical-Planning/index.vue +++ b/src/views/front/services/3D-post-processing-services/Image-Based-Surgical-Planning/index.vue @@ -19,7 +19,7 @@

Liver Mass

-

Please click each thumbnail to see the complete image series.

@@ -29,12 +29,12 @@ - + @@ -64,6 +64,15 @@ export default { }, getSrc(src) { return require(`../../../../../${src}`) + }, + openShowImage(item, index) { + this.images = [] + this.rowData = Object.assign({}, item) + let { key, viewLength } = item + for (let i = 1; i <= viewLength; i++) { + this.images.push(require(`../../../../../static/images/mass/${key}/${index + 1}/${i}.jpg`)) + } + this.visible = true } }, mounted() { @@ -81,12 +90,418 @@ export default { rowData: {}, list: [], obj: { - LM: [ + LM: [{ + id: 'LM1', + series: 'Abd Aorta MIP', + clinical: 'Showing origins, courses & shapes of abdominal aorta and its major branches.', + img: 'static/images/livermass1a.jpg', + key: 'liver', + viewLength: 21 + }, + { + id: 'LM2', + series: 'Abd Aorta VR', + clinical: 'External view of origins, courses & shapes of abdominal aorta and its major branches.', + img: 'static/images/livermass1b.jpg', + key: 'liver', + viewLength: 21 + }, + { + id: 'LM3', + series: 'ALiver Mass & Abd Aorta VR', + clinical: 'VR images of liver mass, abdominal aorta and its major branches, showing the relationship between the mass and neighboring vessels.', + img: 'static/images/livermass1c.jpg', + key: 'liver', + viewLength: 21 + }, + { + id: 'LM4', + series: 'Liver Mass & Abd Aorta Bone VR', + clinical: 'VR images of stained liver mass, abdominal aorta and its major braches are overlapped with the abdominal image: showing the relationship among the mass, abdominal aorta, its major branches, neighboring bones and organs.', + img: 'static/images/livermass1d.jpg', + key: 'liver', + viewLength: 21 + }, + { + id: 'LM5', + series: 'Abd Aorta & Major Branches MIP', + clinical: `Oblique MIP of abdominal aorta and its major branches
+ Common Hepatic Artery
+ Superior Mesenteric Artery
+ Lt Renal Artery
+ Rt Renal Artery`, + img: 'static/images/livermass1e.jpg', + key: 'liver', + viewLength: 4 + }, + { + id: 'LM6', + series: 'Mass Measurements', + clinical: `Mass measurements on multiple planes:
+ Axial Dmax = 102.9 mm
+ Coronal Dmax = 100.2 mm
+ Sagittal Dmax = 80.8 mm
+ Volume：267.467 cm³`, + img: 'static/images/livermass1f.jpg', + key: 'liver', + viewLength: 4 + }, + { + id: 'LM7', + series: 'Mass to neighboring arteries distances', + clinical: `Distances to neighboring abdominal vessels
+ To Right Hepatic Artery: 9.5 mm
+ To Common Hepatic Artery: 58.7 mm
+ To Celiac Artery: 45.4 mm
+ To Right Renal Artery: 26.8 mm
+ To Cystic Artery: 85.6 mm
+ To Splenic Artery: 72.2 mm
+ To SMA: 58.6 mm`, + img: 'static/images/livermass1g.jpg', + key: 'liver', + viewLength: 7 + }, + { + id: 'LM8', + series: 'Mass to neighboring bones/organs distances', + clinical: `Distances to neighboring bones & organs
+ To Right Kidney: 1.0 mm
+ To Ribs：0 mm
+ To Lumbar Vertebrae：1.5 mm
+ To Skin：89.9 mm
+ To Lesser Curvature of Stomach：58.9 mm`, + img: 'static/images/livermass1h.jpg', + key: 'liver', + viewLength: 5 + }], + FSF: [{ + id: 'FSF1', + series: 'VR with overlying hip joint', + clinical: `Compare fractured femur with the contralateral, showing fracture displacement and bone fragment avulsion.`, + img: 'static/images/bone1.jpg', + key: 'bone', + viewLength: 21 + }, + { + id: 'FSF2', + series: 'VR without overlying hip joint', + clinical: `Showing fracture site, fracture displacement and bone fragment avulsion.`, + img: 'static/images/bone2.jpg', + key: 'bone', + viewLength: 21 + }, + { + id: 'FSF3', + series: 'Bone MIP', + clinical: `Showing displaced fracture and complete fracture.`, + img: 'static/images/bone3.jpg', + key: 'bone', + viewLength: 21 + }, + { + id: 'FSF4', + series: 'Bone MPR', + clinical: `Showing fracture line and fracture site, showing the relationship between fracture & its neighboring structures.`, + img: 'static/images/bone4.jpg', + key: 'bone', + viewLength: 30 + }, + { + id: 'FSF5', + series: 'Measurements', + clinical: `Measure fracture length, assess method of fracture reduction, help to decide the right size of the internal plate, and the location , angle and distance of screw placement.`, + img: 'static/images/bone5.jpg', + key: 'bone', + viewLength: 6 + }], + TAVI: [{ + id: 'TAVI1', + series: 'Aorta Root Measurements', + clinical: `Showing number of aortic valve leaflets, extent of calcification of leaflets, distances from aortic annular + plane to the lower point of the left and right coronary ostium
+ 1. Diameters of LVOT: Dmax = 34.3 mm Dmin = 19.8 mm
+ 2. Diameter of coronary sinus: Dmax = 40.9 mm
+ 3. Diameter of sinotubular junction: Dmax = 30.0 mm
+ 4. Distance from right ostium to annulus: 18.3 mm
+     Distance from left ostium to annulus: 17.6 mm`, + img: 'static/images/tavi1.jpg', + key: 'tavi', + viewLength: 4 + }, + { + id: 'TAVI2', + series: 'Annulus Dimensions', + clinical: `Measure diameters, area of annulus, showing its shape
+ 1. Diameters: Dmax = 30.2 mm
+    Dmin = 23.1 mm
+ 2. Area S= 519.7 mm²`, + img: 'static/images/tavi2.jpg', + key: 'tavi', + viewLength: 2 + }, + { + id: 'TAVI3', + series: 'Annulus-Aorta Distance', + clinical: `Measure distance from brachiocephalic trunk to annulus
D= 97.0 mm`, + img: 'static/images/tavi3.jpg', + key: 'tavi', + viewLength: 1 + }, + { + id: 'TAVI4', + series: 'Aorta-Femoral VR', + clinical: `Showing the origins, courses and shapes of aorta & its major branches`, + img: 'static/images/tavi4.jpg', + key: 'tavi', + viewLength: 12 + }, + { + id: 'TAVI5', + series: 'Lt-Iliac Measurement & CR', + clinical: `Showing the diameters of left iliac & femoral arteries, and evaluate their tortuosity & + calcification:
+ 1. L Common Iliac Artery: Dmax = 11.7 mm Dmin = 11.2 mm
+ 2. L Iliac Bif: Dmax = 9.3 mm Dmin = 6.2 mm
+ 3. Aorta to Lt-Iliac CR`, + img: 'static/images/tavi5.jpg', + key: 'tavi', + viewLength: 32 + }, + { + id: 'TAVI6', + series: 'Rt-Iliac Measurement & CR', + clinical: `Showing the diameters of right iliac & femoral arteries, and evaluate their tortuosity & + calcification:
+ 1. R Common Iliac Artery: Dmax = 11.6 mm Dmin = 11.0 mm
+ 2. R Iliac Bif: Dmax = 9.2 mm Dmin = 9.0 mm
+ 3. Aorta to Rt-Iliac CR`, + img: 'static/images/tavi6.jpg', + key: 'tavi', + viewLength: 32 + }], + KM: [{ + id: 'KM1', + series: 'Renal artery MIP', + clinical: `Showing courses and distributions of renal artery & tumor arteries, & their relationship with the mass.`, + img: 'static/images/kidney1.jpg', + key: 'kidney', + viewLength: 2 + }, + { + id: 'KM2', + series: 'Urinary MIP', + clinical: `Showing the collecting duct system & its relationship with the mass.`, + img: 'static/images/kidney2.jpg', + key: 'kidney', + viewLength: 2 + }, + { + id: 'KM3', + series: 'Kidney mass & Abd aorta VR', + clinical: `External view of the aorta and its major branches, showing the relationship between renal artery and the mass.`, + img: 'static/images/kidney3.jpg', + key: 'kidney', + viewLength: 21 + }, + { + id: 'KM4', + series: 'KUB VR', + clinical: `External view of renal calices, renal pelvis, ureter & bladder, showing the collecting duct system & its relationship with the mass.`, + img: 'static/images/kidney4.jpg', + key: 'kidney', + viewLength: 21 + }, + { + id: 'KM5', + series: 'Kidney mass & IVC VR', + clinical: `External view of inferior vena cava & renal vein, showing the relationship between rental vein, its branches and the kidney mass.`, + img: 'static/images/kidney5.jpg', + key: 'kidney', + viewLength: 21 + }, + { + id: 'KM6', + series: 'KUB, Aorta , IVC & Bone VR', + clinical: `External view of aorta & its branches, vena cava & its branches, and urinary tract, and with transparent bones, showing their relationship with the kidney mass.`, + img: 'static/images/kidney6.jpg', + key: 'kidney', + viewLength: 21 + }, + { + id: 'KM7', + series: 'Measurements VR, MIP, MPR', + clinical: `1. Maximum diameter & vertical diameter of the kidney mass (mm)
+ 2. Volume of the mass (mm³)
+ 3. Shortest distance from the mass to the branch of renal artery (mm)
+ 4. Shortest distance from the mass to the branch of renal vein (mm)
+ 5. Shortest distance from the mass to the renal pelvis`, + img: 'static/images/kidney7.jpg', + key: 'kidney', + viewLength: 7 + }, + ], + PT: [ { - id: 'LM1', - series: 'Abd Aorta MIP', - clinical: 'Showing origins, courses & shapes of abdominal aorta and its major branches.', - img: 'static/images/livermass1a.jpg' + "id": "PT1", + "series": "Pancreatic Axial", + "clinical": "Axial view of the pancreas", + "img": "static/images/pancreas1.jpg", + "key": "pancreas", + "viewLength": 16 + }, + { + "id": "PT2", + "series": "Pancreatic Coronal", + "clinical": "Coronal view of the pancreas", + "img": "static/images/pancreas2.jpg", + "key": "pancreas", + "viewLength": 6 + }, + { + "id": "PT3", + "series": "Abd Aorta MIP", + "clinical": "Showing origins, courses, & shapes of abdominal aorta and its major branches.", + "img": "static/images/pancreas3.jpg", + "key": "pancreas", + "viewLength": 21 + }, + { + "id": "PT4", + "series": "Abd Aorta VR", + "clinical": "External View of abdominal aorta & its major branches, showing their origins, courses & shapes.", + "img": "static/images/pancreas4.jpg", + "key": "pancreas", + "viewLength": 21 + }, + { + "id": "PT5", + "series": "Pancreatic Mass VR", + "clinical": "Showing stained pancreatic mass and its position inside the pancreas.", + "img": "static/images/pancreas5.jpg", + "key": "pancreas", + "viewLength": 21 + }, + { + "id": "PT6", + "series": "Pancreatic Mass & Abd VR", + "clinical": "Showing the relationship among pancreatic mass, pancreas, abdominal aorta and its major branches.", + "img": "static/images/pancreas6.jpg", + "key": "pancreas", + "viewLength": 21 + }, + { + "id": "PT7", + "series": "Pancreatic Mass & Abd Bone VR", + "clinical": "VR images of stained pancreatic mass, pancreas & abdominal aorta & its major branches are superimposed with images of whole abdomen, showing relationship among the mass, abdominal organs and boney structures.", + "img": "static/images/pancreas7.jpg", + "key": "pancreas", + "viewLength": 21 + }, + { + "id": "PT8", + "series": "Abd Aorta & Major Branches MIP", + "clinical": "Oblique MIP, showing courses of major abdominal branches:
Common Hepatic Artery
Superion Mesenteric Artery
Lt Renal Artery
Rt Renal Artery ", + "img": "static/images/pancreas8.jpg", + "key": "pancreas", + "viewLength": 4 + }, + { + "id": "PT9", + "series": "Measurements", + "clinical": "Mass measurements on multiple planes:
Axial Dmax= 40.7 mm
Coronal Dmax= 37.2 mm
Sagittal Dmax= 35.8 mm
Volume：23.694 cm³", + "img": "static/images/pancreas9.jpg", + "key": "pancreas", + "viewLength": 4 + } + ], + AAA: [ + { + "id": "AAA1", + "series": "Aorta CR", + "clinical": "Internal view of aorta, showing its overall condition & the origins of its branches.", + "img": "static/images/belly1.jpg", + "key": "belly", + "viewLength": 30 + }, + { + "id": "AAA2", + "series": "Aorta MIP", + "clinical": "Displaying the origins, courses & shapes of the aorta & its branches.", + "img": "static/images/belly2.jpg", + "key": "belly", + "viewLength": 21 + }, + { + "id": "AAA3", + "series": "Aorta VR", + "clinical": "External view of aorta, showing its overall condition, and the courses and shapes of its branches.", + "img": "static/images/belly3.jpg", + "key": "belly", + "viewLength": 21 + }, + { + "id": "AAA4", + "series": "Aorta Bone VR", + "clinical": "VR images of aorta with semi-transparent bones & stained aneurysm, showing the relationship among abdominal aorta, its major branches, & bones.", + "img": "static/images/belly4.jpg", + "key": "belly", + "viewLength": 21 + }, + { + "id": "AAA5", + "series": "Aorta Abd VR", + "clinical": "Local view of AAA, showing its overall shape.", + "img": "static/images/belly5.jpg", + "key": "belly", + "viewLength": 21 + }, + { + "id": "AAA6", + "series": "Aneurysm Measurements", + "clinical": "Proximal aortic neck: 59.8 mm
Aortic neck angulations 98˚ 133.3°
Diameters of aneurysm ( @ max area) Dmax =42.2 mm Dmin =38.1 mm
Volume of aneurysm 125.769 cm³ ", + "img": "static/images/belly6.jpg", + "key": "belly", + "viewLength": 5 + }, + { + "id": "AAA7", + "series": "Diameters of Aorta", + "clinical": "Diameters of aorta within pararenal segment (mm):
Inf RA Level: Dmax = 20.2 Dmin = 17.9
Diameters of aorta 5, 10, 15mm below Inf RA (mm):
Dmax = 19.8 Dmin = 17.9
Dmax = 18.8 Dmin = 16.8
Dmax = 19.7 Dmin = 18.1
Diameter of aorta at aortic bifurcation:
Dmax = 44.2 Dmin = 39.3", + "img": "static/images/belly7.jpg", + "key": "belly", + "viewLength": 5 + }, + { + "id": "AAA8", + "series": "Diameter of Iliac & Femoral Arteries", + "clinical": "Diameters of left/right common iliac artery at its bifurcation (mm):
L Iliac Bif: Dmax = 23.2 Dmin = 20.1
L Femoral: Dmax = 11.8 Dmin = 8.7
R Iliac Bif: Dmax = 26.4 Dmin =17.1
R Femoral: Dmax =13.6 Dmin =11.1", + "img": "static/images/belly8.jpg", + "key": "belly", + "viewLength": 4 + }, + { + "id": "AAA9", + "series": "Diameters of Abdominal Branches", + "clinical": "Diameters of major abdominal branches (mm) :
Celiac: Dmax = 9.2 Dmin = 8.6
SMA: Dmax = 11.3 Dmin =10.1
L RA: Dmax = 9.0 Dmin = 8.7
R RA: Dmax = 6.6 Dmin = 6.1", + "img": "static/images/belly9.jpg", + "key": "belly", + "viewLength": 4 + }, + { + "id": "AAA10", + "series": "Distances", + "clinical": "Useful distances (mm):
Inf RA--AAA 61.0, Inf RA—Aorta Bif 157.7, Aorta Bif –L Iliac Bif 21.5 Aorta Bif –R Iliac Bif 40.8.", + "img": "static/images/belly10.jpg", + "key": "belly", + "viewLength": 4 + }, + { + "id": "AAA11", + "series": "Orientation of Branch Vessels", + "clinical": "Showing orientation of branch vessels for fenestrated device:
Celiac 1:00 O'Clock, SMA 12:00, R RA 9:00, L RA 3:30", + "img": "static/images/belly11.jpg", + "key": "belly", + "viewLength": 4 } ] } @@ -255,17 +670,17 @@ li { .solution { width: 926px; margin: 0 auto; - padding-top: 70px; + padding-top: 30px; padding-bottom: 73px; h1 { - font-size: 34px; - line-height: 34px; + font-size: 18px; + line-height: 18px; color: #333333; padding-left: 14px; border-left: 6px solid #1083b6; - height: 34px; - margin-bottom: 40px; + height: 18px; + margin-bottom: 30px; } p { @@ -307,12 +722,13 @@ li { margin-bottom: 30px; s { - font-size: 29px !important; + font-size: 18px !important; display: block; margin-top: -4px; margin-bottom: 11px; - line-height: 29px !important; + line-height: 18px !important; text-decoration: none; + font-weight: normal; } em { @@ -331,7 +747,7 @@ li { .aAs { position: absolute; right: 0; - top: 30px; + top: 24px; font-size: 14px !important; color: #999; width: 900px; @@ -352,10 +768,11 @@ li { .liverList { h3 { - font-size: 28px; + font-size: 18px; text-align: center; - padding-bottom: 40px; - padding-top: 27px; + padding-bottom: 20px; + padding-top: 2px; + font-weight: normal; } } diff --git a/src/views/front/services/3D-post-processing-services/Image-Based-Surgical-Planning/showImage.vue b/src/views/front/services/3D-post-processing-services/Image-Based-Surgical-Planning/showImage.vue index 25d7c81..f3e5e19 100644 --- a/src/views/front/services/3D-post-processing-services/Image-Based-Surgical-Planning/showImage.vue +++ b/src/views/front/services/3D-post-processing-services/Image-Based-Surgical-Planning/showImage.vue @@ -8,8 +8,8 @@
- -

+ +

@@ -74,7 +74,7 @@ export default { } else { this.index = 0 } - }, 1000) + }, 500) }, clearTimer() { if (this.timer) { diff --git a/src/views/front/services/3D-post-processing-services/index.vue b/src/views/front/services/3D-post-processing-services/index.vue index b7c86b0..4096688 100644 --- a/src/views/front/services/3D-post-processing-services/index.vue +++ b/src/views/front/services/3D-post-processing-services/index.vue @@ -2,67 +2,45 @@
- + {{ $t('home.menuName') }} {{ $t('service.menuName') }} {{ $t('service.subMenu2') }} - +
-
3-D Post-Processing Outsourcing Service
+
{{ $t('processingService.title1') }}

- Advanced 3-D post-processing of CT and MRI images has become indispensable to clinical practice. - However, - hospitals face enormous challenges to implement high-quality, cost-effective 3-D post-processing - solutions - which can meet the ever-growing clinical demand. Everest Digital Medicine is an independent - post-processing center with specially trained radiologists and technologists, state-of-the-art - workstations, and validated clinical 3D protocols. We work with our clients to integrate advanced - medical - imaging technologies into their patient care. + {{ $t('processingService.msg1') }}

-
Benefits to Clients
+
{{ $t('processingService.title2') }}
    -
  • Low cost, scalable turn-key 3-D solution
    • -
  • 24/7 availability & short turn-around time
    • -
  • Specialized workforce & high post-processing quality
    • -
  • Client's technologists can focus on CT/MRI scans
    • -
  • Expand into sub-specialty reading services
    • +
  • {{ $t('processingService.msg2') }}
    • +
  • {{ $t('processingService.msg3') }}
    • +
  • {{ $t('processingService.msg4') }}
    • +
  • {{ $t('processingService.msg5') }}
    • +
  • {{ $t('processingService.msg6') }}
-
Regulatory Compliance
+
{{ $t('processingService.title3') }}

- Data transmission on our HIPPA-compliant network is encrypted with sophisticated algorithms. Image data - is anonymized prior to transmission from the hospital, then stored at our data center with 24/7 security - and back-up. Our radiologists process the images without knowledge of patients' identities. + {{ $t('processingService.msg7') }}

-
-
About Us
-

- Everest Digital Medicine provides outsourced radiology 3-D post-processing service for hospitals and - teleradiology companies. Headquartered in Rockville, MD, the company has advanced technical - infrastructure, and a team of senior academic radiologists and technologists proficient in 3-D - post-processing. -

- -
- +
-

Services

-

Everest Digital Medicine offers a wide range of 3-D post-processing services for CT and MRI studies. - These services encompass reconstructions, quantitative analysis, and image-based surgical planning.

-

Our radiologists and imaging specialists work with clients to design customized protocols based on their - clinical requirements.

-

The following two tables are a list of protocols of 3D reconstruction, and image-based surgical planning. -

+

{{ $t('processingService.tab2') }}

+

{{ $t('processingService.msg8') }}

+

{{ $t('processingService.msg9') }}

+

{{ $t('processingService.msg10') }}

@@ -70,10 +48,9 @@
  • - 3D Reconstructions
    • + {{ $t('processingService.tab5') }}
  • - Image-Based Surgical - Planning
    • + {{ $t('processingService.tab6') }}
@@ -81,32 +58,28 @@
Images
{{ item.series }}

- +
- - + + - - + + - - + + - - + + - - + + - - + +
Body Systems3D Post-Processing Protocols{{ $t('processingService.table_Reconstructions.th1') }}{{ $t('processingService.table_Reconstructions.th2') }}
CardiovascularCardiac CTA, aorta CTA, coronary artery analysis,pulmonary CTA, CT venogram, - coronary score, ejection fraction, & measurements for stenting{{ $t('processingService.table_Reconstructions.td1') }}{{ $t('processingService.table_Reconstructions.td2') }}
NeurologicalHead CTA, head CT venogram, & neck CTA{{ $t('processingService.table_Reconstructions.td3') }}{{ $t('processingService.table_Reconstructions.td4') }}
ThoracicChest/trachea VR, pulmometry, & tumor pre-surgical{{ $t('processingService.table_Reconstructions.td5') }}{{ $t('processingService.table_Reconstructions.td6') }}
AbdominalLiver CTA, pancreatic CTA, mesenteric CTA, renal CTA, pelvic CTA, abdominal VR, - & virtual endoscopy{{ $t('processingService.table_Reconstructions.td7') }}{{ $t('processingService.table_Reconstructions.td8') }}
MusculoskeletalBone CT/CTA, VR & joint view for facial fracture, collum femoris fracture, - thoracic fracture, shoulder fracture, pelvic fracture, limb fracture, bone implant VR, & - TT-GT measurement{{ $t('processingService.table_Reconstructions.td9') }}{{ $t('processingService.table_Reconstructions.td10') }}
@@ -115,37 +88,32 @@ - - + + - - + + - - + + - - + + - - + + - - + + - - + +
SubspecialtiesProtocols{{ $t('processingService.table_ImageBased.th1') }}{{ $t('processingService.table_ImageBased.th2') }}
CardiovascularCoronary disease intervention, aortic and dissecting aneurysms interventional, - TAVI, & left atrial appendage closure(LAAC){{ $t('processingService.table_ImageBased.td1') }}{{ $t('processingService.table_ImageBased.td2') }}
Head and NeckIntracranial angioma, & carotid artery stenosis disease interventional therapy - {{ $t('processingService.table_ImageBased.td3') }}{{ $t('processingService.table_ImageBased.td4') }}
ThoracicLung nodule follow-up, lung and mediastinum tumors pre-surgical, & emphysema - treatment{{ $t('processingService.table_ImageBased.td5') }}{{ $t('processingService.table_ImageBased.td6') }}
AbdominalHepatic tumor, gastric tumor, pancreatic tumor, renal tumor, adrenal tumor, renal - transplant, & renal calculus pre-surgical{{ $t('processingService.table_ImageBased.td7') }}{{ $t('processingService.table_ImageBased.td8') }}
OskeletalFractures VR & measurement{{ $t('processingService.table_ImageBased.td9') }}{{ $t('processingService.table_ImageBased.td10') }}
Pediatric surgicalCongenital abnormalities of the urinary system, digestive tract and skeletal bone, - & congenital heart disease{{ $t('processingService.table_ImageBased.td11') }}{{ $t('processingService.table_ImageBased.td12') }}
@@ -153,19 +121,18 @@
- +
-

Workflow

+

{{ $t('processingService.tab3') }}

-

1Image data is anonymized and sent to our 3D lab via HIPPA compliant VPN - network.

-

2Our radiologists process 2D images on FDA-cleared 3D workstations.

-

3Resulting 3D images are sent back to clients' PACS for physician reading +

1{{ $t('processingService.msg11') }}

+

2{{ $t('processingService.msg12') }}

+

3{{ $t('processingService.msg13') }}

@@ -174,27 +141,25 @@
- +
-

Cases

- +

{{ $t('processingService.tab4') }}

  • - 3D Reconstructions
    • + {{ $t('processingService.tab5') }}
  • - Image-Based Surgical - Planning
    • + {{ $t('processingService.tab6') }}

Please click to enlarge!

+ class="fa fa-search-plus"> {{ $t('processingService.msg14') }}

{{ item.name }}

@@ -220,7 +185,6 @@
- 影像评估系统
@@ -241,54 +205,54 @@ export default { ReconstructionsList: [ { id: 1, - name: 'Cardiovascular' + name: this.$t("processingService.title4") }, { id: 2, - name: 'Neurological' + name: this.$t("processingService.title5") }, { id: 3, - name: 'Thoracic' + name: this.$t("processingService.title6") }, { id: 4, - name: 'Abdominal' + name: this.$t("processingService.title7") }, { id: 5, - name: 'Musculoskeletal' + name: this.$t("processingService.title8") }, ], ImageBasedList: [ { id: 1, - name: 'Liver Mass', + name: this.$t("processingService.title9"), key: "LM" }, { id: 2, - name: 'Femoral Shaft Fracture', + name: this.$t("processingService.title10"), key: "FSF" }, { id: 3, - name: 'Transcatheter Aortic Valve Implantation (TAVI)', + name: this.$t("processingService.title11"), key: "TAVI" }, { id: 4, - name: 'Kidney Mass', + name: this.$t("processingService.title12"), key: "KM" }, { id: 5, - name: 'Pancreatic Tumor', + name: this.$t("processingService.title13"), key: "PT" }, { id: 6, - name: 'Abdominal Aortic Aneurysm (AAA)', + name: this.$t("processingService.title14"), key: "AAA" }, ], @@ -339,7 +303,7 @@ export default { } -