What Is a Low Dose CT Scan?

GE spiral CT is a leading technology at home and abroad. Its advanced technologies such as three-dimensional reconstruction, vascular imaging, and simulated endoscopes can clearly show lesions in many directions. It is suitable for the brain, otolaryngology, neck, chest and abdomen, pelvic cavity, spine and Examination of lesions in various parts of the body such as limbs, such as trauma, cerebrovascular lesions, tumorous lesions, inflammatory lesions, cervical hyperplasia, osteogenesis, and disc herniation.

GE spiral CT

Right!

GE spiral CT is a leading technology at home and abroad. Its advanced technologies such as three-dimensional reconstruction, vascular imaging, and simulated endoscopes can clearly show lesions in many directions. It is suitable for the brain, otolaryngology, neck, chest and abdomen, pelvic cavity, spine and Examination of lesions in various parts of the body such as limbs, such as trauma, cerebrovascular lesions, tumorous lesions, inflammatory lesions, cervical hyperplasia, osteogenesis, and disc herniation.

Chinese name

GE spiral CT

Types of

Leading technology at home and abroad

advanced technology

3D reconstruction, vascular imaging

Suitable for

Brain, Otolaryngology

application

CT multiple reconstruction functional imaging

It can simulate surgical schemes; provide clear spatial anatomy relationship for orthopedic surgery, oncology 3D radiation and other plans, reconstruct blood vessels, and observe lung and airway lesions. Clear display of maxilla and mandible for surgical planning and treatment of dental implants, facial reshaping and beauty. Bone three-dimensional imaging is particularly suitable for finding complex and occult fractures, the extent of lesions, the extent of lesion involvement, and the clinical stage of bone tumors, bone diseases, and osteomyelitis.

CT angiography

Non-invasive, fast and comfortable examination: Safety: Suitable for diagnosis of aneurysms or dissecting aneurysms of the brain, neck, chest, abdomen and limbs, malformations, stenotic diseases, intracranial vascular malformations, meningiomas dual blood supply, intravenous or Sinus disorders; general arteritis, pulmonary arterial thrombosis or tumor thrombus, abnormal visceral blood vessels, pulmonary segment isolation. The anastomosis of the liver and renal arteries was narrowed and angled. Portal vein dilatation, deformity, spongiform degeneration, vascular diseases of the limbs such as venous thrombosis, etc.

CT virtual endoscope

No pain and easy to accept. For gastric and colon tumors, polyps, diverticulum, obstruction, inflammation; tracheobronchial tumors, polyps, stenosis; spinal stenosis; larynx tumors, vocal cord polyps; nasopharyngeal tumors, nasal polyps, parasinusitis, mucinous cysts, tumors, Polyps; skull base aneurysms, aortic dissection aneurysms, aortic arteritis, other aneurysms; bladder tumors, polyps. Otitis media, middle ear deformity, dislocation of ossicular chain.

CT multi-phase volume enhanced scan

Timely three-dimensional reconstruction, clearly showing tumor blood supply vessels. For the identification of meningiomas and other tumors, venous dilatation or venous tumors in the brain; differential diagnosis of pulmonary mass lesions, pulmonary segment isolation, pulmonary vein malformation and drainage; differentiation of hepatocellular carcinoma from intrahepatic bile duct epithelial cell carcinoma and cavernous hemangioma Diagnosis, early liver tumors or metastases were found; differentiation of renal and adrenal lesions, pancreatic cancer and islet cell tumors; differential diagnosis of small pulmonary nodules; diagnosis of staging of pancreatitis and observation of curative effect.

CT High Resolution Imaging (CTHRI )

The purpose of CTHRI is to improve the high contrast resolution of the image as much as possible to display the fine structure. For early diagnosis or staging of pulmonary interstitial fibrosis, fine diagnosis of pneumoconiosis, bronchiectasis, etc .; auditory bone tympanic abnormalities, inner ear bone abnormalities, facial nerve tube abnormalities; small skull base fractures; Occult bone fracture

CT lung nodule evaluation and low-dose lung cancer screening

Advanced lung nodule evaluation and analysis: low-dose automatic lung nodule analysis and database establishment; three-dimensional segmentation and measurement of lung nodule volume; automatic analysis of volume growth after initial and follow-up scans; marking areas of interest for follow-up analysis; dual Detection and evaluation, providing reports of lesion growth rate and doubling time, clinicians can better observe changes in lung nodule volume, which is beneficial to the diagnosis and treatment of patients. Low-level lung (30-50 Ma) was performed on other high-risk groups such as long-term smokers, and thin-layer scanning was performed to exclude early lung cancer.

CT perfusion imaging

CT functional imaging refers to perfusion imaging, which is used to monitor the neovascularization of tumors, identify the benign and malignant tumors, and evaluate the efficacy of tumor radiotherapy and recurrence after surgery. Early diagnosis of acute or superacute cerebral ischemia; tumor diagnosis and differential diagnosis of brain, nasopharynx, neck, lung, liver, kidney, pancreas, prostate and other organs; pancreatitis curative effect and prognosis, highly vascularized tumor Judgment of treatment efficacy. Perfusion monitoring of pulmonary thromboembolism, especially for diffuse intrapulmonary arterial thrombosis.

CT examination of the heart

Cardiac imaging is applicable to a wide range of patients (heart rate from 40-110 beats / minute). It shows the coronary arteries, heart cavity, valves and other structures, shows the morphology of the heart in different phases, and quantitative analysis of heart volume, ejection fraction, and wall motion. The grade 3 to 4 branches of the coronary arteries are shown, which are useful for diagnosing coronary stenosis and whether atherosclerotic plaque is soft or hard. Cardiac films show heart and valve movements, coronary arterial endoscopy shows coronary artery stenosis and calcification, and three-dimensional stereo imaging of the heart.