Neusoft Medical Systems supplies CT MRI ultrasound and enterprise imaging software for hospitals and clinics.
CT scanners MRI systems ultrasound platforms and PACS solutions.
Local manufacturing capabilities flexible solutions and regional support in multiple markets.
Offers clinical training maintenance contracts and spare parts logistics.
Contrast media vials supply iodinated or gadolinium agents used to enhance diagnostic imaging.
Store according to manufacturer temperature guidelines and segregate opened vials from sealed stock.
Label prepared syringes with agent type concentration and time of preparation for safety.
Dispose unused contrast per hazardous waste protocols and local regulations to protect environment.
Iopamidol is a nonionic, low osmolar iodinated contrast agent commonly used for intravenous and intraarterial imaging.
Available in multiple iodine concentrations, radiopaque, and formulated to reduce osmolality related adverse effects compared with older ionic agents.
Used for CT imaging, CT angiography, myelography and various interventional procedures requiring iodinated contrast.
Risk of allergic reaction and contrast induced nephropathy exists; screen renal function and hydrate patients as indicated.
Kidney imaging uses ultrasound CT and MRI to evaluate masses stones and infection. Functional imaging assesses perfusion and filtration in select cases. Imaging guides urologic and nephrologic management.
CT is the preferred modality for stone detection and characterization. Low dose protocols reduce radiation while maintaining sensitivity. Imaging guides intervention and follow up.
CT and MRI characterize renal masses and assess staging. Contrast enhancement patterns help differentiate benign from malignant lesions. Biopsy may be guided by imaging in select cases.
Nuclear medicine and MRI techniques assess renal function and split function. Imaging supports planning for surgery and monitoring of chronic disease. Integration with clinical data informs management.
Liver imaging includes ultrasound CT and MRI for lesion detection and characterization. Multiphasic contrast protocols improve detection of hepatocellular carcinoma. Imaging guides biopsy and treatment planning.
Ultrasound is the first line tool for screening and surveillance of liver disease. It detects focal lesions and steatosis and guides biopsy. Elastography assesses fibrosis non invasively.
CT and MRI provide detailed lesion characterization and staging. MRI offers superior soft tissue contrast and functional sequences. Contrast timing is critical for lesion detection.
Imaging guides ablation embolization and biopsy procedures. Image guidance improves targeting and safety. Multidisciplinary care integrates imaging with oncology and surgery.
Imaging characterizes sarcoma extent grade and relation to neurovascular structures. MRI is the modality of choice for soft tissue sarcomas while CT assesses bone involvement and staging. Multimodality imaging informs biopsy planning and surgical margins.
High resolution MRI with contrast delineates tumor extent and involvement of adjacent structures. Functional sequences may provide additional information about tumor biology. Standardized reporting supports surgical planning.
CT chest is essential for pulmonary metastasis assessment in sarcoma staging. PET CT may detect occult metastatic disease in select histologies. Surveillance imaging intervals are tailored to histology and risk.
Image guided biopsy ensures representative sampling for histologic diagnosis. Imaging guides limb salvage surgery and reconstructive planning. Multidisciplinary sarcoma teams integrate imaging into comprehensive care.
Imaging assists in planning cosmetic and reconstructive procedures by defining anatomy and tissue characteristics. Modalities include ultrasound CT MRI and 3D surface imaging. Imaging improves precision and patient counseling.
3D surface imaging and CT provide detailed assessment for facial reconstruction and implants. Imaging helps simulate outcomes and plan osteotomies and grafting. Integration with surgical navigation enhances accuracy.
Imaging evaluates implant position integrity and capsular contracture. Ultrasound and MRI assess implant complications and guide revision surgery. Preoperative imaging informs implant selection and placement.
CT and ultrasound assess fat distribution and vascular anatomy for planning procedures. Imaging supports safe liposuction and flap based reconstructions. Postoperative imaging monitors complications and outcomes.
Veterinary imaging applies radiography ultrasound CT MRI and nuclear medicine to animal health. Protocols are adapted for species size and anatomy. Imaging supports diagnosis treatment and surgical planning in veterinary care.
High resolution radiography ultrasound and MRI are commonly used in small animal practice. Anesthesia and positioning are important for image quality. Collaboration with veterinary specialists improves interpretation.
Portable radiography and ultrasound are essential for field based large animal care. Advanced CT and MRI are available in specialized centers for complex cases. Imaging guides orthopedic and soft tissue interventions.
Veterinary imaging contributes to comparative research and One Health initiatives. Imaging advances in animals can inform human medicine and vice versa. Ethical considerations and welfare guide veterinary imaging practice.
Imaging identifies anatomic contributors to airway obstruction for surgical planning. CT MRI and dynamic imaging techniques assess soft tissue and skeletal factors. Imaging complements endoscopic evaluation for comprehensive planning.
CT and 3D imaging guide osteotomy planning and implant positioning for advancement procedures. Imaging predicts airway enlargement and surgical impact. Precise imaging improves surgical outcomes and reduces complications.
MRI and CT evaluate tongue base tonsillar and soft palate anatomy for targeted surgery. Dynamic imaging during simulated sleep may reveal collapse patterns. Imaging informs selection of procedures and expected benefit.
Postoperative imaging documents structural changes and device position when applicable. Imaging combined with polysomnography assesses treatment efficacy. Long term follow up integrates imaging with clinical outcomes.
Imaging identifies sites of infection and complications across organ systems. Modalities include radiography CT MRI ultrasound and nuclear medicine. Imaging guides drainage biopsy and surgical planning.
Chest radiography and CT evaluate pneumonia empyema and complications. CT provides detailed assessment of extent and cavitation. Imaging supports antimicrobial and interventional decisions.
MRI is the preferred modality for osteomyelitis and septic arthritis assessment. Nuclear medicine and PET can detect multifocal or occult infection. Imaging guides surgical debridement and long term management.
Ultrasound and CT detect abscesses and guide percutaneous drainage. Imaging monitors response to therapy and identifies complications. Multidisciplinary care integrates imaging findings into treatment plans.
