Our Non-Vascular Intervention service offers a diverse array of procedures. Using Ultrasound, CT or X-Ray guidance combined with precise needle techniques, we employ advanced methods such as wire and catheter insertion to conduct targeted procedures customized to meet the unique needs of each patient.
Radiofrequency Ablation of Tumors (HCC, Thyroid, Renal, Bone, Lung)
Description: Use of high-frequency energy to destroy tumors.
Application: Minimally invasive, non-surgical treatment for various cancers.
Microwave Ablation of Tumors
Description: Application of microwave energy to eliminate tumors.
Application: Targeted, non-surgical treatment for specific cancer types.
Percutaneous Biopsy
Description: Precise tissue sampling through small incisions guided by ultrasound or CT imaging.
Application: Diagnosing various conditions with accuracy.
Breast Lesion Biopsy
Description: Precise sampling of breast lesions for diagnostic purposes.
Application: Detection and characterization of breast abnormalities.
Vacuum-Assisted Breast Biopsy
Description: Minimally invasive removal of breast tumors using vacuum assistance.
Application: Non-surgical approach to addressing breast abnormalities.
Drainage of Abscesses
Description: Removal of pus or infected fluid from abscesses for therapeutic relief.
Application: Treatment of localized infections.
Biliary Drainage and Biliary Stenting
Description: Placement of drainage tubes and stents in the biliary system to relieve blockage by tumor or stones.
Application: Treatment of biliary tumors and stones.
Percutaneous Cholecystostomy
Description: Insertion of a drainage tube into the gallbladder to remove pus.
Application: Treatment of gallbladder infections in sick patients unable to undergo surgery.
Percutaneous Nephrostomy
Description: Placement of tubes to relieve blockages in the urinary system caused by stones, strictures, or tumors.
Application: Management of urinary obstructions.
Antegrade Ureteric Stenting
Description: Placement of stents to support urine flow from kidney to bladder.