Carcinoma gallbladder (Ca GB) is the most common malignancy of the biliary tract and has high incidence in selected populations worldwide. [1] It is eight times more common in North India than in South India. Carcinoma gallbladder is a common occurrence in the Gangetic plains of the Eastern Uttar Pradesh and Western Bihar regions of India. [2, 3] It affects women 2-6 times more commonly than men and its incidence steadily increases with age. [3] It is rarely discovered at a stage where it can be treated by surgery hence its mean 5-year survival is about 1% despite surgical intervention. [4] USG guided FNAC's of the gallbladder are proving to be safe, reliable, cost effective measure of diagnosing carcinoma at it's earliest. However interventional radiologists are reluctant in performing the percutaneous FNAC's of the gall bladder for fear of causing biliary peritonitis, improper availability of services, and lack of awareness and fear of needle tract recurrence. This proves as a big impediment in early diagnosis and treatment of gallbladder carcinomas. This study is an attempt to throw light on the significance of ultrasound guided FNAC as a useful technique for diagnosis of this condition. It is also an attempt to shed light on the reluctance of surgeons to go for an easy, cheap, cost effective method of diagnosis like FNAC and opt for more cumbersome and expensive laparoscopic/open biopsy. Materials And Methods:-It was a hospital based retrospective study done in Era's Lucknow Medical College and Hospital. Retrospective data of histopathology and cytopathology for 566 gallbladder lesions in the past two years was taken from the records and morphological diagnosis of these cases confirmed. Two pathologists independently analyzed both the histopathological biopsies and cytopathological smears to rule out inter-observer bias. Cytopathological criteria's taken into account for diagnosis were cells in clusters, disorganized sheets, small acini, and single pleomorphic cells. Marked nuclear enlargement, nuclear crowding, molding, irregular nuclear membranes, and high nuclear-cytoplasmic (N:C) ratio and prominent nucleoli permit a definitive diagnosis of malignancy when there is adequate well-preserved material [6] Results: