In recent years many manufacturers have invented these devices to be retrievable, while older models were meant to be permanent. The cage-like design is assumed to trap and break up blood clots and at the same time allow the rest of the blood to flow freely. But with the “rest” of the blood, there could be minute pieces of the device breaking off from the cage structure and moving to other parts of the body.
Studies have shown that the longer the retrievable IVC filter stays in the body, the greater the risk of a serious hazard. And in its second safety communication, the FDA is also concerned that retrievable IVC filters, when placed for a short-term risk of pulmonary embolism, are not always removed once the risk subsides.You can also visit http://www.bardfilterlawsuitcenter.com/ here for more info on IVC filter.
In the US, most lawsuits have been filed against IVC filter manufacturers C.R. Bard, Cook Medical, and Cordis. These three companies combined account for 75 percent of the IVC filter market. Bard was one of the first companies hit with a lawsuit: Lisa Davis was implanted with its G2 filter in 2006 and two years later it fractured and migrated to her heart. Davis chose not to have open heart surgery to remove the filter fragment; instead, she opted to take blood thinners for the rest of her life. Davis is suing Bard for failing to warn her physician of the IVC filter’s risks and mislead the device as safe. She sued for physical trauma, anxiety and impaired ability to earn wages.
The Canadian class action lawsuits have been filed against Cook Medical. Last January Wendy Kopeck and her husband filed a $200-million class-action lawsuit against Cook Medical, alleging she was never informed of the potential risks. Wendy had the IVC filter implanted in August 2013 and returned to the hospital in October to have it removed. According to CTVNews doctors conclude it was too risky to remove the device. A PET scan revealed the filter had broken, with one leg piercing her internal jugular vein and the rest of the device migrating into her small intestines.