Hemostatic devices and methods for use thereof

1. An article comprising:

an elongate member having an exterior surface and an interior lumen through which surgical implements can be placed when said elongate member is placed in a wall of an internal organ;

a hemostatic material in contact with at least a portion of said exterior surface;

a covering that surrounds said hemostatic material and is adapted to move slidably over said elongate member;

said exterior surface of said elongate member having a channel portion that retains said hemostatic material, and said channel portion extending laterally around the outer circumference of said exterior surface and configured to apply pressure along the interior of said wall of said internal organ at the site of hemostatic material retention after said covering is slidably removed;

said channel portion of said elongate member is negatively charged to facilitate contact between said hemostatic material and said bodily tissue of said internal organ when said covering is removed; and

said elongate member configured achieve hemostasis by the simultaneous application of said hemostatic material and said pressure exerted by said exterior surface of said elongate member while said surgical implements remain in said interior lumen for performing surgery on said bodily organ.

2. An article comprising:

an elongate member having an exterior surface and an interior lumen through which surgical implements can be placed when said elongate member is placed in a wall of kidney;

said exterior surface of said elongate member having a distal portion and a proximal portion, said outside diameter of said distal portion being smaller than said outside diameter of said proximal portion to define a channel extending laterally around the outer circumference of said exterior surface;

hemostatic material located only on said distal portion of said elongate member;

a plastic film surrounding said hemostatic material configured to be broken and removed for deployment of said hemostatic material along a course of said percutaneous tract;

at least a portion of said distal portion is negatively charged to facilitate contact between said hemostatic material and said bodily tissue of said internal organ after said plastic film is removed; and

said exterior surface of said elongate member configured to apply pressure along the percutaneous tract of said kidney and retain said hemostatic material at said location of applied pressure to achieve hemostasis after said plastic film is removed, wherein the elongate member achieves hemostasis in said percutaneous tract while surgery is performed on said kidney using said surgical implements placed in said interior lumen.

3. A device for use in percutaneous procedures comprising:

a kit insertable into an interior wall of a kidney;

said kit having an elongate member with an interior lumen through which surgical implements can be placed when said elongate member is placed in said wall of said kidney, a layer of hemostatic material located on said elongate member; a covering over said elongate member and hemostatic material; and

at least one channel on an exterior surface of said elongate member, said channel extending from a distal end of said elongate member toward a proximal end of said elongate member, said channel configured to retain hemostatic material on said elongate member after said covering is removed from said kidney and configured to simultaneously apply hemostatic material to said interior wall along said channel and circumferentially apply pressure to said wall of said kidney to achieve hemostasis at said interior wall while surgery on said kidney is performed via surgical implements contained inside said lumen of said elongate member, and said channel is negatively charged to facilitate contact between said hemostatic material and said bodily tissue of said kidney after said covering is removed.