the present invention may be used in conjunction with any mesh or other implant or biologically - compatible graft 10 that is implanted and where the orientation , lay or plane of the implant is desired to be seen with imaging equipment . examples of such implants 10 are found in implants used to treat pelvic conditions , including incontinence ( fecal and urinary ) and vaginal prolapse . various exemplary implants , systems and methods are disclosed in u . s . pat . nos . 7 , 500 , 945 , 7 , 407 , 480 , 7 , 351 , 197 , 7 , 347 , 812 , 7 , 303 , 525 , 7 , 025 , 063 , 6 , 691 , 711 , 6 , 648 , 921 , and 6 , 612 , 977 , international patent publication nos . wo 2008 / 057261 and wo 2007 / 097994 , and u . s . patent publication nos . 2010 / 0261955 , 2002 / 0151762 and 2002 / 0147382 . accordingly , the above - identified references are fully incorporated herein by reference in their entirety . referring generally to fig1 - 5 , a distinguishable imaging feature 12 is placed or provided around the perimeter of the implant 10 . the imaging feature can include a thin wire 12 material visible to imaging devices , such as x - rays computerized tomography machines , fluoroscopy machines , magnetic resonance imaging machines , or ultrasound machines , to name a few . other known imaging machines known to one of ordinary skill in the art can be employed to visualize the imaging features as well . in one embodiment , the wire 12 can be constructed of or include platinum - iridium , or tantalum to facilitate visual imaging to a machine employing or emitting x - rays . the wire 12 can be very thin , such as approximately 0 . 002 to 0 . 080 inches in diameter . however , other materials and wire sizes may be selected depending on the application and implant 10 without departing from the scope of the invention . for example , the wire 12 can be smaller than 0 . 002 inches or greater than 0 . 080 inches . the wire could be greater than 1 mm . further , the wire 12 can be integrated into the construct of the implant 10 , interwoven with filaments of the mesh implant , or bonded or otherwise provided along a portion of the implant 10 . the wire 12 can be generally linear , curved , undulating and the like . in certain embodiments , the imaging feature 12 can include marking ink , separately formed or differentiated filaments , or like features or indicia not constructed from a separate wire . for instance , radio - opaque ink or other known imaging substances or structures can be added along one or more portions ( e . g ., filaments or graft material ) of the implant 10 to define the imaging feature 12 . as seen in fig1 , the implant 10 can be an elongate mesh implant . the mesh implant 10 can be take on a myriad of shapes or sizes depending on the particular application and anatomical requirements for the implant 10 . the feature 12 , such as an imaging wire , can extend longitudinally along one or more edge portions of the implant 10 . the implant 10 can include anchor portions 14 . the anchor portions 14 can include the imaging feature 12 in certain embodiments . the feature or wire 12 can extend at or proximate the edge ( e . g ., longitudinal edge ) of the implant 10 . however , the feature or wire 12 can be provided or disposed only along defined portions of the implant 10 , and is not required to extend along the entire length of the implant 10 . as shown in fig2 - 5 , the implant 10 can be shaped and sized to treat prolapse or other like pelvic disorders . the implant 10 can include a support portion 15 and one or more extending arms 16 . the wire or feature 12 may trace or generally follow the outline of the shape of the implant 10 , e . g ., the support portion 15 . again , the wire 12 can follow the entire shape , or just a defined or limited portion of the implant 10 perimeter . further , the wire 12 can extend along the extending arms 16 of the implant 10 for certain embodiments ( e . g ., fig2 ). various anchors 14 , mesh portions , sheaths , and like devices , components or structures disclosed in the previously - incorporated references can be employed with the implants 10 of the present invention . the present invention provides the physician with x - ray assistance ( for example fluoroscopy ) during implantation , deployment and adjustment . the physician can see if there are any bends , bunches , or general disruptions in the length of the feature or wire 12 . if there is any bunching , the wire or feature 12 will display visually as discontinuous or otherwise disrupted , thereby confirming that the implant 10 is not laying flat or in the desired position or orientation . upon detecting any bunching , the physician can then adjust or correct the plane or positioning of the implant 10 within the patients pelvic region . as such , undesirable bunching or out - of - plane orientation for the implant 10 can be avoided , thereby reducing the chances of erosion or other unwanted tissue irritation or disruption . in certain embodiments , the wire 12 can provide a level of increased rigidity or stiffness along the perimeter or designated portion of the implant 10 to reduce edge bunching or folding . the implants 10 described herein can be implanted into a patient by use of various different types of surgical tools , including insertion tools , which generally are tools useful to engage and place a tissue anchor or a connector that is secured to an extension portion of an implant . various types of insertion tools are known , including those in the previously - incorporated references , and these types of tools and modifications thereof can be used according to the present description to install the implants 10 . the implants 10 , their various components , structures , features , materials and methods may have a number of suitable configurations and applications , as shown and described in the previously - incorporated references . various methods and tools for introducing , deploying , anchoring and manipulating implants to treat incontinence and prolapse as disclosed in the previously - incorporated references are envisioned for use with the present invention as well . all patents , patent applications , and publications cited herein are hereby incorporated by reference in their entirety as if individually incorporated , and include those references incorporated within the identified patents , patent applications and publications . obviously , numerous modifications and variations of the present invention are possible in light of the teachings herein . it is therefore to be understood that within the scope of the appended claims , the invention may be practiced other than as specifically described herein .
an implant adapted to treat various pelvic disorders can include one or more imaging features constructed of a material adapted to provide visualization on an imaging machine . the imaging feature generally follows along the perimeter shape of at least a portion of the implant to visually confirm how the implant is lying in a patient &# 39 ; s body during implantation . the imaging feature can be constructed of a wire , a radio - opaque material or substance , or like materials or constructs adapted to provide the desired visualization .