A medical device implantation path assessment system, comprising: a memory that stores computer executable components; a processor that executes computer executable components; a path assessment component configured to analyze three-dimensional medical imaging data regarding a patient body and a lesion area and, based on properties associated with a medical device and properties associated with an anatomic vessel, generate a set of paths which the medical device may take through the anatomic vessel in order to reach the lesion area, wherein the properties associated with the medical device and the properties associated with the anatomic vessel include at least a rigid deformation value for the medical device and a rigid deformation value for the anatomic vessel; a recommendation component configured to: determine, based on the properties associated with the medical device and the properties associated with the anatomic vessel, the suitability of each path of the set of paths for use in reaching the lesion area with the medical device; assign a score to each path of the set of paths based on the suitability of each path of the set of paths for use in reaching the lesion area with the medical device; rank the paths of the set of paths to reach the lesion area based on their assigned scores, and based on the ranking, recommend a subset of the paths of the set of paths for use in reaching the lesion area with the medical device, to ensure that the medical device can properly traverse through the anatomic vessel while minimizing damage and/or risk to the anatomic vessel; a visualization component configured to generate a display of a multi-dimensional visualization of the recommended subset of paths for use in reaching the lesion area with the medical device; and a medical device recommendation component that, based at least in part on the path assessment component analyses, is configured to recommend a subset of available medical devices to be deployed, wherein the medical device recommendation component is configured to select the medical device based in part on mechanical properties associated with the medical device to fit curvature of an anatomic vessel associated with the lesion area or to fit a cross-sectional area of the anatomic vessel. a memory that stores computer executable components; a processor that executes computer executable components; a path assessment component configured to analyze three-dimensional medical imaging data regarding a patient body and a lesion area and, based on properties associated with a medical device and properties associated with an anatomic vessel, generate a set of paths which the medical device may take through the anatomic vessel in order to reach the lesion area, wherein the properties associated with the medical device and the properties associated with the anatomic vessel include at least a rigid deformation value for the medical device and a rigid deformation value for the anatomic vessel; a recommendation component configured to: determine, based on the properties associated with the medical device and the properties associated with the anatomic vessel, the suitability of each path of the set of paths for use in reaching the lesion area with the medical device; assign a score to each path of the set of paths based on the suitability of each path of the set of paths for use in reaching the lesion area with the medical device; rank the paths of the set of paths to reach the lesion area based on their assigned scores, and based on the ranking, recommend a subset of the paths of the set of paths for use in reaching the lesion area with the medical device, to ensure that the medical device can properly traverse through the anatomic vessel while minimizing damage and/or risk to the anatomic vessel; determine, based on the properties associated with the medical device and the properties associated with the anatomic vessel, the suitability of each path of the set of paths for use in reaching the lesion area with the medical device; assign a score to each path of the set of paths based on the suitability of each path of the set of paths for use in reaching the lesion area with the medical device; rank the paths of the set of paths to reach the lesion area based on their assigned scores, and based on the ranking, recommend a subset of the paths of the set of paths for use in reaching the lesion area with the medical device, to ensure that the medical device can properly traverse through the anatomic vessel while minimizing damage and/or risk to the anatomic vessel; a visualization component configured to generate a display of a multi-dimensional visualization of the recommended subset of paths for use in reaching the lesion area with the medical device; and a medical device recommendation component that, based at least in part on the path assessment component analyses, is configured to recommend a subset of available medical devices to be deployed, wherein the medical device recommendation component is configured to select the medical device based in part on mechanical properties associated with the medical device to fit curvature of an anatomic vessel associated with the lesion area or to fit a cross-sectional area of the anatomic vessel.