Consider the following medical report that includes the patient's historical health records. Use it to predict the disease that the patient is high likely exposed to. 

 Medical Report: indication: 39-year-old male with a past medical history of men-1 with hepatic pseudoaneurysm secondary to an rf ablation performed approximately three weeks ago. the patient underwent previous embolization procedure of pseudoaneurysm approximately one week prior and presents with continued bleeding and enlarging subcapsular hematoma as well as increasing intrahepatic hemorrhage. ultrasound performed demonstrates residual pseudoaneurysm. radiologists: the procedure was performed by drs. and , and dr. , the attending radiologist, was present and supervised throughout the procedure. the exam was supervised by dr. . contrast: 140 cc of visipaque. access site: left common femoral artery medication: 1% lidocaine for local anesthesia. moderate sedation was provided by administering divided doses of 100 mcg of fentanyl and 3 mg of versed throughout the total intra-service time of 3 hours and 35 minutes, during which the patient's hemodynamic parameters were continuously monitored. procedure and findings: the risks and benefits of the procedure were explained to the patient and written informed consent was obtained. the patient was then placed supine on the angiography table and prepped and draped in standard sterile fashion. a timeout was performed to confirm patient identity and the nature of the procedure to be performed. using fluoroscopic (over) 7:30 am other embo clip # reason: please attempt to embolize pseudoaneurysm. admitting diagnosis: fever;back pain;nausea contrast: visapaque amt: 140 ______________________________________________________________________________ final report (cont) guidance and palpatory technique, arterial access was gained into the left common femoral artery with a 19-gauge needle and a micropuncture wire. of note, the right common femoral artery had been accessed in the previous session and vascular closure had been performed with an angioseal device because of which the left common femoral artery was accessed during this session. the needle was then removed and exchanged for a 5 french sheath over a 0.035 inch wire. using a combination of a 0.035 inch guidewire and the cobra 2 glide catheter, access was gained into the celiac trunk and distally into the hepatic artery. an initial right hepatic angiogram demonstrated no focal areas of aneurysmal dilatation. numerous coils were noted in a veseel previously presumed to give rise to the pseudoaneurysm. using a combination of a renegade 3f microcatheter and a 0.018 glidewire, access was then gained into the area of the previous coil embolization and injection of contrast demonstrated flow distal to coil embolization. based on the diagnostic findings, it was decided to proceed with embolization. several 3- mm coils were then deployed into the distal arterial branch and the microcatheter was then pulled back within the same branch and a subsequent angiogram performed. this angiogram demonstrated some filling of a persistent pseudoaneurysm and an arterial vessel apparently representing a branch vessel of the previoiusly coil embolized vessel. this arterial branch was noted to be significantly tortuous in contour. numerous attempts were then made to advance a catheter beyond or at least into this pseudoaneurysm in order to embolize either proximal and distal to this pseudoaneurym or to pack the pseudoaneurysm with coils so that no pseudoaneurysm backfilling would occur post treatment. however, even though the wire could be passed into the pseudoaneurysm with relative ease, no catheter would follow, likely because of partial occlusion from previously deployed coils across the vessel origin. it was therefore decided to place additional coils into the previously embolized main branch in order to further slow flow or cut off flow to this arterial tributary completely given this patient's poor general clinical condition and the associated current reluctance to submit this patient to any type of surgery that had been reported by the primary team taking care of this patient. several 2- mm coils were then deployed proximal to this area at the area of pseudoaneurysm inflow. subsequent angiograms demonstrated no evidence of a bilobed pseudoaneurysm and overall slower filling of the smaller residual pseudoaneurysm. of note, contrast load was limited as much as possible during the procedure due to the patient's elevated creatinine and the patient had been hydrated prior to this procedure. during a final attempt made to cross into the residual pseudoaneurysm and inject thrombin the patient was noted to desaturate to approximately 80% and become tachypneic and tachycardic. the patient maintained his blood pressure throughout this event, however, and did not lose consciousness. the etiology of this alteration in heart rate and oxygen saturation at the conclusion during the procedure is unknown. at this point, it was decided to terminate the procedure and the catheter and sheath were (over) 7:30 am other embo clip # reason: please attempt to embolize pseudoaneurysm. admitting diagnosis: fever;back pain;nausea contrast: visapaque amt: 140 ______________________________________________________________________________ final report (cont) removed. an angio- seal closure device was used to achieve hemostasis within the left common femoral artery. fluoro time: 66.6 minutes. impression: 1. selective hepatic arteriogram demonstrated the presence of residual heptatic pseudoaneurysm. 2. additional distal and proximal coiling of feeding vessel to the pseudoaneurysm was performed. final angiogram demonstrates overall decrease in size of the pseudoaneurysm and slower overall filling. close monitoring of the patient's hematocrit and serial examinations by ultrasound are recommended. 3. the patient's hemodynamic parameters returned to baseline following the end of the procedure. these findings were discussed in person with dr. by drs. and at the conclusion of the procedure. addendum: the patient underwent ultrasonographic evaluation after this procedure with reported wide patency of main portal vein and main hepatic artery but no residual flow of the pseudoaneurysm. follow-up imaging is recommended. if the pseudoaneurysm remains occluded, no further intervention seems indicated. if recanalization will be observed, percutaneous thrombin injection is recommended. the patient has been hemodynamically, stable, the patient's hemoatocrit has stablizied since the procedure. procedure: venous catheterization, not elsewhere classified parenteral infusion of concentrated nutritional substances thoracentesis arteriography of other intra-abdominal arteries arteriography of other intra-abdominal arteries other endovascular procedures on other vessels other endovascular procedures on other vessels transfusion of packed cells diagnoses: acute kidney failure with lesion of tubular necrosis other postoperative infection unspecified pleural effusion acute posthemorrhagic anemia severe sepsis hematoma complicating a procedure hemorrhage complicating a procedure septic shock other septicemia due to gram-negative organisms urinary complications, not elsewhere classified diabetes with renal manifestations, type i [juvenile type], not stated as uncontrolled pain in joint, shoulder region chronic kidney disease, stage ii (mild) aneurysm of other visceral artery multiple endocrine neoplasia [men] type i 

Answer: The patient is high likely exposed to