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: allergies: tape "x10yd / morphine attending: chief complaint: claudication major surgical or invasive procedure: iliac artery stent grafts x2. history of present illness: 75 year old female with a history of coronary artery disease status post rca stenting in and cath in with occluded lad and minimal rca isr, presumed infarct related cardiomyopathy with recent pmibi showing lvef of 30% and fixed anterior defect presents for bilateral lower extremity angiography and stenting because of cluadication and postive abis. past medical history: -hypertension -cad s/p rca stenting in -copd/emphysema -pvd/le claudication ---> fem-fem bypass graft ---> left fem-sfa profunda bypass -carotid artery disease -prior head trauma --->fractured skull at age 14 months after falling out of a second story window --->age 9: hit in the head with an axe by brother -history of fainting spells since childhood -seizure disorder diagnosed in - last seizure -rheumatoid arthritis on chronic steroids -osteopenia -glaucoma -macular degeneration -cataract surgery, left eye -raynaud's phenomenon -s/p cholecystectomy -s/p appendectomy -pernicious anemia-vit b 12 injections monthly -diverticulosis social history: - lives with daughter. - previous 40-50 year smoking history; quit . - no etoh or illicits. family history: no family history of early mi, arrhythmias, cardiomyopathies, or sudden cardiac death. mother had angina. physical exam: pt expired. pertinent results: c. cath interventional comments: initial angiography demonstrated right common and external iliac artery stenosis that on careful hemodynamic assessment (slow pullback of mpa-1 catheter from common femoral artery to distal aorta) revealed a significant 40 mmhg peak-to-peak gradient at this location with normalization of the pressure to the central aorta beyond. after discussion and review of the images with vascular surgery, dr. , we planned to treat this inflow disease with pta and stenting followed by inpatient admission for further planning of lower extremity revascularization with surgical bypass grafting. prior to the intervention, heparin was given prophylactically and a therapeutic act was confirmed. the short 5f right brachial artery sheath was exchanged over a wire for a 90cm long 5f shuttle sheath placed in the proximal right common iliac artery immediately prior to the lesion. the lesion was crossed easily with a v-18 wire and then pre-dilated with a 6.0x40mm submarine plus balloon for prolonged inflations at low pressure. a 7.0x60mm zilver self-expanding stent was then deployed and the lesion was post-dilated with a 7.0x40mm submarine plus balloon at 10 atm for 60 sec and then again at 10 atm for 70 sec. repeat pullback across the lesion with a 5f mpa-1 catheter revealed improved peak-to-peak pressure gradient of 20 mmhg, with interim angiography demonstrating a residual 30% stenosis in the mid-stent. following a final post-dilatation inflation with a 7.0x40mm submarine plus balloon at 10 atm for 40 sec to treat the mid-stent residual stenosis, angiography demonstrated active contrast extravasation (perforation) of the external and common iliac artery within the stented segment. the patient rapidly became hypotensive with sbp 70s and was given wide-open iv fluids and started on dopamine iv and neosynepherine iv vasopressor support with improvement of sbp 90s. a 7.0x80mm submarine plus balloon was advanced across the perforation site and inflated with successful tamponade of the bleeding evidenced by resolution of contrast extravasation on angiography. protamine was administered for reversal of heparinzation given active bleeding. the patient was intubated by anesthesia for airway protection. 7.5f right internal jugular and 7f right femoral venous access sheaths were inserted and 3 units packed rbcs were rapidly administered with eventual weaning off off dopamine and neosynepherine and stabilization of sbp 110-120s. for definitive treatment of the perforation, retrograde right femoral arterial access was obtained with micropuncture technique under fluoroscopic guidance and a 7f sheath was inserted. a magic torque wire was advanced across the perforation site to the ascending aorta and after deflation and withdrawal of the antegrade 7.0x80mm submarine plus balloon a 7.0x59mm icast covered stent was deployed across the right external and common iliac artery. interim angiography demonstrated a small area of dissection/extravastion at the proximal end of the covered stent, and therefore an additional overlapping 7.0x38mm icast covered stent was deployed proximally. final angiography demonstrated no residual perforation, no angiographically apparent dissection, no residual stenosis in the stented segment, and normal flow. right heart catheterization was then performed via the rij with a 7.5f swan-ganz vip catheter notable for normal right and left heart filling pressures with rvedp 9 mmhg and pcwp 14 mmhg (see above for complete hemodynamics), and was then sutured in place for ongoing hemodynamic monitoring with the catheter tip located in the central pulmonary artery. the right brachial and right femoral arterial sheaths were removed manually with adequate hemostasis. the patient remained hemodynamically stable off vasopressors in the catheterization lab and was transferred to the cvicu for further care. cxr findings: interval extubation and removal of nasogastric tube. slight advancement of swan-ganz catheter, now in the right main pulmonary artery. cardiac silhouette remains enlarged, and is accompanied by new pulmonary vascular congestion and bilateral dependent alveolar opacities. bilateral small-to-moderate pleural effusions are also new. impression: 1. development of bilateral lower lobe airspace opacities, which may reflect dependent pulmonary edema. coexisting aspiration is an additional consideration given the clinical concern for aspiration event. 2. new bilateral pleural effusions. 04:05am blood wbc-13.0* rbc-3.54* hgb-10.8* hct-33.0* mcv-93 mch-30.5 mchc-32.8 rdw-15.7* plt ct-121* 03:39pm blood neuts-81.8* lymphs-14.4* monos-3.2 eos-0.4 baso-0.2 04:05am blood plt ct-121* 04:05am blood glucose-102* urean-13 creat-0.8 na-149* k-4.3 cl-115* hco3-20* angap-18 04:05am blood alt-58* ast-112* ld(ldh)-307* alkphos-256* amylase-25 totbili-1.2 04:05am blood lipase-9 08:41am blood ck-mb-10 mb indx-2.7 ctropnt-0.07* 04:05am blood albumin-3.1* calcium-8.7 phos-4.4 mg-2.6 12:15am blood type-central ve po2-57* pco2-41 ph-7.23* caltco2-18* base xs--9 11:11pm blood glucose-71 lactate-1.4 k-3.5 11:11pm blood freeca-1.17 brief hospital course: pt was admitted for the proposed procedure through the cardiology service. during the procedure of stenting her right external iliac the vessel ruptured. vascualr surgery was consulted during the case. she underwent s/p stent graft repair with 2x covered stents. during the procedure she had a transient episode of hypotension that was treated with neosynephrine in the cath lab initially but resolved prior to transfer to the cvicu. cardiology was consulted for their input on her coronary disease and infarct-related cardiomyopathy in the post-procedural setting. her family was contact and her situation discussed. she was diuresed overnight and the plan was for extubation in the morning. she self extubated overnight on the -> . she was made dnr dni and was supported. she expired the following afternoon with her family at her side. medications on admission: asa, plavix, metoprolol 25', atorvastatin 80', losartan 25', lasix 20', amlodipine 5 mg', prednisone 5', keppra 750'', celecoxib 100', benzonatate 100', omeprazole 20', brimonidine (0.2 % 1 in l eye'''), timolol maleate (0.255 each eye'), b12 im (1x/mo), vit d 400u' discharge medications: none discharge disposition: expired discharge diagnosis: right iliac artery rupture heart failure discharge condition: expired discharge instructions: none followup instructions: none procedure: continuous invasive mechanical ventilation for less than 96 consecutive hours angioplasty of other non-coronary vessel(s) arteriography of femoral and other lower extremity arteries aortography insertion of non-drug-eluting peripheral (non-coronary) vessel stent(s) right heart cardiac catheterization insertion of three vascular stents procedure on two vessels diagnoses: acidosis other iatrogenic hypotension coronary atherosclerosis of native coronary artery mitral valve disorders congestive heart failure, unspecified unspecified essential hypertension long-term (current) use of steroids acute posthemorrhagic anemia atherosclerosis of aorta other chronic pulmonary heart diseases percutaneous transluminal coronary angioplasty status accidental puncture or laceration during a procedure, not elsewhere classified ulcer of other part of foot other specified forms of chronic ischemic heart disease hemorrhage complicating a procedure old myocardial infarction other emphysema rheumatoid arthritis epilepsy, unspecified, without mention of intractable epilepsy do not resuscitate status hypovolemia acute on chronic systolic heart failure raynaud's syndrome leukocytosis, unspecified atherosclerosis of native arteries of the extremities with ulceration tricuspid valve disorders, specified as nonrheumatic pernicious anemia accidental cut, puncture, perforation or hemorrhage during surgical operation atherosclerosis of autologous vein bypass graft of the extremities dissection of iliac artery 

Answer: The patient is high likely exposed to