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: history of present illness: mr. is a 74 year-old male with a significant cardiac history who presented for elective cardiac catheterization after having progressive anginal symptoms. he has experienced increasing dyspnea on exertion and left chest pressure at rest and exercise tolerance test with imaging in showed a fixed anterior and inferior defect. past medical history: 1. coronary artery disease status post myocardial infarction in and . 2. tachybrady syndrome status post pacer placement. 3. diabetes mellitus. 4. status post cerebrovascular accident times two. 5. atrial fibrillation. 6. obstructive sleep apnea on cpap. 7. peripheral vascular disease. 8. depression. allergies: the patient has no known drug allergies. medications: 1. aspirin 325 mg po q.d. 2. lopressor 50 mg po b.i.d. 3. lisinopril 10 mg po q.d. 4. lipitor 20 mg po q.d. 5. cartia xt 120 mg po q.d. 6. amiodarone 200 mg po b.i.d. 7. digoxin 0.125 mg po q day. 8. lasix 20 mg po q.d. 9. pletal 100 mg po q.d. 10. insulin nph 50 units subq q.a.m., 10 units subq q.p.m. 11. nitro patch 0.4 micrograms per hour from 8:00 a.m. to 8:00 p.m. 12. prozac 20 mg po q.d. 13. alphagan 0.15% two drops os q.d. 14. ................... 0.1% solution one drop ou b.i.d. physical examination: the patient had a heart rate of 62, blood pressure 120/70, and oxygen saturation of 97% on room air. general, the is alert and oriented times three. there were no carotid bruits and no elevation in his jvd. lungs were clear to auscultation bilaterally. cardiac examination revealed a regular rate and rhythm. abdomen was benign. extremities had no edema. laboratory studies: cbc showed a white blood cell count of 8.6, hematocrit 41.2, platelets 186. panel 7 was significant for a bun of 28 and a creatinine of 1.6. electrocardiogram showed ventricularly paced rhythm at 60 beats per minute with left axis deviation and left bundle branch block. hospital course: 1. coronary artery disease: the patient received intravenous hydration and mucomyst in preparation for his coronary catheterization. coronary catheterization revealed a normal left main coronary artery, left anterior descending with a 50% mid and total occlusion of the d1 with left to left collaterals, left circumflex with 70% and 90% obtuse marginal one lesion, and right coronary artery with a total occlusion with left to right collaterals. the 90% obtuse marginal one lesion was intervened on and stented successfully. he was brought to the floor in stable condition and rehydrated with 2 liters of fluid. over the course of 12 hours the patient had very little urine output and may have missed some of his antihypertensive medications. at midnight the patient awoke from sleep with severe tachypnea and dyspnea. he was noted to be hypertensive with systolic blood pressures in the 200s and hypoxic with oxygen saturations only reaching 80% on a 100% nonrebreather mask. he was tachypneic in the 40s and an arterial blood gas at the time demonstrated a ph of 7.16, pco2 76 and po2 of 64. electrocardiogram showed no acute ischemic changes in the presence of his baseline left bundle branch block. physical examination demonstrated crackles throughout and he was treated with 16 mg of intravenous lasix, nitroglycerin drip and morphine with little improvement in his clinical status. chest x-ray was done and the patient was transferred to the coronary care unit for further care on bipap ventilation. chest x-ray demonstrated pulmonary edema. the patient's nitroglycerin drip was titrated upward for a better blood pressure control. with bipap ventilation, the patient's arterial blood gas improved with the following results: ph 7.28, pco2 58, po2 130. the patient's antihypertensive medications were restarted, and with better blood pressure control the patient's pulmonary status improved. the etiology of the pulmonary edema was thought to be severe hypertension causing flash pulmonary edema due to diastolic dysfunction. serial cardiac enzymes were drawn and the patient ruled in for myocardial infarction with a peak ck of 5/74. this was thought to be due to demand and not an acute coronary syndrome. on the day following the acute hypoxic event the patient was weaned off of his bipap and maintained good oxygen saturations with face mask. he was quickly weaned to room air and had no further episodes of hypertension or pulmonary edema. an attempt was made to simplify his medication regimen. discharge condition: stable to home. discharge diagnoses: 1. pulmonary edema. 2. hypertension. 3. coronary artery disease. 4. status post obtuse marginal stenting. 5. diabetes mellitus. 6. atrial fibrillation. 7. obstructive sleep apnea. discharge medications: 1. aspirin 325 mg po q.d. 2. plavix 75 mg po q.d. times nine months. 3. lisinopril 10 mg po q.d. 4. atenolol 75 mg po q.d. 5. atorvastatin 20 mg po q.d. 6. digoxin 125 micrograms po q.d. 7. lasix 20 mg po q.d. 8. amiodarone 200 mg po q.d. 9. imdur 30 mg po q.d. 10. cilostazol 100 mg po q.d. 11. insulin nph 50 units subq q.a.m. 10 units subq q.p.m. 12. fluoxetine 20 mg po q.d. discharge plan: the patient should follow up with his primary cardiologist dr. within one week. he should discuss his medications with his primary physician. , m.d. dictated by: medquist36 procedure: coronary arteriography using two catheters left heart cardiac catheterization insertion of drug-eluting coronary artery stent(s) diagnoses: coronary atherosclerosis of native coronary artery pure hypercholesterolemia mitral valve disorders congestive heart failure, unspecified diabetes mellitus without mention of complication, type ii or unspecified type, not stated as uncontrolled chronic airway obstruction, not elsewhere classified cardiac complications, not elsewhere classified atrial fibrillation systolic heart failure, unspecified 

Answer: The patient is high likely exposed to