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: patient recorded as having no known allergies to drugs attending: chief complaint: wake board accident with open skull fx major surgical or invasive procedure: right sided craniotomy history of present illness: 30m w/no sign pmh medlighted from osh after wakeboarding accident on day of admission. patient was being pulled by a speed boat when he went up in the air, lost control and landed at approx 25mph with impact of his skull on his wakeboard at apporximately 5pm. loc for 5 minutes in water with life vest. friends got him out of the water and transported him to shore which took 20minutes. gcs 12 at osh opening eyes, able to follow commands with sluggish left pupil and decreased l sided grasp. patient subsequently had decreased ms medical paralysis (versed/fentanyl) and intubation for airway protection. head ct at osh showed r temporo-parietal depressed skull fracture with large right sided hematoma, r ventricular compression, midline shift and patent inferolateral basal cisterns. cxr, pelvis x-ray were negative. c-spine was also cleared. patient remained hd stable throughout transport and was bagged with gas 7.40/32/200 at 100%. vs p95 bp145/84 99%o2 sat. past medical history: seasonal allergies social history: lives in , not married, oldest son of supportive family family history: non-contributory physical exam: o: t: af bp: 150/75 hr: 96 bagged and vented gen: sedated and paralyzed. heent: pupils: 2mm nonreactive eoms unable to assess. large right frontal hematoma. neck: in hard collar. lungs: breath sounds bilaterally. cardiac: rrr. s1/s2. abd: soft, nt, bs+. extrem: warm and well-perfused. no c/c/e. neuro: mental status: sedated and intubated. orientation: not tested. recall: not tested. language: not tested. cranial nerves: i: not tested ii: pupils equally round and nonreactive to light, 2mm bilaterally. visual field not tested. iii, iv, vi: not tested. v, vii: not tested. viii: not tested. ix, x: not tested. : not tested. xii: not tested. motor: normal bulk bilaterally. strength and pronator drift not tested. sensation: not tested. reflexes: b t br pa ac right not tested left no tested pertinent results: 08:17pm urine blood-neg nitrite-neg protein-neg glucose-250 ketone-50 bilirubin-neg urobilngn-neg ph-7.0 leuk-neg 08:17pm fibrinoge-161 08:17pm pt-12.9 ptt-28.4 inr(pt)-1.1 08:17pm plt count-235 08:17pm wbc-27.8* rbc-5.15 hgb-16.7 hct-44.7 mcv-87 mch-32.4* mchc-37.3* rdw-13.3 head ct : 1. intervl worsening noted with new ischemic infarct involving the right posterior parietal,temporal and right occipital lobe with significant edema causing compression of the right lateral ventricle and increase in transtentorial herniation, and possibly subfalcine herniation. 2. post-surgical changes in the right temporal lobe after right temporal lobectomy today with small amount of pneumocephalus and blood. 3. approximate stability of the area of contusion and intraparenchymal hemorrhage in the right parietal area. 4. interventricular shunt placement with tip terminating in the right lateral ventricle. . . head ct : again seen is a large area of low attenuation with blood products in the right parietal and temporal regions, consistent with the known contusion and s/p surgery. this is unchanged in appearance in comparison to prior study. there are some areas of hemorrhage within this region, which are also stable in appearance. there are several foci of low attenuation, remote from this site, within the right frontal lobe and left cerebellum, which are also stable in appearance. there is a small amount of hemorrhage within the occipital horns of both lateral ventricles, which is also stable. no new areas of intracranial hemorrhage are seen. there is shift of normally midline structures to the left, which is stable. there is effacement of the basal cistern, which is slightly more prominent in comparison to the prior exam. the fourth ventricle and foramen magnum are stable in appearance. the osseous defect seen from prior craniotomy is unchanged. the soft tissues are stable in appearance. impression: there has been no significant interval change in the degree of intraparenchymal, subarachnoid, or intraventricular hemorrhage. no new foci of hemorrhage are identified. there is slightly increased effacement of the suprasellar cistern in comparison to the prior study, though the remainder of the exam, including postoperative changes, is stable. brief hospital course: the patient is a 30-year-old male post boarding accident with head falling down on the board. he had positive loss of consciousness and he was taken to our hospital with a ct showing a large comminuted right-side skull fracture with severe down bone depression and associated intercerebral hemorrhage. the patient's neurologic exam declined rapidly and he was intubated and then emergently taken to the operating room. he underwent: 1. elevation and repair of depressed skull fracture on the right. 2. repair of dural tear and cerebrospinal fluid leak. 3. evacuation of intracerebral hemorrhage. post operatively he was brought to the trauma icu where he was started on mannitol, dilantin and ancef since he had a drain in place. neurologically he was found to localize to pain on the right side and move left lower extremity but not left arm. his injury was right over the motor strip so we expected him to have some loss of use of the left side. post operative head ct showed: 1. elevation and repair of depressed skull fracture on the right. 2. repair of dural tear and cerebrospinal fluid leak. 3. evacuation of intracerebral hemorrhage. on pod#2 he was noted to follow commands on the right side and no movement on left side, head ct was stable. mri of c-spine showed mild cerebellar tonsilar herniation it was reviewed by dr who felt there was no surgical intervention indicated at this time. he was started on a labetolol drip for bp control. on pod#3 his drain was dc'd and he was extubated but unfortunately he had to be intubated for tachycardia, desaturations and spiked fevers. he continued to follow commands on the right post extubation. on pod#4 a repeat ct showed a right mca stroke related to area of injury, his neuroexam was unchanged he was started on antibiotics for gram + rods in his sputum which eventually grew out hemophillus. on pod#5 a repeat ct was unchanged from prior. stroke team was consulted who recommended ct angiogram to evaluate for arterial dissection to determine prognosis. on pod#6 at 6am patient was noted to have a change in neuro exam with r fixed dilated pupil. patient was hyperventilated on the vent and received mannitol 35mg iv x1. head ct was unchanged. herniation was thought to be secondary to edema of infarcted brain tissue and so patient received lasix 20mg iv x1. r pupil resumed original size and was reactive to light. he was started on mannitol 20mg iv q6h. later in the day, however, his right pupil was again fixed dilated and the decision was made to take him to the operating room for ventriculostomy drain placement and right temporal lobectomy. he had an uncomplicated operative course and his pupils were both reactive on postoperative exam. over the next 8 hours his drain put out 41ml of clear fluid. on pod#7 head ct at 0330 showed worsening of temporal-parietal-occiptal stroke with worsening associated edema. later that morning, his neurologic exam demonstrated bilateral dilated pupils with minimal reactivity to light. his icp monitor showed a pressure of 40, which stayed at approximately that level during the day. during the day, his pupils remained dilated and became fixed. on pod#8 at 0930, the patient was announced brain dead by apnea study, neurologic criteria and as outlined by hospital policy. medications on admission: zyrtec discharge disposition: expired discharge diagnosis: deceased discharge condition: deceased followup instructions: none md procedure: continuous invasive mechanical ventilation for less than 96 consecutive hours continuous invasive mechanical ventilation for less than 96 consecutive hours other operations on extraocular muscles and tendons other excision or destruction of lesion or tissue of brain other operations on extraocular muscles and tendons other excision or destruction of lesion or tissue of brain insertion of endotracheal tube insertion of endotracheal tube enteral infusion of concentrated nutritional substances intravascular imaging of intrathoracic vessels transfusion of packed cells elevation of skull fracture fragments simple suture of dura mater of brain incision of nose diagnoses: acute posthemorrhagic anemia acute respiratory failure hyperosmolality and/or hypernatremia cerebral artery occlusion, unspecified with cerebral infarction hemophilus influenzae [h. influenzae] infection in conditions classified elsewhere and of unspecified site open fracture of base of skull with other and unspecified intracranial hemorrhage, with brief [less than one hour] loss of consciousness accident to watercraft causing other injury to other specified person 

Answer: The patient is high likely exposed to