259) We describe a patient on hemodialysis with three lung ad |
260) of the description given by a 57 year old patient on motor difficulties that develop |
261) canine oral microflora isolated from this patient on peritoneal dialysis were Kingel |
262) The patient's postoperative course was unevent |
263) The patient's postoperative course was unevent |
264) ormed and the rod was removed safely; the patient's postoperative course was unevent |
265) morbidities, time to diagnosis, source of patient referral by specialty, and medicat |
266) alth providers to examine the trend of TB patient referral for HIV (human immunodefi |
267) skills, absence of any target plan for TB patient referral for HIV testing, and fear |
268) The patient subsequently died at age 28 days d |
269) However, the patient subsequently experienced additiona |
270) eclining initial surgical management, the patient subsequently returned 6 months lat |
271) Patient-Centered Education and Facilitativ |
272) idance, Facilitative Decision-Making, and Patient-Centered Education. |
273) The patient achieved HBsAg seroconversion with |
274) Long-term mECT was administered and the patient achieved remission with no notable |
275) linicopathological features studied, mean patient age was significantly higher in at |
276) 95% CI 0·996-0·999; P = 0·005) and patient's age (HR 1·009, 95% CI 1·001-1 |
277) sts and personal living conditions of the patient as well as the expertise and exper |
278) Care of critically ill patients, as in any other field, demands t |
279) methods can include direct observation of patient assessment and treatment skills, s |
280) orporation of tablet computers (TCs) into patient assessment may facilitate safe and |
281) Postoperative course was favorable, the patient being discharged on the seventh po |
282) is is the longest reported follow-up of a patient being off steroids while on MMF. |
283) Management of the advanced heart failure patient can be complex. |
284) timal perioperative management of the old patient can improve the results of surgica |
285) Patient-specific computational fluid dynam |
286) y, we propose a semi-automated method for patient-specific computational flow modell |
287) Critically, it requires patient data and additional auditing of pr |
288) In this analysis, patient-level data from 31 randomized clin |
289) 10, with an incidence rate of 4.09/10 000 patient days in 2009 and 5.9/10 000 patien |
290) 2010 were analyzed and benchmarked using patient days. |
291) ound differences in their perspectives on patient empowerment and attributions of co |
|