1. It is caused primarily by allergy or respiratory infection.

2. He was down with an upper respiratory infection.

3. Conclusion Mild acute respiratory infection is highly infective and has a quick transmission, but the virulence of pathogens is relatively weak and hence symptoms are not serious.

4. Methods Based on the survey of acute respiratory infection ( ARI ) members in 125 families by random.

5. Conclusion Acquired respiratory infection after opening tracheas in cranial surgical ICU is a main problem encountered in treatment.

6. I think he has an URI ( upper respiratory infection ) and a high temperature.

7. Result The most common complications were respiratory infection and intestinal infection.

8. Recent upper respiratory infection predicted cerebral arteriopathy and FCA in particular, suggesting a possible role for infection in the pathogenesis of these lesions.

9. Fructus Forsythiae is used primarily to treat respiratory infection, acute nephritis, hepatitis, meningitis, etc.

10. It can be triggered by viruses, including those that cause upper respiratory infections, such as the influenza virus.

11. Subjects - 256 Infants and children under 3 years of age with symptoms of respiratory infection.

12. So, for instance, many kinds of diarrhoea are classified as hot, while respiratory infections are often treated as cold.

13. Systems of treatment based on simple clinical signs have been developed and validated for the management of respiratory infections.

14. By contrast, we found no reduction in deaths attributed to acute lower respiratory infections in the vitamin-A-supplemented group.

15. Everybody from here to Wesley and back has upper respiratory infections.

16. People who develop meningococcal meningitis may have a preceding upper respiratory infection.

17. As part of our management we advised parents to avoid, when possible, their child's exposure to respiratory infections.

18. Method:The levels of blood glucose, insuline were observed in 35 children with critical disease and 17 children with upper respiratory infection or bronchits.

19. Objective: To collect information of the cellular immunity of aged patients with lower respiratory infection, and so as to provide reference for reasonable and effective intervention of the disease.

20. Conclusions Viral infection was the most common cause of acute lower respiratory infection in children, .

21. Results Members of rescue teams suffered from the following diseases: insect dermatitis (18.37%), tinea pedis (10.83%), acute upper respiratory infection (10.56%) and solar dermatitis (6.20%).

22. The most common adverse events of etanercept included injection site reaction and upper respiratory infection in our study.

23. Objective:To Evaluate the economic effectiveness in different therapeutic schemes of lomefloxacin for lower respiratory infection.

24. OBJECTIVE To used the pharmacoeconomics analysis to help clinic drug administration in treating outpatient's lower respiratory infection.

25. Conclusion: It was effective that the therapy of acute respiratory infection by atomizing inhalation of Virazole in children.

26. Conclusion Special electromagnetic wave therapy is an effective treatment for children's acute lower respiratory infection.

27. Hemophilus influenzae(Hi) is closely related to Hi diseases, which can move down and then cause respiratory infection when the body has low immunity.

28. CONCLUSIONS The P. aeruginosa infection and its(antibiotic) resistance should be paid more attention in the treatment of the lower respiratory infection patients in EICU.

29. RESULTS The result was that the infection rate was 6. 6%, mostly contributed by the lower respiratory infection.

30. Objective: to appraise the curative effect of decoction for clearing lung to stop coughing to treat lower respiratory infection children.

31. Objective To investigate the clinical characteristic, risk factors and antibiotic susceptibilities of 24 cases with lower respiratory infection caused by Flavobacteria.

32. Objective To investigate the clinical effect of special electromagnetic wave therapy as supportive treatment on children's acute lower respiratory infection.

33. Objective: To research the pathogenic bacteria and antibiotics susceptibility of hospital acquired lower respiratory infection and provide the evidence for antibiotic using in the clinics.

34. Objective : To investigate the pharmaco - mechanism of the Yifuqing granula on upper respiratory infection.

35. The cough, asthma and 6 - month attack frequency of respiratory infection were observed before and after treatment.

36. Objective : To evaluate the cost - effectiveness analysis of treating lower respiratory infection with cefatrizine, cefotaxime and cefuroxime.

37. The Herpes simples viruses that has been found in sporadic cases of upper and lower respiratory infection.

38. Brushing our teeth with salt would protect them and prevent the occurrence of respiratory infection.

39. Objective: To Observe the effect of therapy of acute respiratory infection by atomizing inhalation of Virazole in children.

40. The most commonly observed adverse events, all mild and transient, were headache, paresthesia, upper respiratory infection, dry mouth, nasopharyngitis , and constipation.

41. Methods: The pathogenic bacteria isolated from 86 cases of hospital acquired lower respiratory infection and their antibiotics susceptibility were retrospectively analyzed.

42. Objective To investigate the nonbacterial etiology of children's acute lower respiratory infection in Guangzhou.

43. Otitis in the inner ear (labyrinthitis) often arises from respiratory infection, syphilis, or otitis media.

44. Objective To approach the diagnosis and treatment method of refractory lower respiratory infection using bronchofibtoscope protected specimen brush.

45. Influenza is basically an extreme upper respiratory infection and, by itself, is rarely fatal.

46. Methods:Using cost-effectiveness analysis, the cost of treatment of lower respiratory infection were calculated and pharmacoeconomically evaluated.

47. One subject had mild scalp folliculitis and rash thought to be possibly related to PLT, and two others had self-limited vomiting and upper respiratory infection.

48. Objective : To inspect the status of Sendai virus in childrens acute respiratory infection in Tian ˉ jin.

49. Diagnosis Bronchiolitis obliterans organizing pneumonia ( BOOP ) resulting from respiratory infection, presenting with centrilobular nodules.

50. Objective To reduce lower respiratory infection incidence of cut-trachea patients after operation within hospital by prospective intervention.

51. Objective To investigate the alteration of cellular immunity in the upper respiratory infection.

52. Conclusion:The pathogenic bacteria isolated from Lower respiratory infection in senile patients showed severe drug resistance.

53. Last fall, 13 - month - old Aidan Truett of Hamilton, Ohio, developed what seemed like an upper respiratory infection.

54. Very often these signs and symptoms are related to the presence of an upper respiratory infection.

55. Objective To observe the therapeutic effect of shajiganruji on repeated respiratory infection.

56. Worsening at night and difficulty sleeping are common with cough associated with upper respiratory infection and could be caused by exacerbating factors such as dry air or postnasal drip.

57. Diagnosis Bronchiolitis obliterans organizing pneumonia ( BOOP ) resulting from respiratory infection,[http:///respiratory infection.html] presenting with consolidation.

58. Objective To study the practical methods for the diagnosis of clinical etiology of acute respiratory infection ( ARI ).

59. Objective To study the relationship between recurrent respiratory infection ( RRI ) and gastroesophageal reflux ( GER ) in children.

60. Objective : To study how to model zero - inflated count data, and apply it the about respiratory infection.

61. Upper respiratory infection, bronchitis , postnasal drip, and gastroesophageal reflux disease are my leading diagnoses.

62. Conclusions The prospective intervention and control can reduce lower respiratory infection incidence of cut-trachea patients after operation within hospital.