ライフサイエンスコーパス: bloodborne

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1 Antarctic eelpouts with hepatic synthesis of bloodborne AF and found that they also express secreted

2 xane tube is used for effective capturing of bloodborne and foodborne pathogens.

3 ell and macrophage subsets poised to capture bloodborne antigens.

4 ing hematogenously disseminated candidiasis, bloodborne Candida albicans interacts with vascular endo

5 henotype and may contribute to the uptake of bloodborne cells.

6 h risk for acquiring HIV infection and other bloodborne diseases.

7 ory delivery and mitochondrial metabolism of bloodborne fuels.

8 er (BBB), which prevents the brain uptake of bloodborne gene formulations.

9 of the inflammatory response of the body to bloodborne Gram-negative bacteria occurs in the liver an

10 The bloodborne immunoconjugates induce a cytolytic immune re

11 ion of their O-antigens during the course of bloodborne infections.

12 ous diseases, including infections caused by bloodborne organisms (human immunodeficiency virus, hepa

13 -part review focuses on infections caused by bloodborne organisms, organisms spread through the oral-

14 No needlestick injuries or potential bloodborne pathogen exposures were reported.

15 case of patient-to-patient transmission of a bloodborne pathogen in a dental setting in the United St

16 Hepatitis C virus (HCV) is the most common bloodborne pathogen in the United States and is a leadin

17 Hepatitis C virus (HCV) is the most common bloodborne pathogen in the United States and is an impor

18 Most surgeons underestimate the risk of bloodborne pathogens and do not routinely use double glo

19 Bacterial meningitis occurs when bloodborne pathogens invade and penetrate the blood-brai

20 quire that assays be performed for important bloodborne pathogens such as hepatitis C, syphilis, hepa

21 le nuclear pharmacy were offered testing for bloodborne pathogens.

22 place individuals at risk for infection with bloodborne pathogens.

23 s potentially facilitate the transmission of bloodborne pathogens.

24 s a vehicle for the possible transmission of bloodborne pathogens.

25 This inflammation involves infiltration of bloodborne polymorphonuclear leukocytes (PMNs) into the

26 lerability, yet prior evidence suggests that bloodborne progenitor cells may participate in airway re

27 cells are likely responsible for initiating bloodborne secondary infections.

28 ic treatment with an MMP inhibitor decreased bloodborne sFasL, and reduced CNV in young and aged mice

29 d mice to show that nonneural (behavioral or bloodborne) signals are adequate to maintain circadian r

30 In bloodborne staphylococcal infections, bacteria and plate

31 esults are consistent with the occurrence of bloodborne transmission of HHV-8 among IDUs.

32 svirus 8 (HHV-8) was examined to investigate bloodborne transmission of the virus.

33 diating early interactions of platelets with bloodborne tumor cells via their cell surface mucins, an

34 Hepatitis C is the most prevalent bloodborne viral disease in the United States and the de

35 ution was associated with increased risk for bloodborne viral infections, sexually transmitted diseas

36 question as to why there is no evidence for bloodborne virus transmission.

37 requently occurred in individuals exposed to bloodborne viruses (95% in HCV-HIV coinfected intravenou

38 asise the continuing risk of transmission of bloodborne viruses in all health-care settings where ski

39 f infected persons, salivary transmission of bloodborne viruses is unusual and transmission of infect

40 SEN viruses (SENVs) are newly discovered bloodborne viruses that may play a role in liver disease

41 s and was associated with detection of other bloodborne viruses, such as HCV RNA and SEN virus D.

42 rombus formation was critically dependent on bloodborne vWF and autocrine platelet stimulation.

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