ライフサイエンスコーパス: plumbing

1 lms in water distribution systems or premise plumbing.

2 in distribution mains and connected premise plumbing.

3 n and influenced by distribution and premise plumbing.

4 ng opportunistic pathogen control in premise plumbing and potential opportunities for and barriers to

5 rogram of rapid, effective remedial biofilm, plumbing and water treatment to characterize and elimina

6 ters, indicating distribution and/or premise plumbing as main contributors of mycobacteria.

7 can result in undesirable interactions among plumbing components that undermine engineering controls

8 A simple plumbing design, using a small, low-power solenoid pump

9 multilocus sequence typing (MLST) survey of plumbing drain-associated Fusarium isolates and comparin

10 r Fusarium STs were frequently isolated from plumbing drains within a broad geographic area and were

11 gh density of children and limited household plumbing facilities.

12 ions, tap water chemical levels, and premise plumbing flushing effectiveness.

13 ll 10 homes sampled before and after premise plumbing flushing.

14 blood vessel is no longer viewed as passive plumbing for the brain.

15 s (OPPPs) that persist and grow in household plumbing, habitats they share with humans.

16 linked with a complex and dynamic system of plumbing in the Earth's subsurface.

17 nking water distribution systems and premise plumbing is needed.

18 ely, partial LSLR more than doubled premises plumbing (L1, L2) lead release in the short term and did

19 Microscopic examination of the water plumbing lines revealed hyphal forms compatible with mol

20 vered that copper released from corrosion of plumbing materials can initiate evolution of >1100 times

21 lization of lead corrosion scales present in plumbing materials used in water distribution systems re

22 water distribution systems with lead-bearing plumbing materials, has been hypothesized to involve Pb(

23 med from the chlorination of lead-containing plumbing materials.

24 decaying infrastructure, and developing new plumbing materials.

25 high-density microfluidic chips that contain plumbing networks with thousands of micromechanical valv

26 image magma transfer within the deep crustal plumbing of the Soufriere Hills volcano on Montserrat, W

27 the occurrence of six opportunistic premise plumbing pathogens (OPPPs) in 24 roof-harvested rainwate

28 domonas aeruginosa are opportunistic premise plumbing pathogens (OPPPs) that persist and grow in hous

29 ple construction from commercially available plumbing pipes and fittings.

30 In keeping with UK plumbing practice, 24 of 27 homes had internal roof wate

31 spectrometry is demonstrated using a simple plumbing scheme and a self-aspirating heated nebulizer p

32 with the presence of N. fowleri in household plumbing served by treated municipal water supplies and

33 398 water samples, in 22% of 1311 swabs from plumbing structures and environmental surfaces, and in 8

34 sotopic compositions existed in the volcanic plumbing system before or during melt aggregation.

35 6 km depth, which we interpret as a shallow plumbing system comprising a fractured hydrothermal rese

36 rlying feeder dykes that served as the magma plumbing system for much of the nearside mare volcanism.

37 contamination, and chemical parameters of a plumbing system in an Italian hospital.

38 In this study, we examine the effects of plumbing system materials and two commonly applied disin

39 ion of a foam layer at shallow levels in the plumbing system of the volcano.

40 was isolated from both patients and 30 of 39 plumbing system sites in the hospital.

41 Biological tubes serve as the body's plumbing system, transporting fluids and gases throughou

42 at unflushed (<10 to 420 mug/L) and flushed plumbing systems (<10 to 96 mug/L) and sometimes concent

43 unknown, but there is growing evidence that plumbing systems are sources of human pathogenic strains

44 Complexities associated with drinking water plumbing systems can result in undesirable interactions

45 It has been proposed that plumbing systems might serve as a significant environmen

46 hogens occurring in premise (i.e., building) plumbing systems, including strains of Legionella, Mycob

47 rm and grow in biofilms, are well adapted to plumbing systems.

48 h-performance separation columns and on-chip plumbing was used to achieve a fully integrated system f

49 chlorine, combined with removal of redundant plumbing, was instituted.

50 , demonstrates that high WLLs from disturbed plumbing were a possible cause.