ライフサイエンスコーパス: hydroponic

1 Hydroponic and mesocosm experiments demonstrate that the

2 llan gum-grown plants with those grown under hydroponic and sand culture, significant differences wer

3 , root system morphology and architecture in hydroponics and grain yield and biomass accumulation und

4 monas for the control of Pythium diseases in hydroponics and Pseudozyma flocculosa for the control of

5 assay where SLs were fed via the roots using hydroponics and with a molecular assay in which transcri

6 e either artificial growing conditions (e.g. hydroponics), are severely restricted in the fraction of

7 type rice was unaffected by 100 microm Mn in hydroponics but, when combined with 1 mm malate, this co

8 synthetic SL GR24 via the root system using hydroponics can restore internode length of the SL-defic

9 s of SPIONs on variations of chlorophyll, in hydroponic condition, together with their ability for re

10 posure of the AuNPs to plant seedlings under hydroponic conditions for a 5-day period was investigate

11 sodium selenite as the selenium source under hydroponic conditions resulting in Se accumulation of up

12 tion kinetics of MBT using Arabidopsis under hydroponic conditions.

13 Plants were then established in hydroponic culture and secretion into the growth medium

14 Here, the response of cucumber plants in hydroponic culture at early development stages to two co

15 Analysis of the hydroponic culture medium at harvest revealed significan

16 arsenic chelator dimercaptosuccinate to the hydroponic culture medium caused a 5-fold-increased arse

17 is between MAb Guy's 13 purified from either hydroponic culture medium or from leaf extracts demonstr

18 sed on three transgenic plant lines grown in hydroponic culture medium, two expressing monoclonal ant

19 t (Triticum aestivum L. cv Fremont) grown in hydroponic culture under 24-hour continuous irradiation

20 mants were more tolerant to Fe deficiency in hydroponic culture, as shown by higher chlorophyll and F

21 Using barley seedlings in hydroponic culture, we characterized additional inducers

22 DMA(V) were grown to maturity in nonsterile hydroponic culture.

23 rown rice, and in rice grain from nonsterile hydroponic culture.

24 K(+)-sufficient conditions (1.75 mm KCl) in hydroponic culture.

25 water and nutrients were supplied by liquid hydroponic culture.

26 sing polyamine biosynthesis, in salt-treated hydroponic cultures (125 mm sodium chloride, 20 d).

27 Hydroponic culturing of transgenic plants demonstrated C

28 rce of nitrogen for radish grown in a second hydroponics experiment.

29 sativa) were quantified and visualized upon hydroponic exposure to Ag-NPs, Ag2S-NPs, and AgNO3 at 3

30 After 10 days of hydroponic exposure, association between particles and r

31 the determination of essential nutrients in hydroponic growing systems.

32 Hydroponics is a water, energy, space, and cost efficien

33 d with mesocosm experiments, and bench-scale hydroponic measurements were performed to develop an emp

34 CV-N rhizosecretion at levels of 0.64 mug/ml hydroponic media after 24 days.

35 Because plants grown in hydroponic media can be rapidly and transiently stressed

36 noglobulin complexes from plant roots into a hydroponic medium (rhizosecretion) was engineered to pro

37 racted from the leaves or rhizosecreted into hydroponic medium by transgenic plants, was shown to hav

38 Hydroponic medium could be added directly to a chromatog

39 rted when roots were incubated for 12 h in a hydroponic medium supplemented with 200 mm NaCl.

40 re measured in different vegetables grown in hydroponic medium supplemented with heavy metals and com

41 s were relatively stable and taken up from a hydroponic medium through both Arabidopsis leaf petioles

42 MBT depletion kinetics in the hydroponic medium with plants were second order (t1/2 =

43 an PAA-EG-QDs after 11-day incubation in the hydroponic medium), possibly due to electrostatic attrac

44 lated BT was excreted by the plants into the hydroponic medium, a phenomenon not observed previously.

45 -coated QDs displayed destabilization in the hydroponic medium, and generated particulate fluorescenc

46 Rhizosecreted antibody bound to MC-LR in hydroponic medium, and transgenic plants grew more effic

47 concentration when not controlling pH of the hydroponic medium, which resulted in increased alkalinit

48 roduction was examined using plants grown in hydroponic medium.

49 nant proteins from their roots into a simple hydroponic medium.

50 that accumulate in both the plant tissue and hydroponic medium; metabolite representation evolved tem

51 demonstrated in a model system consisting of hydroponic Nicotiana plant cultures expressing a murine

52 Precise control of hydroponic nutrients is essential for growing healthy pl

53 d to directly determine these surfactants in hydroponic plant growth medium that received simulated g

54 Hydroponic plant growth studies indicate that silver nan

55 ssessment of CAPB and AE biodegradation in a hydroponic plant growth system used as a graywater biore

56 Based on previously published hydroponic plant, planktonic bacterial, and soil microbi

57 utyric acid increased the root dry weight of hydroponic plants, whereas the cytokinins benzylaminopur

58 t the case for tomatoes grown using the pure hydroponic production system based on the recirculation

59 biopharmaceutical companies, development of hydroponic production systems, and evaluation by regulat

60 icum annuum L. cv Bellboy) plants growing in hydroponics (rockwool) in the greenhouse.

61 ted with different concentrations of Pb in a hydroponic setup.

62 olization in mature Zea mays plants grown in hydroponic solution supplemented with selenate or seleni

63 Additionally, a novel hydroponic solution was developed and optimized for Al t

64 s took up and metabolized 67% of the DNAN in hydroponic solution.

65 ng, even though these QDs were stable in the hydroponic solution.

66 eased removal rates of these pollutants from hydroponic solution.

67 ree of Al tolerance by transformed plants in hydroponic solutions and in naturally acid soil correspo

68 Growing whole maize seedlings in hydroponic solutions of target estrogens resulted in bot

69 racemic mixtures of 5-OH-PCB95 remaining in hydroponic solutions.

70 lants grown under controlled conditions in a hydroponic system (30 muM HgCl2) was compared with that

71 We grew alfalfa, lentil and soy in a hydroponic system amended with soluble salts, containing

72 efficacy of a sterile and contamination-free hydroponic system for dissecting morphophysiological and

73 srupted or constitutively overexpressed in a hydroponic system or in soil-grown maize seedlings chall

74 sically labeled plant foods harvested from a hydroponic system with heavy water, vitamin A activity o

75 When tested in a hydroponic system, gamma-ECS mature plants accumulated m

76 nhibitor), or water (untreated control) in a hydroponic system.

77 We discovered that BT in hydroponic systems was rapidly (approximately 1-log per

78 improved the growth and health when grown in hydroponic systems with high concentrations of phenanthr

79 he near-starchless mutant TL25 were grown in hydroponics under two levels of nitrate, 0.2 versus 6 mM

80 ciated with enhanced P uptake under low P in hydroponics, whereas Sb03g006765 and Sb03g0031680 allele

81 ruction during Roman times, to their role as hydroponic (zeoponic) substrate for growing plants on sp