ライフサイエンスコーパス: hot water

1 their surfaces after simply interacting with hot water.

2 raction of coffee beans was carried out with hot water.

3 the framework during the reaction in liquid hot water.

4 rncob (PCC) anthocyanin extraction matrices (hot water, 40% ethanol, C18 purified), drying inlet temp

5 eat on fresh-cut onion slices by treating in hot water (50, 60, 70 degrees C) for 1 min.

6 Hot water, acting as a mildly acidic catalyst, efficient

7 (3.5-100 kDa and >100 kDa) from cold water, hot water and aqueous ethanolic SLE extracts.

8 In view of its high stability in hot water and high selectivity for CO2 adsorption, NTHU-

9 Facile ring opening of these products in hot water and pyridine affords differentially protected

10 Brazilian grape pomace was extracted in hot water, and a factorial experiment was used to evalua

11 s (such as cold methanol/acetonitrile/water, hot water, and boiling ethanol/water, as well as cold et

12 After 100-170 days of exposure to hot water at 360 degrees C, the oxidation of the NCD-coa

13 icinalis by M-100 and M-75, respectively and hot water at 60 degrees C served as the eluting solvent.

14 , neutralization with 20% NaOH, washing with hot water at 85 degrees C, drying at 90 degrees C, clari

15 which could be extracted in high amounts, by hot water at 90 degrees C, from immature kumquat peel.

16 On the other hand, hot water bath (at 60 degrees C) hydrolysis enabled both

17 UV-C effect was observed in OC and AC, while hot water blanched samples showed significantly higher o

18 Impact of steam, hot water blanching and UV-C irradiation as pre-treatmen

19 which are used in applications such as solar hot-water collectors, heat exchangers and electronic pac

20 Contamination of hot water distribution systems by Legionella represents

21 cale extracted by comparable protocols using hot water, enzyme assisted hydrolysis and ethanol precip

22 across a transect of bench- and pilot-scale hot water experiments carried out with the same municipa

23 Hot water extract of immature calamondin peel contains h

24 The hot water extract of immature calamondin peel exhibited

25 The hot water extract of immature calamondin peel was fracti

26 A seven flavonoids in hot water extract of immature kumquat (Citrus japonica v

27 A proprietary hot water extract of oleander (Anvirzel) also blocked TN

28 l acetate soluble fraction obtained from the hot water extract of Picea mariana bark (BS-EAc(f)) has

29 retin are the five major flavonoids found in hot water extract with the levels of 6888+/-522, 2333+/-

30 eretin, while DGPP and hesperidin are in the hot water extract.

31 e found primarily in the 6 M HCl-hydrolyzed, hot water extract.

32 from the HPLC/UV analysis of the pressurized hot water extraction (PHWE) extracts together with the a

33 Pressurised hot water extraction (PHWE) is a "green" technology whic

34 his work, an on-line process for pressurised hot water extraction (PHWE) of antioxidants from plants

35 and NDP-sugar standards, we have shown that hot water extraction allows good recovery of the target

36 In the present work, optimization of hot water extraction, structural characteristics, functi

37 e and facilitates the release of fucoidan by hot water extraction.

38 We characterized two pressurized hot water extracts from grape pomace obtained at 100 deg

39 Pressurized hot water extracts obtained at different temperatures po

40 The optimal combination of hot water extracts spray dried with 5% maltodextrin at 1

41 nolic and flavonoid content were obtained in hot water extracts.

42 (>/=100 micrograms) or hindpaw immersion in hot water (>/=45 degrees C for 4 min) correlated with th

43 Absorption lines of hot water have been identified in the infrared spectra o

44 t individuals can take measures (e.g., raise hot water heater temperatures and filter water) to reduc

45 Hot water heating increased the yields of essential oils

46 estigated the effects of 8 weeks of repeated hot water immersion ('heat therapy') on various biomarke

47 Intermittent hot water immersion ('heat therapy') results in elevatio

48 In the present study, hot-water-immersion tail-flick antinociception assays at

49 These studies evaluated hot water immersions (30, 50, 70, and 90 degrees C for 1

50 l injection of capsaicin or paw immersion in hot water) induced profound attenuation of the jaw-openi

51 epresents a boy who "urinates" shortly after hot water is poured onto his head.

52 tus known in textbooks, one that generated a hot water mist in the spark flask, simulating a water va

53 of atrazine was also measured in ambient and hot water modified with ethanol and urea.

54 The infrared spectrum of hot water observed in a sunspot has been assigned.

55 oak wood samples either previously soaked in hot water or not.

56 roved, indicating that potassium sorbate and hot water potentiated thiabendazole activity.

57 this report, the Cmf-CPS was extracted with hot water, precipitated with ethanol, and further purifi

58 were identified following bench-scale liquid hot water pretreatment.

59 hydrolysis alone as well as through combined hot-water pretreatment and enzymatic hydrolysis using a

60 Zeolite aging in hot water prior to catalysis decreased the weight normal

61 ically spraying a solution of complex into a hot water reservoir, which enhances diffusion and relaxa

62 Geochemical consequences of hot water-rock interactions render these environments ha

63 The concentration of DBP and DEHP in hot-water samples from plastic bags were found in the ra

64 the genus Thermus, from neutral and alkaline hot water springs on four continents, have been screened

65 nta) and 13 MAC isolates from the hospital's hot water system were examined.

66 ained isolates recovered from the hospital's hot water system; 13 (25%) of 51 isolates from patients

67 d analgesics with two antinociceptive tests: hot water tail-withdrawal and acetic acid-induced writhi

68 iceptive potency of morphine, as measured by hot-water tail-flick assays.

69 Reducing hot water temperatures by 5 degrees C and improving thea

70 rions and Li(+) salts were crystallized from hot water to afford cationic networks based on tetrahedr

71 ophilic substrate that reconstructed against hot water to become more hydrophobic.

72 This method, what we call hot water treatment, offers the ability to grow metal ox

73 The flavonoids of kumquat extracted from hot water were mainly soluble conjugated compounds, incl