ライフサイエンスコーパス: albumen

1 ncentration in yolk, but was not detected in albumen.

2 d survival in chicken macrophages and in egg albumen.

3 endered the organism more susceptible to egg albumen.

4 yolk (14.8+/-2.4 ng/g ww) approximately egg albumen (14.8+/-5.9 ng/g ww)>muscle (10.9+/-5.1 ng/g ww)

5 We examined mercury concentrations in albumen and nestling blood and feathers as predictors of

6 n eggs by repairing DNA damage caused by egg albumen and that it may be one of the biologic determina

7 0-400mgL(-1) and then on fresh and dried egg albumen and yolk down to 2.10(^4) and 1.10(^5) dilution

8 Immunohistochemical studies using rat serum albumen antisera indicated that the BBB was closed at th

9 on of veterinary medicinal products from egg albumen are needed.

10 cross-linked with a mixture of bovine serum albumen (BSA) and gultaraldehyde (GLA).The optimum condi

11 he case of trypsin digestion of bovine serum albumen (BSA) more peptides and higher sequence coverage

12 s from the trypsin digestion of bovine serum albumen (BSA).

13 nted for 66% of the SigmaOP concentration in albumen, but only for 13% in yolk.

14 the veterinary drugs residues present in egg albumen do not decompose, as it takes place during the p

15 the eggs and persist inside the hostile egg albumen environment.

16 t was found to influence kidney structure or albumen excretion.

17 The albumen gland also appears to produce significant amount

18 d during egg laying that act in concert with albumen gland attractin to stimulate attraction, but the

19 mployed differential library screening of an albumen gland cDNA library, Northern blot analysis, puri

20 ecursors were soluble and highly abundant in albumen gland extracts, whereas Alb-23 and Alb-69 were m

21 was purified and characterized from Lymnaea albumen gland extracts.

22 Secretions of the exocrine albumen gland of Lymnaea are packaged in the eggs of an

23 We previously found that the albumen gland produces large amounts of Lymnaea epiderma

24 characterization, cloning, and expression of albumen gland proteins, matrix-assisted laser desorption

25 itative differences in expression in female (albumen gland) and male (prostate gland) organs, it is p

26 were highly expressed in Aplysia californica albumen glands and encoded novel proteins.

27 Furthermore, we discovered that egg albumen has nuclease activities and uses both circular a

28 l height (ACH), yolk coefficient (YC), thick albumen height (TAH), Haugh unit (HU), and albumen pH.

29 uding eggshell strength, eggshell thickness, albumen height and yolk colour.

30 l strength, eggshell thickness, yolk colour, albumen height) and performance of laying hens.

31 the yolk coefficient, air cell height, thick albumen height, Haugh unit, and albumen pH could be pred

32 Albumen [Hg] did not correlate with reproductive end poi

33 tching failures, which were not explained by albumen [Hg], and other nestling tissues could therefore

34 Therefore, resistance to egg albumen is an important aspect in the transmission of S.

35 Thus, lyophilized albumen may be a potential source of their residues for

36 gentatus; n=8) and the separate egg yolk and albumen of their entire clutches of eggs (n=16) (collect

37 eight, thick albumen height, Haugh unit, and albumen pH could be predicted with the residual predicti

38 ein fibers, which is caused by an increasing albumen pH due to CO(2) release from the egg.

39 27, 3.03, and 3.72 for ACH, YC, TAH, HU, and albumen pH, respectively.

40 k albumen height (TAH), Haugh unit (HU), and albumen pH.

41 ous stores (e.g. muscle) and in egg yolk and albumen reflect the nutrient sourcing that distinguishes

42 ous stores (e.g. muscle) and in egg yolk and albumen reflect the nutrient sourcing that distinguishes

43 n of painted and gilded areas, i.e. yolk and albumen, respectively.

44 in and doxycycline was confirmed in real egg albumen samples.

45 etween muscle and yolk or between muscle and albumen, suggesting de novo synthesis.

46 etween muscle and yolk or between muscle and albumen, suggesting de novo synthesis.

47 at did not differ between muscle and yolk or albumen, suggesting that most of these AAs were directly

48 at did not differ between muscle and yolk or albumen, suggesting that most of these AAs were directly

49 Delta(15) N(Pro-Phe) was higher in yolk and albumen than in muscle, reflecting the mobilization of e

50 nguin (15) N(Pro-Phe) was higher in yolk and albumen than in muscle, reflecting the mobilization of e

51 A) had higher delta(15) N values in yolk and albumen than in muscle, suggesting that they were transa

52 c' AA) had higher d(15) N values in yolk and albumen than in muscle, suggesting that they were transa

53 ermination of 85 analytes in lyophilized egg albumen was developed and successfully validated.

54 rovar Typhimurium enhanced resistance to egg albumen, while disruption of this gene in S. enterica se

55 muno-PCR allowed detection of S. enterica in albumen within 24 h.

56 ion of hen egg presence in the extract, i.e. albumen, yolk, or their co-presence in the matrix.

57 a SPR biosensor to simultaneously recognize albumen, yolk, or their mixtures in HVPD extracts.