ライフサイエンスコーパス: protein-rich

1 inner membrane of mitochondria is especially protein-rich.

2 A protein-rich active site for the eukaryotic RNase P repr

3 inner membrane of mitochondria is especially protein rich and displays a unique morphology characteri

4 s fraction formed a coating of submum spaced protein-rich and lipid-rich domains, i.e., of two materi

5 gh pulmonary artery pressures that lead to a protein-rich and mildly hemorrhagic edema, with normal l

6 h algae requires several synthesis pathways, protein-rich Apocyclops does not, suggesting this ancest

7 The protein-rich areas expanded with time, resulting in redu

8 se aggregates are strongly associated with a protein-rich biofilm matrix.

9 vity toward carbohydrate-binding proteins in protein-rich biological media.

10 on" approach, we were able to detect EV71 in protein-rich biological medium within 15 min with reason

11 The carbohydrate-rich and protein-rich breakfasts had significantly different effe

12 We determined whether carbohydrate-rich or protein-rich breakfasts, such as those Americans normall

13 rved after stimulation of these cells with a protein-rich (butanol-extracted) LPS preparation.

14 Protein-rich clusters of steady submicron size and narro

15 e associated either with the exosome-rich or protein-rich compartments.

16 that the adlayer composition is dominated by protein rich components.

17 ingredients, such as salt, baking powder and protein-rich components, reduced CML from 50% to 86%.

18 les with positively charged partners to form protein-rich dense liquid droplets.

19 ulate their rate of cycling in response to a protein-rich diet and to enter vitellogenesis.

20 e stem cell division and cyst growth under a protein-rich diet in Drosophila.

21 o the cold Greenland Arctic climate and to a protein-rich diet.

22 n were 48, 27, and 25, respectively, for the protein-rich diet; 58, 27, and 15, for the carbohydrate-

23 n vivo, the polarity patch is trailed by a G protein-rich domain, and this polarized distribution of

24 s liquid-liquid phase separation (LLPS) into protein-rich droplets mediated by a low complexity seque

25 ired for LLPS, fibrillization is enhanced in protein-rich droplets.

26 ere more abundant and displayed a lipid- and protein-rich "drusen-like" composition.

27 ocyanins than same from BBJ, suggesting that protein-rich DSF protects anthocyanins during transit th

28 the flooding of the alveolar airspaces with protein-rich edema fluid and diffuse alveolar damage.

29 y edema and also facilitates accumulation of protein-rich edema fluid and inflammatory cells in the d

30 lar capillary barrier, with extravasation of protein-rich edema fluid into the airspace.

31 es, and flooding of the alveolar spaces with protein-rich edema fluid.

32 oxidant-mediated vascular hyperpermeability, protein-rich edema formation, and acute lung injury.

33 eguminous pulse crop, which is grown for its protein rich edible seeds.

34 either protease results in hypomineralized, protein-rich enamel.

35 rasmus, development of a successful low-cost protein-rich food for infants and young children, establ

36 sorption process provides a means to create protein-rich food ingredients containing concentrated pl

37 By co-drying cranberry pomace extract with a protein-rich food matrix, such as soy protein isolate (S

38 However, the ability of an actual protein-rich food to stimulate anabolism in the young an

39 e muscle protein after ingestion of a common protein-rich food.

40 developed countries, occurring naturally in protein-rich foods and as an additive in processed foods

41 applications (e.g. to improve the texture of protein-rich foods or in generating antibody-drug conjug

42 a and South America is increasing demand for protein-rich foods, especially meat and dairy products,

43 g randomized to receive a standard (FOF1) or protein-rich formula (FOF2).

44 APAP injury these miRNAs were present in the protein-rich fraction.

45 fugation to separate the starch rich and the protein rich fractions.

46 Protein-rich fractions inhibitory for isolated ureteric

47 albicans (carbohydrate, purified mannan, and protein-rich fractions, etc.), as well as non-Candida an

48 allows differentiation of simulated simple, protein-rich, hemorrhagic, and enhancing renal cysts in

49 om specifically designed to simulate simple, protein-rich, hemorrhagic, and enhancing renal cysts was

50 oligopeptides to obtain amino acids in this protein-rich host environment.

51 s, mottled, discolored, hypomineralized, and protein-rich if the enamel matrix is not completely remo

52 ential gene (let-858) that encodes a nuclear protein rich in acidic and basic residues.

53 product of rorf10 is a 14-kDa intracellular protein rich in alpha-helices that specifically interact

54 be the initial characterization of the small protein rich in arginine and glycine (SRAG).

55 Frac encodes a multidomain extracellular protein rich in epidermal growth factor (EGF) and calciu

56 manner dependent on another IKK regulator, a protein rich in glutamate, leucine, lysine, and serine (

57 anner dependent on IKKgamma/NEMO and ELKS (a protein rich in glutamate, leucine, lysine, and serine).

58 It encoded a soluble protein rich in glutamic and aspartic acid with a putati

59 onserved in most Grande copies and encodes a protein rich in glycine, serine, and acidic amino acids

60 ates during ripening and encodes a predicted protein rich in hydrophobic amino acids.

61 ze mRNA: SETalpha, SETbeta, pp32, and acidic protein rich in leucine (APRIL).

62 A newly identified nuclear protein rich in leucine heptad repeats called HEC is imp

63 y factor (ADSF/resistin) is a novel secreted protein rich in serine and cysteine residues with a uniq

64 utatively codes for a 241- to 265-amino-acid protein, rich in glutamine (13.2%), glycine (23.4%), and

65 t of the cell cycle and may be influenced by proteins rich in disulfide bonds.

66 d MFS18 encode small (128 amino acids) basic proteins rich in glycine, alanine, proline and serine.

67 These proteins are small basic proteins rich in lysine and alanine residues and contain

68 xhibit different affinities for peptides and proteins rich in proline residues.

69 e product of FMR2 is a member of a family of proteins rich in serine and proline, members of which ha

70 Previous work showed that proteins rich in serine-arginine (SR) dipeptides act thr

71 Disordered proteins, rich in phenylalanine-glycine repeat motifs (F

72 LBs are protein-rich inclusions, in which alpha-synuclein (alpha

73 GP added to the model system with protein-rich ingredients resulted in the weakest inhibit

74 assembly/disassembly of liquid-like RNA- and protein-rich intracellular bodies, or liquid organelles,

75 Dynamic protein-rich intracellular structures that contain phase

76 Most organisms form protein-rich, linear, ladder-like structures associated

77 olutions exhibit both mesoscopic clusters of protein-rich liquid and liquid-liquid separation; the fo

78 ese by-product wastes contain good amount of protein rich material that are normally processed into l

79 200 nm large patches of either lipid-rich or protein-rich material.

80 ls from aqueous cinnamon extract (CE) onto a protein rich matrix was developed.

81 This protein-rich matrix protects against polyspermy, microbe

82 The anabolic muscle response to a protein-rich meal during ED was not different (P>0.05) f

83 selected receptors, even in the presence of protein-rich media.

84 RISPR deletion mutant had a growth defect in protein-rich medium and mimicked the phenotype of a gene

85 Nuclear bodies are RNA and protein-rich, membraneless organelles that play importan

86 an integral membrane protein found in lipid/protein-rich microdomains, and it is believed to regulat

87 rus RNAs, taking place in a complex RNA- and protein-rich milieu.

88 By controlling the amount of protein-rich nutrients in the diet, we established condi

89 roups were fed either custom-made lipid- and protein-rich nutrition (n = 6) or isocaloric control nut

90 Lipid- and protein-rich nutrition attenuated circulating levels of

91 In additional, lipid- and protein-rich nutrition augmented the anti-inflammatory r

92 tinuous enteral administration of lipid- and protein-rich nutrition is a promising intervention to mo

93 Culture supernatants became protein rich only after rapid growth had been completed,

94 An energy-dense, protein-rich oral formula enriched with arginine, zinc,

95 , with a distinctive hydration layer, form a protein-rich phase that separates from a protein-lean ph

96 on (LLPS) accompanied by gelation within the protein-rich phase.

97 regation of the lipids into protein-poor and protein-rich populations.

98 loyed to separate navy bean flour (NBF) into protein-rich (PR) and starch-rich (SR) fractions.

99 ARDS is caused by protein-rich pulmonary edema that causes severe hypoxemi

100 airway constriction, lung inflammation, and protein-rich pulmonary edema.

101 were hydrolyzed by HL at a faster rate than protein rich r-HDL.

102 codes ASPP2 (ankyrin repeats, SH3 domain and protein rich region containing protein 2).

103 High density in the outer shell identifies protein-rich regions that can be accounted for by a sing

104 an mitochondrial ribosome is one of the most protein-rich ribosomes, containing several new proteins.

105 Our results suggest that protein-rich RNase P variants might have evolved to supp

106 lf-splicing group II introns into a dynamic, protein-rich RNP machinery.

107 SCARB2 for detecting the presence of EV71 in protein-rich samples compared to UV-vis spectrum measure

108 The microfluidic LC analysis of a protein-rich SCX fraction enabled the confident identifi

109 profiles but also the structure stability in protein rich serum condition.

110 ulating the extracellular environment and in protein-rich serum resulted in notably lower and higher

111 of IF3(mt) has significant contacts with the protein-rich small subunit of mammalian mitochondrial ri

112 strategy for the reduction of off-flavour in protein-rich soymeal.

113 rt that long-term feeding of rats with a soy protein-rich (SP) diet during gestation and adult life r

114 l design of a vast library of multicomponent protein-rich structures that ranges from uniform nano-,

115 Protein-rich supplements are used widely for the prevent

116 e eye and for normal vision is the thin, but protein-rich, tear film in which the small tear glycopro

117 source of Native American Indians, produces protein-rich tubers, tolerates a wide range of soils, an

118 ll as the assembly of microtubule-associated protein rich tubulin.

119 Considering that broccoli is a protein-rich vegetable, better determinations of the DM

120 the regulation of intermediary metabolism in protein-rich versus oil-rich seeds.

121 prevent invasion, leading to accumulation of protein-rich vesicles in the host cell cytosol.

122 arily ancient, having been isolated from the protein-rich walls of chlorophyte algae to the cellulose