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1 ion, and entrainment of circadian rhythms to nutrient intake.
2 the visceral musculature and, consequently, nutrient intake.
3 ion of HIV-associated wasting and inadequate nutrient intake.
4 These effects are independent from nutrient intake.
5 lity and hedonic value play central roles in nutrient intake.
6 ich top-down pressures influence patterns of nutrient intake.
7 and cellular lipid metabolism independent of nutrient intake.
8 , including active ion-transport and passive nutrient intake.
9 the capacity to methylate arsenic differs by nutrient intake.
10 cations of calorie restriction with adequate nutrient intake.
11 nd women who kept 7-d food diaries coded for nutrient intake.
12 d frequency questionnaire was used to assess nutrient intake.
13 ng a basal fasting period and in response to nutrient intake.
14 offered a high (n = 11) or moderate (n = 7) nutrient intake.
15 nd were better at ranking, than quantifying, nutrient intake.
16 d frequency questionnaire was used to assess nutrient intake.
17 trates behavioral and metabolic responses to nutrient intake.
18 ments may not converge to her/his true usual nutrient intake.
19 has had limited success at increasing their nutrient intake.
20 xplained by changes in lifestyle and dietary nutrient intake.
21 been shown to be unrelated to variations in nutrient intake.
22 enesis and adipocyte browning independent of nutrient intake.
23 underling homeostatic mechanisms controlling nutrient intake.
24 process by changes in nutritional status and nutrient intakes.
25 ad and can contribute substantially to total nutrient intakes.
26 elated hormones are associated with specific nutrient intakes.
27 tic factors potentially influence energy and nutrient intakes.
28 eristics and health-related factors with low nutrient intakes.
29 associated variables that are predictive of nutrient intakes.
30 n metabolism over a range of clinically used nutrient intakes.
31 odium restriction on simultaneous energy and nutrient intakes.
32 een groups and with United Kingdom reference nutrient intakes.
33 improvements in maternal learning and infant nutrient intakes.
34 ood biodiversity and help to better estimate nutrient intakes.
35 d-frequency questionnaire to assess food and nutrient intakes.
36 iet were determined by using the recommended nutrient intakes.
37 to 25(OH)D, is not directly correlated with nutrient intakes.
38 rdiolipoprotein indexes, serum antioxidants, nutrient intakes, aerobic fitness, and percentage body f
42 use of 1) supplements' large contribution to nutrient intake and 2) differential use of supplements b
43 ophin in physiological mechanisms regulating nutrient intake and body weight in the mature brain.
45 levels of leptin and inflammation may reduce nutrient intake and contribute to the development of pro
49 tanding the physiology controlling energy or nutrient intake and energy expenditure have complemented
50 ctional surveys to observe secular trends in nutrient intake and food consumption patterns over 2 dec
55 ite blood cells, are influenced by essential nutrient intake and may serve as functional tests for ev
56 e conclude that ghrelin's central effects on nutrient intake and nutrient partitioning can be separat
58 food security, is associated with decreased nutrient intake and poor health, which can lead to nutri
59 d enteral formulas (PE-formulas) can improve nutrient intake and promote anabolism in critically ill
60 eous evaluation of several parameters, e.g., nutrient intake and requirement and physical and anthrop
63 riod mutants identified a novel link between nutrient intake and tolerance of infection with B. cepac
64 and coordination of effectors that determine nutrient intake and utilization, thus preventing cellula
65 ling does not occur in response to increased nutrient intake and/or offspring demands, but rather pre
66 e caused by the postoperative differences in nutrient intake and/or weight loss as well as difference
72 ergy intake can obscure associations between nutrient intakes and disease risk or even reverse the di
73 ormulations) generally report higher dietary nutrient intakes and healthier diets in studies in which
74 system positively influences food-group and nutrient intakes and is associated with a higher diet qu
75 o describe the associations between specific nutrient intakes and nutritionally dependent hormones.
76 about picky eaters being prone to inadequate nutrient intakes and on encouraging all parents to exten
77 e correlations between the factor scores and nutrient intakes and plasma concentrations of biomarkers
78 e-nutrient-dense meals, tailored to increase nutrient intakes and reduce the prevalence of nutrient i
79 en to evaluate the relation between diet and nutrient intakes and the risk of non-Hodgkin's lymphoma
80 zed dishes, and thus defined different daily nutrient intakes and their association with health effec
81 ies are usually biased, correlated with true nutrient intakes and with each other, heteroscedastic, a
83 5) scores, food-group intake, energy intake, nutrient intake, and cardiometabolic risk factors was an
85 wed exposures to levels and timing of light, nutrient intake, and physical activity never before poss
87 nation of infant feeding practices, food and nutrient intakes, and nutritional status of Americans <2
88 e and adequacy of infant feeding, energy and nutrient intakes, and the chosen indicators to capture m
90 whether and to what extent usual patterns of nutrient intake are associated with VAT, SAAT, and STRAT
94 e of human genetic differences in energy and nutrient intake as well as in eating behavior phenotypes
97 foods design/reformulation, food labelling, nutrient intake assessment and calculation of the dietar
100 ly overestimate infant or toddler energy and nutrient intakes because of portion size estimation erro
101 ive of this study was to assess agreement on nutrient intake between the nutrient database of the Fir
105 are given information on how their reported nutrient intakes compare with current recommendations fo
110 s support the validity of expanding existing nutrient intake databases to explore current hypotheses,
111 nt models, calorie restriction with adequate nutrient intake decreases the risk of developing chronic
113 Correcting for error in the measurement of nutrient intake did not materially alter these findings.
114 sociations between temporal eating patterns, nutrient intakes, diet quality, and adiposity (body mass
115 sociations between temporal eating patterns, nutrient intakes, diet quality, and measures of adiposit
116 efforts are designed to improve estimates of nutrient intake distributions in populations and are unl
118 hospitalized elderly, but whether inadequate nutrient intake during hospitalization contributes to su
119 ervention from 0 to 18 mo of age on food and nutrient intake, eating behaviors, and parental feeding
120 above the effects of material deprivation on nutrient intake, edentulism negatively relates to eating
121 sults imply that providing <40% of the total nutrient intake enterally does not have significant inte
122 %, 10%, 20%, 40%, 60%, 80%, or 100% of total nutrient intake enterally, with the remainder given pare
123 and multivariate regression models relating nutrient intake estimated from a 7-day diet record or a
125 ata, which in turn can lead to more accurate nutrient intake estimates and more precise food labels,
127 FFQ) requires a nutrient database to produce nutrient intake estimates, it is often unclear how a par
129 on, many elderly patients were maintained on nutrient intakes far less than their estimated maintenan
130 his study was to compare the relations among nutrient intake, fitness, serum antioxidants, and cardio
132 ty of adequacy, is designed to be the target nutrient intake for individuals; in contrast, the EAR ha
134 demiologic analyses, including adjustment of nutrient intakes for total energy intake by regression a
135 red to control ewes fed 100 % of recommended nutrient intake, for ~12 days prior to conception and fo
137 ne, total caloric intake, and percentages of nutrient intake from mixed dishes were independently and
138 harms of MVMs requires accurate estimates of nutrient intake from MVMs based on measures of actual ra
141 n coefficients between food, food group, and nutrient intakes from the diet records and food frequenc
142 r correlations between food, food-group, and nutrient intakes from the diet records and the FFQ and d
143 s suggested that supplement users had higher nutrient intakes from the diet than did nonusers, but to
144 onally restricted by 30 % of the recommended nutrient intake (globally restricted) or 30 % of the rec
145 or the initiation and advancement of enteral nutrient intake had a lower prevalence of acquired infec
147 nals to adipose tissue to adapt to increased nutrient intake, however, is still not completely unders
151 gold standard for assessing the adequacy of nutrient intake in pediatrics is that diet which promote
153 ion of expressed HM, resulting in inadequate nutrient intake in relation to the estimated needs of th
154 supplement use and its contribution to total nutrient intake in the Iowa Women's Health Study cohort
157 use contributes a considerable proportion of nutrient intakes in the United States and may contribute
159 diet history at years 0, 7, and 20 to assess nutrient intake, including dietary and supplemental B vi
160 ine axis, which we confirmed by showing that nutrient intake induces intestinal prouroguanylin secret
163 timation of the insects' contribution to the nutrient intake is limited since data are absent in food
165 8 for breads to 0.70 for hot beverages); for nutrient intakes, it was 0.25 (range: -0.08 for iron to
168 use of the potential benefits of maintaining nutrient intake levels despite potentially declining foo
169 nt was 0.46 for comparative validity between nutrient intake levels on the SFFQ and the dietary recal
170 rican and Canadian consumers have focused on nutrient intake levels with a high probability of being
171 ween glucose oxidation and taste-independent nutrient intake levels, with animals increasing intake a
172 fects on fitness traits, including selective nutrient intake, life span, and resistance to starvation
175 The results support the hypothesis that poor nutrient intake may increase susceptibility to parasitic
179 d foods and supplements) or other one-carbon nutrient intakes might be associated with poorer surviva
182 jective was to determine the minimal enteral nutrient intakes necessary to stimulate and to normalize
183 ients (21%) had an average daily in-hospital nutrient intake of less than 50% of their calculated mai
185 nificant seasonal variations in methyl-donor nutrient intake of mothers around the time of conception
186 at they remain a vital tool in assessing the nutrient intake of national populations, as well as for
188 will contribute substantially to Recommended Nutrient Intake of protein and micronutrients which will
191 can provide ~60% of the Chinese Recommended Nutrient Intake of vitamin A for 6-8-y-old children.
192 ntrols: 0.37 MJ) and 10-23% of WHO Reference Nutrient Intakes of beta-carotene, riboflavin, folate, v
197 wledge, few studies have described the usual nutrient intakes of US children aged <2 y or assessed th
198 , red and processed meats, and alcohol), and nutrient intakes (omega-3 fatty acids, trans fatty acids
199 e of linkage appeared for dietary energy and nutrient intakes on chromosomes 1p21.2 (P = 0.0002) and
200 Hybrid methods incorporate information on nutrient intake or biological factors to extract pattern
201 stically significant differences in food and nutrient intake or eating behaviors in the groups receiv
203 lymphoma risk was not associated with total nutrient intake or intake from food alone (excluding sup
205 spite the importance of taste in determining nutrient intake, our understanding of the processes that
206 tars and in starved final instar larvae, but nutrient intake overcomes this effect of JH in the latte
207 Contributing to the problem of inadequate nutrient intake, patients were frequently ordered to hav
208 lnutrition, is the consequence of inadequate nutrient intake plus additional environmental insults.
209 ommon feature of some porphyrias - decreased nutrient intake precipitates an acute manifestation of t
210 In disease models with energy and 1 or more nutrient intakes, predicted bias in estimated nutrient r
211 the Dutch Choices program showed an improved nutrient intake profile if consumers would choose produc
212 des; and 3) use of the RDA as a standard for nutrient intake, rather than the EAR, has a potential be
213 ing to the United States Food Guide Pyramid, nutrient intake recommendations, and a comparison to oth
214 omposition databases is useful for assessing nutrient intake reliably in national nutrition surveys,
218 riginal and revised food frequency forms and nutrient intake results were compared with recall result
219 line diets could not achieve the Recommended Nutrient Intake (RNI) for thiamin, riboflavin, niacin, f
221 tudy, and were referenced to the Recommended Nutrient Intake (RNI) values and safety guidelines for 6
222 s with concerns about meeting guidelines for nutrient intake should be counseled to select and consum
225 blated, we show that beta cell loss and high nutrient intake synergistically activate these progenito
226 co met the dietary guidelines or recommended nutrient intakes than those born in the United States.
227 intake level, is the highest daily level of nutrient intake that does not pose risk or adverse healt
228 This design avoids biased measurement of nutrient intake that results when knowledge of lens opac
229 studies have documented dietary patterns or nutrient intakes that favor leanness [BMI (in kg/m(2)) <
230 e evaluated in women the association between nutrient intakes that were consistent with expert popula
231 rette smoking, alcohol drinking, and dietary nutrient intake, the difference in serum lipid profile b
233 against seasonal fluctuations in energy and nutrient intake, thus enabling these primates to adapt t
234 ivore physiology causes C:N requirements and nutrient intake to become flexible, thereby providing a
235 , these results suggest that CDK8-CycC links nutrient intake to developmental transitions (EcR activi
236 vitamins) to prevent infections and improve nutrient intake to reduce stunting in FT-LBW infants.
237 were the other patterns, but was similar in nutrient intake to the traditional southern pattern.
238 gic approach, which relies on the linkage of nutrient intakes to chronic disease with subsequent iden
241 urinary recovery biomarkers in representing nutrient intake variation in a feeding study, and thus a
252 min D intakes below United Kingdom Reference Nutrient Intakes was reduced from 93% to 50%, with no in
253 te the ability of D. melanogaster to balance nutrient intake, we examined the dietary preferences of
269 er child's feeding practices and the child's nutrient intakes were measured before and after the 6-mo
271 ry to increase mucosal mass was 40% of total nutrient intake, whereas 60% enteral nutrition was neces
272 omes when few or no studies directly linking nutrient intake with clinical outcomes are available, an
275 ined associations of usual energy, food, and nutrient intakes with BMI among US participants of the I
276 onstrated excellent concordance between most nutrient intakes, with coefficients above 0.95 for intak
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