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1 cquisition from the host is an indispensable nutritional requirement.
2 co-culture despite sharing nearly identical nutritional requirements.
3 ing adjustment of foraging behavior based on nutritional requirements.
4 ing plant lineage and potentially pollinator nutritional requirements.
5 and adapted to specific technological and/or nutritional requirements.
6 is tightly regulated to meet oxygenation and nutritional requirements.
7 between body size, digestive efficiency, and nutritional requirements.
8 in patients who are unable to meet their own nutritional requirements.
9 escine acquisition from the host to meet its nutritional requirements.
10 of particular concern for those with special nutritional requirements.
11 the form of metabolic interdependencies and nutritional requirements.
12 iding the basic functions to fulfil cellular nutritional requirements.
13 s underscored by biochemical switches in its nutritional requirements.
14 incapable of supporting the US population's nutritional requirements.
15 nutrient activation, resulting in changes in nutritional requirements.
16 nti-cancer activities at levels exceeding Se nutritional requirements.
17 fhs and dfp caused both acid sensitivity and nutritional requirements.
18 ae and provides an explanation for the known nutritional requirements.
19 All NGF patients met >100% of their measured nutritional requirements.
20 re three mechanisms for plants to meet their nutritional requirements.
21 f tolerating oral intake or meeting adequate nutritional requirements.
22 sity allow seafood diets to fulfill multiple nutritional requirements, a condition necessary for huma
23 romiscuity, which allows them to adapt their nutritional requirements according to the tissue environ
24 an organism's optimal diet due to changes in nutritional requirements after developmental or environm
26 tary modifications can limit tumour-specific nutritional requirements, alter certain nutrients that t
28 to offspring production, causing changes to nutritional requirements and challenges to energy homeos
32 ns of parasitic nematodes, emphasizing their nutritional requirements and metabolic dependencies.
33 scenarios to identify options that meet the nutritional requirements and minimize carbon footprint.
34 nderstood water-soluble vitamins in terms of nutritional requirements and responsiveness to physiolog
35 Linear and nonlinear constraints, framed as nutritional requirements and specific objectives, presen
36 which feature larger genomes and overlapping nutritional requirements, and harbour more genes related
41 erns of whole-cell proteins, growth rate and nutritional requirement, colonial and cellular morpholog
43 e germination was a multi-step process whose nutritional requirements differed from those for mitotic
44 which allows formation of degradosomes, have nutritional requirements different from those of cells s
46 ed as a breastmilk substitute to satisfy the nutritional requirements during the first months of life
47 ed to assist young children in meeting their nutritional requirements during the second year of life.
48 ral requirements are different from the main nutritional requirements established by committees for s
49 ation of a mutation in gmk that results in a nutritional requirement for adenine at low temperature.
51 whereas activating this pathway bypasses the nutritional requirement for cell growth, causing starvat
56 se insertions had polar effects and caused a nutritional requirement for the thiazole moiety of thiam
57 ance between Zn supply in soil and their own nutritional requirement for zinc, particularly where eda
61 ition of the diet and genetically determined nutritional requirements for optimal systemic acid-base
62 modelling based on Tn-seq data revealed the nutritional requirements for P. aeruginosa growth, highl
63 and sequestration are essential to meet the nutritional requirements for plant growth and developmen
64 many more functions and seems to have fewer nutritional requirements for survival than does Halobact
65 is unusual in that deprivation of many other nutritional requirements has a biostatic, but not lethal
66 he absence of serum remains challenging, and nutritional requirements have only partially been define
67 s and found evolved differences in bacterial nutritional requirements, host defense and antibiotic re
69 for metabolic engineering and prediction of nutritional requirements in complex in vivo environments
70 ment used to help Cambodian women meet their nutritional requirements in pregnancy, although little i
71 Thus, mqo may be required by DC3000 to meet nutritional requirements in the apoplast and may provide
72 d zoonotic pathogen that has to adapt to the nutritional requirements in the different host niches en
74 e rely on the facility menu to provide their nutritional requirements, including adequate dietary fib
75 iments to test how resource availability and nutritional requirements interact to determine an organi
78 A single nadA missense mutation causes the nutritional requirement of all serovar Dublin isolates t
81 the ability of a host species to supply the nutritional requirements of a parasitic or a commensal s
83 ge, it is increasingly important to know how nutritional requirements of ectotherms are affected by c
89 floral resource assessments and ensuring the nutritional requirements of pollinators are met in farml
90 ile of rice, thus potentially addressing the nutritional requirements of populations heavily reliant
92 oduction, enabling adaptive responses to the nutritional requirements of serial pregnancies and lacta
93 ional repressor 4E-BP is finely tuned to the nutritional requirements of the female mosquito, and it
94 nger-Free Kids Act of 2010 (HHFKA) increased nutritional requirements of the National School Lunch Pr
95 countries most dependent on fish to meet the nutritional requirements of their population, wild captu
97 dering broad life-stage and disease-specific nutritional requirements, often lack the granularity to
99 ction of virulence determinants, and various nutritional requirements such as iron limitation or nitr
100 plex interactions between ECM species, their nutritional requirements, the nutritional environment of
103 untain ewes received 100% (C, n = 39) or 50% nutritional requirements (U, n = 41) from 1-31 days gest
104 insight into how S. lugdunensis fulfills its nutritional requirements while invading host tissues and
105 ontain more combinations of dishes that meet nutritional requirements with lower carbon footprints co
106 Coordinating this commensal's immediate nutritional requirements with production of a host-deriv
107 rete brain nuclei that integrate homeostatic nutritional requirements with the hedonic properties of