戻る
「早戻しボタン」を押すと検索画面に戻ります。 [閉じる]

コーパス検索結果 (１語後でソート)

通し番号をクリックするとPubMedの該当ページを表示します
1                 Anaerobic digestion of these energy rich agro-industrial wastewaters can simultaneous
2 on, directly coupling kinetically stable-but energy-rich-alpha-amidonitriles to proteinogenic amines.
3 erols produced by plants are one of the most energy-rich and abundant forms of reduced carbon availab
4  RNAP-green fluorescent protein fusion, from energy-rich and energy-poor carbon source cultures suppo
5 ve site twisting to enhance the oxidation of energy-rich and liquid substrates, representing a crucia
6                             The promotion of energy-rich and nutrient-poor products will encourage ra
7 nd seawater are predicted to be particularly energy-rich, and hyperthermophilic microorganisms that b
8 ited availability of freshwater in renewable energy-rich areas has led to the exploration of seawater
9 olic "trigger" component in combination with energy-rich but non-hypergolic nitrobenzene or pyrazine
10 The American diet is said to be increasingly energy-rich but nutrient-poor.
11 rop types generally imply transitions toward energy-rich, but nutrient-poor, crops that are predomina
12 r data demonstrate that prothymosin alpha is energy-rich by virtue of stoichiometric amounts of gluta
13  to each of the two sterically unencumbered, energy-rich carbon atoms.
14                                 In oilseeds, energy-rich carbon is stored as triacylglycerols in orga
15             Instead, microbes sequester this energy-rich carbon source for metabolic reactions.
16  wall, allowing mobility and colonization of energy-rich challenging environments.
17 synthesis and accumulation of this important energy-rich class of molecules.
18 e reduction of CO2 to CO, which generates an energy-rich commodity chemical that can be coupled to li
19 , and cyanobacteria is the major provider of energy-rich compounds in the biosphere.
20                                   Azides are energy-rich compounds with diverse representation in a b
21 rom the endoplasmic reticulum membrane under energy-rich conditions.
22 vely unable to sense or rapidly acclimate to energy-rich conditions.
23                       Hepatocytes metabolize energy-rich cytoplasmic lipid droplets (LDs) in the lyso
24 rategy to negate the hepatic consequences of energy-rich diet, and has the potential to extend the ap
25 s that have enabled them to exploit a unique energy-rich dietary niche among vertebrates.
26                                              Energy-rich diets in rodents are commonly studied models
27 iably starts with photoinduced generation of energy-rich electrons.
28 st routinely locate patches of prey that are energy-rich enough to meet their metabolic needs.
29 gy-limited environments, and rapid growth in energy-rich environments.
30 ts (LDs) serve as cytoplasmic reservoirs for energy-rich fatty acids (FAs) stored in the form of tria
31                   Lipid droplets (LDs) store energy-rich fatty acids (FAs), but to harvest them, LDs
32  induces hyperphagia and increases intake of energy-rich food in humans and animals.
33 ives appetitive responses and consumption of energy-rich food sources, whereas bitter prevents ingest
34 ncrease in prevalence to high consumption of energy-rich foods and decreased physical activity.
35 ting that the reason that overconsumption of energy-rich foods negatively impacts cognition is that s
36 yle habits that encourage overconsumption of energy-rich foods while also discouraging regular physic
37 eption of, and reduce motivation to consume, energy-rich foods, ultimately driving food choice.
38 he PBFT diet was less diverse and focused on energy-rich forage fishes but did not show the greatest
39                         Alkanes are the most energy-rich form of carbon and are widely dispersed in t
40 terial elongation factor G (EF-G) hydrolyzes energy-rich guanosine triphosphate (GTP) for every amino
41 al fronts represent a stable and potentially energy rich habitat feature for diving pelagic predators
42  highly dynamic ecosystems and are unusually energy rich in the deep-sea.
43  + Rb(2) Beyond observation of a long-lived, energy-rich intermediate complex, this technique opens t
44 fat when food is available and release these energy-rich lipids during periods of dearth.
45 bundant biopolymer on earth, is a versatile, energy rich material found in the cell walls of plants,
46                        Since polyolefins are energy-rich materials, there is considerable interest in
47  they import glucose and release lactate, an energy-rich metabolite readily metabolized by neurons.
48 ols) underwent 31P-MRS for quantification of energy-rich metabolites [ATP, inorganic phosphate (Pi) a
49             Neurons and glial cells exchange energy-rich metabolites and it has been suggested, origi
50                            Ketone bodies are energy-rich metabolites and signaling molecules whose pr
51  most likely due to excessive consumption of energy-rich, micronutrient-poor, refined food.
52       This model explains why germination on energy-rich molecules (e.g., glucose) is often much fast
53 light to electricity in photovoltaics, or to energy-rich molecules (solar fuel) through photocatalyti
54                                        These energy-rich molecules are today isolated from plant and
55           Essential fatty acids are not only energy-rich molecules; they are also an important compon
56 ide (CO), a product of CO(2) recycling, into energy-rich multicarbon (C(2+)) compounds.
57                                         The "energy-rich" nature of monoalkyl sulfate esters, coupled
58                                 Ectoines are energy-rich nitrogen and carbon sources that have an eco
59 ls; sweet taste allows the identification of energy-rich nutrients whereas bitter warns against the i
60 control the homeostasis of glucose and other energy-rich nutrients.
61 bolism following post-weaning exposure to an energy-rich nutritional environment.
62 t the carbon cycle by conversion of CO(2) to energy-rich organic carbohydrates.
63                    The easy accessibility of energy-rich palatable food makes it difficult to resist
64 ding the observation of selective feeding on energy-rich parts of prey.
65 lume plastics, only a tiny fraction of these energy-rich polyolefins are currently recycled.
66 ls that the innovation compromises access to energy-rich predator niches.
67                The availability of abundant, energy-rich processed foods in the last few decades has,
68 n efficient way to convert carbon dioxide to energy-rich products.
69 xed with nickel, CO(2) is converted into the energy-rich solar fuel, CH(4), photocatalytically with a
70 noxide molecules in particular are reactive, energy-rich species, but are resilient owing to favourab
71                                           In energy-rich states, CART enhances NMDA receptor (NMDAR)
72 ntioxidant capacity, can effectively produce energy-rich storage compounds, thereby optimizing carbon
73 ets (LDs) play a critical role as depots for energy-rich storage lipids.
74 ipid/PDMS droplets into a model protocell as energy-rich sub-compartments is demonstrated as an inter
75  addition, incubation of PC12 cells with the energy-rich substrate, NADH, attenuated MPP(+)-induced d
76                                 Protein- and energy-rich supplements are used widely for the manageme