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1 E and the C allele suggests that it may be a thrifty allele.
2 less weight loss, indicating the presence of thrifty and spendthrift phenotypes in obese humans.
3 ee different scenarios and conclude that the thrifty gene hypothesis is untenable but the other two i
4                                         The 'thrifty gene hypothesis' posits that evolution preferent
5 isk alleles specifically as predicted by the thrifty gene hypothesis, and may not be related to influ
6 d energy storage, making MLXIPL a plausible 'thrifty gene'.
7         Thus, caloric efficiency, i.e., the "thrifty gene," is a dominant-acting genetic determinant
8 antageous, many people did not inherit these thrifty genes and in modern society are able to remain s
9 , but cast considerable doubt on the popular thrifty genes hypothesis.
10                    People carrying so-called thrifty genes that enabled the efficient storage of ener
11 he Bering Strait land bridge (Beringia) when thrifty genes would have ensured sufficient fat reserves
12 mans are prone to type 2 diabetes because of thrifty genes.
13 ing on the potential survival advantages of "thrifty" genes that are now maladaptive, are of great in
14  this predisposition is polygenic involving "thrifty" genes that conferred survival advantages when P
15        Thus, epigenetics may bridge both the thrifty genotype and thrifty phenotype hypotheses and pr
16                 In this previous theory, the thrifty genotype hypothesis, it was postulated that this
17                          On the basis of the thrifty genotype hypothesis, variants that increase susc
18 lation genetics models that may underlie the thrifty genotype hypothesis.
19 ing the hypothesis that, in addition to the "thrifty genotype" and "thrifty phenotype" hypotheses, di
20  the Ossabaw Island (Ossabaw pigs) exhibit a thrifty genotype, and when fed a high-calorie diet they
21  conceptuses, which may possess a so-called "thrifty genotype," are at a competitive advantage over a
22 tions is believed to be the expression of a "thrifty genotype," which conferred survival advantages d
23 tabolic rate, or both are expressions of the thrifty genotype.
24 gricultural civilization, as proposed by the thrifty-genotype hypothesis.
25 festyles selected for adaptive metabolically thrifty genotypes and phenotypes are rendered deleteriou
26         Survivors show patterns of so-called thrifty growth, which is associated with future cardiova
27 idities is that the body is not sufficiently thrifty in its fat metabolism.
28 eight change in humans and a feature of the "thrifty" metabolic phenotype.
29  FGF21 response to a low-protein diet have a thrifty metabolism and are at risk for future weight gai
30 ary adaptation to famine and identified as a thrifty microRNA that controls energy expenditure, contr
31                                  Circulating thrifty miRNA was linked to regulating body fat, insulin
32 onvolutions on 3-mer embeddings, we develop 'thrifty' models of SHM of various sizes; these can have
33 ll but variable between subjects, revealing "thrifty" or "spendthrift" metabolic phenotypes related t
34                                            A thrifty phenotype connected to miR-128-1-dependent energ
35 ics may bridge both the thrifty genotype and thrifty phenotype hypotheses and provide a link between
36                           Thus, the existing thrifty phenotype hypothesis fails to explain why plasti
37                                          The thrifty phenotype hypothesis is widely used to interpret
38                                          The thrifty phenotype hypothesis was proposed to provide a c
39 , in addition to the "thrifty genotype" and "thrifty phenotype" hypotheses, diet-induced changes in "
40 To test the hypothesis that a metabolically "thrifty phenotype" is advantageous during intestinal nem
41                                         The 'Thrifty Phenotype' hypothesis explained the association
42                       We hypothesize that a 'thrifty phenotype' is ingrained in SPAG7 KO animals duri
43  paternal exercise produces offspring with a thrifty phenotype, potentially via miRNA-induced modific
44 esity is consistent with a leptin resistant, thrifty phenotype.
45 e analyzed whether obese individuals with a "thrifty" phenotype, that is, greater reductions in 24-h
46 l size at birth are suggested to have energy-thrifty physiology, a tendency to conserve energy due to
47             Importantly, our model reveals a thrifty strategy employed by bacteria, by which upon sen
48   This observation is in agreement with the "thrifty telomere hypothesis" predicting that longer telo
49 abolic phenotypes (spendthrift compared with thrifty) that characterize susceptibility to weight gain
50  the allele encoding p.Arg457Gln, support a 'thrifty' variant hypothesis as a factor in human obesity
51  EE response to COLD further identifies the "thrifty" versus "spendthrift" phenotype, providing an ad