ライフサイエンスコーパス: cooperative behavior

1 in many natural systems and is the basis for cooperative behavior.

2 es have contributed to the evolution of this cooperative behavior.

3 paradigm for studying the central control of cooperative behavior.

4 re important in the evolution of specialized cooperative behavior.

5 ntical pK's of 8.0 is required for maximally cooperative behavior.

6 an be an important ingredient of generous or cooperative behavior.

7 formation of opinions, and the evolution of cooperative behavior.

8 vasion by any mutant strategy, and stabilize cooperative behavior.

9 he underlying components that together shape cooperative behavior.

10 production costs and thereby helps stabilize cooperative behavior.

11 es in the ligands that confer differences in cooperative behavior.

12 cally informed understanding of altruism and cooperative behavior.

13 under polymerizing conditions, displaying a cooperative behavior.

14 dimension is an unusually strong promoter of cooperative behavior.

15 that the anticipation of guilt can motivate cooperative behavior.

16 tween individuals for the production of this cooperative behavior.

17 of third parties in order to condition their cooperative behavior.

18 of structures capable of exhibiting complex, cooperative behavior.

19 the only forces that influence variation in cooperative behavior.

20 action-dependent homotropic and heterotropic cooperative behavior.

21 associate with their clonemates for certain cooperative behaviors.

22 quorum-sensing systems to regulate the same cooperative behaviors.

23 a use to monitor cell density and coordinate cooperative behaviors.

24 of relatedness has allowed the evolution of cooperative behaviors.

25 ching of motor linkages, yields net negative cooperative behaviors.

26 s not well understood, and together with the cooperative behavior, a detailed understanding of intera

27 Cooperative behavior, a natural, pervasive and yet puzzl

28 n stressing the supposed invariance of moral/cooperative behavior across circumstances.

29 Its cooperative behavior allows the receptor to carry a grea

30 in, and that CDI system proteins can mediate cooperative behaviors among 'self' cells, a phenomenon c

31 ties for uncovering the mechanisms mediating cooperative behavior, an exemplar of social cognition.

32 Is, but unlike these enzymes it did not show cooperative behavior and was inhibited by its substrate.

33 Ants exhibit cooperative behaviors and advanced forms of sociality th

34 cer molecules are signals used to coordinate cooperative behaviors and that this process of quorum se

35 uthors examined preschoolers' aggressive and cooperative behaviors and their associations with social

36 The O(2) affinity, cooperative behavior, and the Bohr effect of hemoglobin

37 selfish personal reproduction and altruistic cooperative behavior, and the queenless state reveals pr

38 rder to explain intraspecific variability in cooperative behaviors, and also that this feedback betwe

39 l systems, and the mechanisms giving rise to cooperative behavior are generally attributed to changes

40 Our results suggest that sex differences in cooperative behavior are generated by sex differences in

41 nsis) suggest that individual differences in cooperative behavior are the result of divergent develop

42 Cooperative behaviors are common among social insects su

43 decrease in Vmax and a complete loss of the cooperative behavior associated with glucose binding.

44 hances our capacity to model competitive and cooperative behaviors at both the individual and group l

45 e way for the emergence and establishment of cooperative behavior based on the punishment of defector

46 These cooperative behaviors benefit the colony as a whole; how

47 CDI also appears to facilitate cooperative behavior between kin, suggesting that these

48 ion or clustering process is fundamentally a cooperative behavior between near-neighbor receptor mole

49 Indirect reciprocity occurs when the cooperative behavior between two individuals is continge

50 Microbes also engage in cooperative behaviors, both with hosts and other microbe

51 rators is expected to decrease selection for cooperative behavior but can also result in diversifying

52 ikely to cooperate, that liars received less cooperative behavior, but only if they told a certain ty

53 cases, however, we also find that obstinate cooperative behavior by a few poor may largely compensat

54 ause by lateral gene transfer, and enforcing cooperative behavior by killing revertants.

55 evisiae is also a model for the evolution of cooperative behavior by revisiting flocculation, a self-

56 nt of conformist transmission will stabilize cooperative behavior by stabilizing punishment at some n

57 In the iterated Prisoner's Dilemma, mutually cooperative behavior can become established through Darw

58 ct reciprocity," working through reputation: cooperative behavior can prevail because the behavior bu

59 The complexity of human's cooperative behavior cannot be fully explained by theori

60 These results show experimentally that cooperative behavior cascades in human social networks.

61 vidence for a unique mechanism through which cooperative behaviors could be maintained in nature.

62 Spectacular examples of cooperative behavior emerge among a variety of animals a

63 of rate on substrate concentration exhibits cooperative behavior, especially without detergent.

64 The complex cooperative behavior exhibited by wild chimpanzees gener

65 in the third transmembrane segment, revealed cooperative behavior for the influx of Mg(2+).

66 ifferences might be related to the disparate cooperative behavior found previously for these mutants.

67 hunters seeking bees' nests elicits elevated cooperative behavior from honeyguides.

68 nd which uncovers unexpectedly sophisticated cooperative behavior from our subjects.

69 l and the ultimate events of the transfer of cooperative behavior from the regulatory domain to the a

70 When enforcing norms for cooperative behavior, human adults sometimes exhibit in-

71 interactions among two subunits dominate the cooperative behavior: (i) the ATPase activity shows a si

72 der a very simple adaptive rule that induces cooperative behavior in a large class of dilemma games.

73 hird-party punishment to increase children's cooperative behavior in a large-scale cooperation game.

74 sortativity coefficient, on the promotion of cooperative behavior in all three classes of games.

75 how reputational and social knowledge foster cooperative behavior in dynamic networks both independen

76 nteraction between these sites, suggesting a cooperative behavior in facilitating the proton-transfer

77 Thus we provide evidence that people's cooperative behavior in fixed length games, which is oft

78 Although laboratory experiments document cooperative behavior in humans, little is known about th

79 perimental studies with animals suggest that cooperative behavior in IPDs is unstable, and some have

80 In human societies, cooperative behavior in joint enterprises is often enfor

81 theory has been used successfully to explain cooperative behavior in many animal species.

82 ng candidate for explaining the emergence of cooperative behavior in non-human species.

83 re generally considered an essential part of cooperative behavior in proteins.

84 This shows that image scoring promotes cooperative behavior in situations where direct reciproc

85 t are of limited relevance for understanding cooperative behavior in the real world.

86 der certain conditions, poor players exhibit cooperative behavior in two types of chicken games (the

87 Chimpanzees engage in some cooperative behaviors in the wild as well, but their mot

88 d biochemical perception, the common ensuing cooperative behaviors include biofilm formation, quorum

89 aland mole rats, individual contributions to cooperative behavior increase with age and are higher in

90 hat at moderate levels of player sensitivity cooperative behavior increases, but that at high levels

91 describe here a model experimental system of cooperative behavior involving Drosophila larvae.

92 The emergence and sustenance of cooperative behavior is fundamental for a society to thr

93 We ask whether cooperative behavior is further promoted in a small coop

94 This kind of cooperative behavior is not observed for the analogous o

95 In complex societies, cooperative behavior is not only sustained by mechanisms

96 The evolution of cooperative behavior is one of the most important issues

97 hallenge to inclusive fitness theory, unless cooperative behavior is shown to provide direct fitness

98 sks are intercorrelated and repeatability of cooperative behavior is similar to that found in other c

99 s also suggest that the indirect benefits of cooperative behavior may often have been overestimated w

100 Agent-based simulation of competitive and cooperative behaviors may reveal the greatest payoff to

101 ge by their neighbors, suggesting that some "cooperative" behaviors may rely upon coercion.

102 In this paper, we show that the cooperative behavior observed in the Traveler's Dilemma

103 omain proximal to the membrane is key to the cooperative behavior of adenovirus binding and infection

104 AMP binding increased in time, exhibiting a cooperative behavior of AMPs.

105 y demonstrating that the previously reported cooperative behavior of DbetaM toward the reductant is n

106 investigate the influence of kinship on the cooperative behavior of male chimpanzees living in an un

107 embrane, which is consistent with the highly cooperative behavior of multivalent biomolecular systems

108 ilution effect and is not necessarily due to cooperative behavior of the CTLs.

109 an individual's fitness and the collective, cooperative behaviors of the group as a whole.

110 Cooperative behaviors provide a collective benefit, but

111 erization of bacterial innate and engineered cooperative behavior, regulated through chemical signali

112 Cooperative behavior supported by these strategies is th

113 m of antibiotic resistance in bacteria, is a cooperative behavior that can allow resistant cells to p

114 bottlenecks in nucleosome assembly, lead to cooperative behavior that cannot be interpreted with the

115 del of pH-dependent motion produces positive cooperative behavior that fits the observations without

116 can, despite frequent recombination, exhibit cooperative behavior that locks alleles into favorable g

117 redicted deterministically, instead favoring cooperative behaviors that appreciably increase the carr

118 icellularity inherently involves a number of cooperative behaviors that are potentially susceptible t

119 Here, we describe the major cooperative behaviors that myxobacteria use: motility, p

120 In turn these groups can lead to cooperative behaviors that surpass the ability of the in

121 n destabilize populations engaging in social cooperative behaviors, thus demonstrating that evolution

122 edness, could help biological systems direct cooperative behavior toward their relatives.

123 particles and their environment give rise to cooperative behaviors typically seen in natural self-org

124 rane binding of the CB1 peptides exhibited a cooperative behavior, whereas the association isotherm o

125 atial arrangement of acidic sites allows for cooperative behavior, which leads to enhanced NH3 adsorp

126 Cooperative behavior, which pervades nature, can be sign

127 ct of range expansions on the maintenance of cooperative behaviors, which commonly display frequency-

128 fMRI to identify brain regions that mediate cooperative behavior while participants decided whether

129 The enzyme displays cooperative behavior with respect to NAD(+) binding, and

130 he trap of parochialism and instead engender cooperative behavior with the broader global community.

131 The lack of apparent cooperative behavior with these derivatives suggests tha

132 most significant impact on the emergence of cooperative behavior, with forgiveness showing the large

133 Many aspects of cooperative behavior within pure F-actin filaments have

134 nzyme: dGTPase activity displayed sigmoidal (cooperative) behavior without DNA but hyperbolic (Michae