ライフサイエンスコーパス: tamarin

1 C-5 cells or to cause hepatitis in primates (tamarins).

2 ortant for wild Callitrichids (marmosets and tamarins).

3 sequenced in the saki monkey, capuchin, and tamarin.

4 ass I molecule expressed by every cotton-top tamarin.

5 at is no longer functional in the cotton-top tamarin.

6 est content of organic acids was detected in tamarind.

7 V-B induces an acute, resolving hepatitis in tamarins.

8 lification in cultured cells and in infected tamarins.

9 creased biochemical evidence of hepatitis in tamarins.

10 were isolated from mystax, owl monkeys, and tamarins.

11 s compared to calls of unfamiliar, unrelated tamarins.

12 , Kralik, and Botto-Mahan's experiments with tamarins.

13 emonstration of the ESC effect in cotton-top tamarins.

14 closely related to HCV, causes hepatitis in tamarins.

15 dered an infectious GBV-B clone nonviable in tamarins.

16 s of particular mirror-specific behaviors in tamarins.

17 ose in this gene during the first passage in tamarins.

18 MHC class I polymorphism like the cotton-top tamarin, a dependence on shared MHC class I molecules ma

19 Whereas HAV/7 is attenuated for tamarins, a chimera containing the simian virus 2C gene

20 stablishing persistent infections in healthy tamarins, a feature that substantially enhances its valu

21 ested two hypotheses with captive cotton-top tamarins: (a) Tamarins will demonstrate higher rates of

22 t 1) and to videotapes of real-time or prior tamarin action (Experiment 2).

23 that was recognized by all individuals, two tamarins also made a response to the same epitope of the

24 Two tamarins also made a subdominant response to an epitope

25 mmatory disease using the colitic cotton-top tamarin, an animal model of human ulcerative colitis.

26 were habituated to a series of calls from 1 tamarin and then played back a test call from a novel ta

27 related to hepatitis C virus (HCV), infects tamarins and causes acute hepatitis.

28 llenge pool of virulent HAV was performed in tamarins and chimpanzees.

29 Marmosets range over shorter distances than tamarins and feed primarily on tree exudates, a clumped

30 r investigation of this relationship in both tamarins and humans is warranted.

31 surrogate model for HCV, causes hepatitis in tamarins and is the virus phylogenetically most closely

32 esus macaques, Japanese macaques, cotton-top tamarins and marmosets support this notion.

33 d primates revealed that the Callitrichinae (tamarins and marmosets) are an exception to these rules

34 pacivirus, infects small New World primates (tamarins and marmosets).

35 virus that infects small New World primates (tamarins and marmosets).

36 ain social avoidance of unpalatable foods in tamarins and the absence of social avoidance in less coo

37 ability of each recombinant virus to infect tamarins and to cause acute hepatitis was determined.

38 WMs with two kidney cell lines of NWMs, TMX (tamarin) and NZP-60 (marmoset), and characterized their

39 social inequity aversion will be assessed by tamarins, and possibly by other primates, only under con

40 idenced in the reaching behaviors of lemurs, tamarins, and rhesus monkeys similarly bear on the evolu

41 We have demonstrated the suitability of the tamarin as a host for GBV-B and as a surrogate nonhuman

42 tuation playback experiments to test whether tamarins attend to the encoded information about individ

43 Although the capuchin and tamarin belong to the same family as the squirrel monkey

44 Adult tamarins' biases matched those of the children.

45 ion to induce shared attention in cotton top tamarins, both in a task that involved food getting and

46 nd then played back a test call from a novel tamarin; both opposite- and same-sex pairings were teste

47 ure was used to show that human newborns and tamarins can discriminate sentences from Dutch and Japan

48 stic analyses of individual identity and the tamarins' capacity to discriminate among vocal signature

49 the chimeric RNA replicated in the liver of tamarins, causing biochemical and histopathological chan

50 virus-B (GBV-B) causes an acute hepatitis in tamarins characterized by increased alanine transaminase

51 The tamarins consistently picked the larger quantity, thereb

52 tioned tube is replaced by an occluded ramp, tamarins consistently search in the compartment below th

53 In addition, most of the tamarins continued to pick the larger quantity even when

54 The tamarins continued to pick the larger quantity, even tho

55 Tamarin cooperation remains stable as long as both actor

56 In Experiment 1, tamarins could provide rewards to mates at no additional

57 The cotton-top tamarin (CTT; Saguinus oedipus) is an endangered New Wor

58 in humans has been identified in cotton-top tamarins (CTTs) in captivity.

59 from the intestines and feces of cotton-top tamarins (CTTs) with chronic colitis.

60 gene in the HAV/7 background was virulent in tamarins, demonstrating that the simian virus 2C gene al

61 Contrary to the hypothesis, tamarins did not demonstrate a preference to donate rewa

62 Results showed that tamarins dishabituated when caller identity changed but

63 In experimental settings, chimpanzees and tamarins do not consistently take advantage of opportuni

64 mmalian species: human, chimpanzee, macaque, tamarin, dog, and cow.

65 Tamarind exhibited the broadest antimicrobial potential,

66 esponses emitted to digitized photographs of tamarins (Experiment 1) and to videotapes of real-time o

67 Acai and tamarind extracts presented an inverse relationship betw

68 mian hepatocytes failed to induce viremia in tamarins following intrahepatic inoculation, nor did the

69 understanding of the boundaries of cottontop tamarins' food-provisioning behavior.

70 l task in which marmosets waited longer than tamarins for the large reward.

71 pounds were quantified in three black velvet tamarind fruit species.

72 All four tamarins had a wild-type-like acute infection and develo

73 Four tamarins had been out of contact with relatives for more

74 w the release point, even though most of the tamarins had experience in Experiments 1 and 2.

75 y, and the three alleles in the marmoset and tamarin have spectral peaks near 562, 556, and 543 nm, r

76 Overall, results indicate that tamarins have a significant gravity bias when searching

77 In previous studies, cottontop tamarins have cooperated and reciprocated to obtain food

78 ects were chosen from a colony of cotton-top tamarins held in captivity between 1968 and 1995.

79 HCV-pp efficiently infected tamarin hepatic cell lines and primary marmoset hepatocy

80 slation reactions and in transfected primary tamarin hepatocyte cultures.

81 We show here in cultured tamarin hepatocytes that GBV-B NS3/4A protease, but not

82 Utilizing primary cultures of tamarin hepatocytes, we have previously developed a tiss

83 BV-B was developed using primary cultures of tamarin hepatocytes.

84 ines in comparison to primary chimpanzee and tamarin hepatocytes.

85 r weakly reactive (positive by PCR-NA), only tamarins infected with highly reactive stool suspensions

86 Four tamarins inoculated with serum collected at weeks 2 and

87 GB virus B (GBV-B), which infects tamarins, is the virus most closely related to hepatitis

88 the color associated with 3 food items, the tamarins learned to pick the color associated with 1 foo

89 lue rewards requiring travel to acquire, but tamarin monkeys do not, despite the greater patience of

90 Using a new data set generated by cotton-top tamarin monkeys playing a repeated food-exchange game, w

91 e conducted on human newborns and cotton-top tamarin monkeys to assess their ability to discriminate

92 s from the vertical to the horizontal plane, tamarins no longer show systematic perseverative errors

93 that HCV pseudoparticles were able to infect tamarin or marmoset hepatocytes efficiently, demonstrati

94 xogenously expressing TRIM5alpha from either tamarin or squirrel monkeys in permissive cell lines res

95 In comparison to the tamarins previously tested on this problem, the capuchin

96 s, but does show some similarity to So-N1, a tamarin pseudogene from which no transcript has been fou

97 assion fruit, surinam cherry, sapodilla, and tamarind pulps were evaluated as well as their by-produc

98 Tamarins range over large distances and feed primarily o

99 Whichever quantity the tamarins reached for first, they received the alternativ

100 Every tamarin recognized the same immunodominant CTL epitope o

101 In addition, CTLs from one of the tamarins recognized target cells that expressed neither

102 d areas, approximately 7,394 wild cotton-top tamarins remain in Colombia.

103 s C virus (HCV), and thus GBV-B infection of tamarins represents a powerful surrogate model system fo

104 Tamarins responded with lower levels of arousal behavior

105 y more correct choices and fewer errors than tamarins rewarded based on color cues during initial lea

106 Tamarins rewarded based on spatial location made signifi

107 We show that cotton-top tamarins, rhesus macaques, and chimpanzees all make spon

108 his end, the authors examined the cotton-top tamarin's (Saguinus oedipus) combination long call (CLC)

109 Thus, four of the tamarin's 12 MHC class I molecules bound only two influe

110 nd of information potentially encoded in the tamarin's CLC.

111 ng a possible explanation for the cotton-top tamarin's limited MHC class I diversity.

112 ay in part be responsible for the cotton-top tamarin's limited MHC class I diversity.

113 closely related to the expressed cotton-top tamarin's MHC class I genes, but does show some similari

114 fore, the functional diversity of cotton-top tamarin's MHC class I loci may be even more limited than

115 sults demonstrate that at least three of the tamarin's MHC class I molecules can present the same epi

116 The cotton-top tamarin (Saguinus oedipus) is a critically endangered pr

117 The cotton-top tamarin (Saguinus oedipus) is unusual in having MHC clas

118 the squirrel monkey (Saimiri sciureus), the tamarin (Saguinus oedipus), and the spider monkey (Atele

119 nes of the New World primate, the cotton-top tamarin (Saguinus oedipus), are an exception to the high

120 HC class I diversity, such as the cotton-top tamarin (Saguinus oedipus), are more susceptible to fata

121 replication in cell culture and virulence in tamarins (Saguinus mystax) and chimpanzees (Pan troglody

122 spatial context on discounting in cotton-top tamarins (Saguinus oedipus) and common marmosets (Callit

123 taneous number representations in cotton-top tamarins (Saguinus oedipus) are reported here.

124 The frequency of responses cotton top tamarins (Saguinus oedipus) emitted indicative of self-r

125 ontrolled captive conditions that cotton-top tamarins (Saguinus oedipus) have a long-term memory for

126 istent GBV-B infection in one of two healthy tamarins (Saguinus oedipus) inoculated intrahepatically

127 g of MHC-EcDNAs in four unrelated cotton-top tamarins (Saguinus oedipus) revealed no evidence for pol

128 positioned S-shaped opaque tube, cotton-top tamarins (Saguinus oedipus) search for the food in the p

129 Cotton-top tamarins (Saguinus oedipus) socially learned to avoid a

130 authors present 4 experiments on cotton-top tamarins (Saguinus oedipus) using a reverse-reward conti

131 ls of a New World monkey species, cotton top tamarins (Saguinus oedipus) were tested in an offering t

132 s), young children (Homo sapiens), and adult tamarins (Saguinus oedipus) while they discriminated glo

133 f prosocial behavior by presenting cottontop tamarins (Saguinus oedipus) with the option to provide f

134 neously occurring colon cancer in cotton-top tamarins (Saguinus oedipus).

135 es by a New World monkey species, cotton top tamarins (Saguinus oedipus).

136 e that is closely related to HCV and infects tamarins (Saguinus sp.), in which a functionally importa

137 C virus (HCV) and causes acute hepatitis in tamarins (Saguinus species), making it an attractive sur

138 hat was adapted for efficient replication in tamarins (Saguinus species).

139 maximal rate (Vmax) values for hydrolysis of tamarind seed xyloglucan (tamXG) are 2.4 micro m and 966

140 Tamarind seed xyloglucans and pectinic oligogalacturonid

141 social inequity, which was demonstrated when tamarins' sensitivity to the difference in rewards incre

142 For tamarins spatial cues appear more salient than color cue

143 canonical first exon of NOD2 of marmoset and tamarin species and their susceptibility to chronic coli

144 the demonstration that GBV-B can persist in tamarins strengthens its relevance as a surrogate model

145 The GAA repeat was also found in the tamarin, suggesting that it arose at least 40 million ye

146 The latter includes either tamarind (Tamarindus indica) pulp or dried slices of Gar

147 Furthermore, tamarins trained on color cues showed significantly incr

148 lone pGBB had acute resolving infection, one tamarin transfected with the poly(U) deletion mutant bec

149 Whereas we found that five tamarins transfected with the wild-type clone pGBB had a

150 Tamarins traveled farther for the large reward than marm

151 Surprisingly, these two tamarins used different MHC class I molecules, Saoe-G*02

152 s study, the course of infection of GBV-B in tamarins was followed using a real-time 5' exonuclease (

153 In Experiment 1, 1 group of tamarins was given a choice between a small and a large

154 A 2nd group of tamarins was given the same task, except that if they re

155 gorilla, 1 rhesus macaque, 1 mangabey, and 1 tamarin were analyzed.

156 tive vocal signatures, we found that not all tamarins were equally discriminable based on the habitua

157 Chronically colitic cotton-top tamarins were given either a cross-reactive monoclonal a

158 st tested for individual discrimination when tamarins were habituated to a series of calls from 1 tam

159 Furthermore, tamarins were significantly less likely to deliver rewar

160 inal half of 2C was partially attenuated for tamarins while one containing AGM-27 sequences only in t

161 theses with captive cotton-top tamarins: (a) Tamarins will demonstrate higher rates of initial learni

162 (b) Tamarins will show higher rates of correct responses whe

163 h serum collected at weeks 2 and 90 from the tamarin with persistent infection had an acute resolving

164 Experiment 2 showed that tamarins with experience on the horizontal task show les

165 is outbred primate species, we infected five tamarins with influenza virus and defined the CTL epitop

166 lity to viruses, we infected five cotton-top tamarins with influenza virus.

167 was observed in vivo following treatment of tamarins with ribavirin during acute infection with GBV-

168 After intravenous inoculation of tamarins with stool suspensions categorized as highly re

169 s tested by intrahepatic transfection of two tamarins with transcribed RNA.

170 The results suggest that cotton-top tamarins with ulcerative colitis are at significant incr

171 in rewards increased with exposure to other tamarins working to receive the preferred rewards.

172 or 59:5:11:25 could completely depolymerize tamarind XG to free Glc or Xyl, respectively.

173 ery rapid extension in composites containing tamarind xyloglucan under constant load.

174 When tamarind xyloglucan was allowed to bind to xyloglucan-de

175 id not transfer fucose (Fuc) from GDP-Fuc to tamarind xyloglucan.

176 rose, xyloglucan heptasaccharide (XXXG), and tamarind xyloglucan.