ライフサイエンスコーパス: at the amino acid level

1 milar to FtsY (47% identical and 67% similar at the amino acid level).

2 (88-94% at the nucleotide level, and 96-99% at the amino acid level).

3 it of AAF/I (25% identity and 47% similarity at the amino acid level).

4 e nucleotide level; 92/94% identical/similar at the amino acid level).

5 of extending the resolution of labeled sites at the amino acid level.

6 oned from human heart, is identical to pNBC1 at the amino acid level.

7 high as 27% at the nucleotide level and 15% at the amino acid level.

8 ng domains and were from 26 to 53% identical at the amino acid level.

9 Wip1 sequences revealed 83% overall identity at the amino acid level.

10 Chick alpha9 is 73% identical to rat alpha9 at the amino acid level.

11 , Zn-SOD enzymes that are only 57% identical at the amino acid level.

12 nding portion of SV40, yielding 84% homology at the amino acid level.

13 and human forms of P450c17 are 69% identical at the amino acid level.

14 these gene sequences ranged from 0.1 to 7.2% at the amino acid level.

15 y at the nucleotide level and 90% similarity at the amino acid level.

16 identity at the nucleotide and 91% identity at the amino acid level.

17 rotein, have between 88.7 and 96.6% identity at the amino acid level.

18 and 67 kDa, respectively, with 90% homology at the amino acid level.

19 om Erwinia chrysanthemi, with 47.2% identity at the amino acid level.

20 rapid diversification of the mature defensin at the amino acid level.

21 the nucleotide level and 90 to 95% homology at the amino acid level.

22 identity and 98% similarity to polycystin-2 at the amino acid level.

23 ogy at the nucleotide level and 60% homology at the amino acid level.

24 indicated 84.7% identity and 90.4% homology at the amino acid level.

25 ed clone at the DNA level, and 100% homology at the amino acid level.

26 of the rat protein, exhibiting 72% identity at the amino acid level.

27 thase, OS-ACS1, at the nucleotide level than at the amino acid level.

28 The three enzymes were 46 to 53% identical at the amino acid level.

29 utans P1 protein share 66% sequence homology at the amino acid level.

30 isolates, while others differ by up to 13.2% at the amino acid level.

31 rved of all adenovirus-encoded gene products at the amino acid level.

32 (atNHE1) that is 79% identical to human NHE1 at the amino acid level.

33 tal) present a wide range of identity values at the amino acid level.

34 proteins exhibiting significant conservation at the amino acid level.

35 tween Epa6 and Epa7, which are 92% identical at the amino acid level.

36 greater than 50% identity and 65% similarity at the amino acid level.

37 MPK1 and MPK2 are 95% identical at the amino acid level.

38 loop (EL) domains that are highly conserved at the amino acid level.

39 PtD14a and PtD14b that are over 95% similar at the amino acid level.

40 p to 17.2% at the nucleotide level and 14.8% at the amino acid level.

41 the seven BoNT serotypes differ by up to 70% at the amino acid level.

42 to BoNT/A1 and BoNT/A2, which differ by 10% at the amino acid level.

43 en the A and D copies could only be observed at the amino acid level.

44 identity with human, bovine, and mouse RDH10 at the amino acid level.

45 the Notch2 locus leading to a Q2319X change at the amino acid level.

46 s using a Monte Carlo code which is specific at the amino acid level.

47 respectively, with their human counterparts at the amino acid level.

48 were identical with their human counterparts at the amino acid level.

49 ish CB genes are approximately 36% identical at the amino acid level.

50 with the strong conservation of this domain at the amino acid level.

51 to cisZOG1 at the nucleotide level and 97.8% at the amino acid level.

52 the MUC3A and MUC3B mucins are 91% conserved at the amino acid level.

53 ity at the nucleotide level and 96% identity at the amino acid level.

54 r-55 strain of human HEV by approximately 5% at the amino acid level.

55 e frameshift site consistent with a function at the amino acid level.

56 gosity), but are not excessively polymorphic at the amino acid level.

57 ions of these two siglecs share 47% identity at the amino acid level.

58 to Gal3ST-2 (40.1%) than to Gal3ST-1 (38.0%) at the amino acid level.

59 s adjacent to ALF5 and 83% identical to ALF5 at the amino acid level.

60 endent examples at the nucleotide level or 9 at the amino acid level.

61 ene at the nucleotide level and 99% identity at the amino acid level.

62 e proteins was low and ranged from 16 to 27% at the amino acid level.

63 entical and hPPTG3 89% identical with hPPTG1 at the amino acid level.

64 of SMN, MoSMN, which is 82% identical to SMN at the amino-acid level.

65 ch have 31.6 and 30.7% identity with HNK-1ST at the amino acid levels.

66 8.2 and 33.8% identity with C2GnT-L and IGnT at the amino acid levels.

67 tributable to convergent or parallel changes at the amino acid level?

68 ede and expedite the decay of Y-linked genes at the amino acid level?

69 CAX4 is 53% identical to CAX1 at the amino acid level, 42% identical to CAX2, and 54%

70 Identity between PyHEP17 and PfExp-1 is 37% at the amino acid level (60/161 residues), mapping prima

71 ed that the gene product is highly conserved at the amino acid level (98 to 100% identity), and Weste

72 In contrast, at the amino acid level all three loci show strong evide

73 l aims to simulate the evolution of proteins at the amino acid level, allowing the analysis of their

74 of alpha(5) and alpha(V) are >50% identical at the amino acid level, alpha(5)beta(1) and alpha(V)bet

75 dues forming the cavity are highly conserved at the amino acid level among all Spn1 family members, s

76 traordinary conservation of the PAX6 protein at the amino acid level amongst vertebrates predicts tha

77 man, rat, and mouse PRL-1 are 100% conserved at the amino acid level and 55% identical to a newly ide

78 6.4% identity at the nucleotide level, 67.7% at the amino acid level and 85.5% within the seven zinc

79 ous to the human sequence, with 95% identity at the amino acid level and a perfect conservation of al

80 Mycobacterium tuberculosis have 71% identity at the amino acid level and are both highly homologous w

81 MyHC-IIa, -IId, and -IIb, are >93% identical at the amino acid level and are broadly expressed in num

82 from Arabidopsis thaliana are 85% identical at the amino acid level and are of equal length, but the

83 These co-transporters share 57% homology at the amino acid level and are pharmacologically inhibi

84 TIGA and ERp38 show 66% identity at the amino acid level and are putative ER proteins.

85 ERK2, which share approximately 84% identity at the amino acid level and can compensate for each othe

86 MchA1 and MchA2 are 74% identical at the amino acid level and diverge only in the C-termin

87 a method for quantitating label distribution at the amino acid level and explores the nature and basi

88 identical to GTF2I at the nucleotide and 97% at the amino acid level and generates several alternativ

89 kDa protein that is 71% identical to mCCCAP at the amino acid level and has the same predicted secon

90 epresent the first complete MIP sequence map at the amino acid level and identify the single major ph

91 ses that share significant sequence homology at the amino acid level and mediate a number of differen

92 Thogoto virus (segment 2; approximately 74% at the amino acid level) and a more distant relationship

93 protein (87% at the nucleotide level and 80% at the amino acid level) and clone 2 was identical to a

94 s were highly related to one another (79-91% at the amino acid level) and showed significant similari

95 ll inoculating viruses (> or = 16% divergent at the amino acid level) and was suggestive of a large q

96 RhaS is 30% identical to RhaR at the amino acid level, and both are members of the Ara

97 ave been isolated, shown to be 70% identical at the amino acid level, and functionally expressed.

98 rimary sequences lack significant similarity at the amino acid level, and the linear organizations of

99 to map extra-membrane protein surfaces, even at the amino-acid level, and to illuminate intrinsic mem

100 While constraints acting at the amino acid level are expected, the silent polymor

101 The sequence is highly conserved at the amino acid level between chicken, mouse (99%), hu

102 ogous with the human mu opioid receptor (72% at the amino acid level between intracellular loop 1 and

103 Although not apparent at the amino acid level, BipA is also similar to Int and

104 correlation between the positions is strong at the amino acid level but weak at the codon level.

105 th an NP similar to current avian strain NPs at the amino acid level but with many synonymous nucleot

106 Donor-recipient HLA mismatch at the amino acid level can now be determined.

107 lar domain, both of which are 100% conserved at the amino acid level compared to its chicken homolog.

108 search space at the rotamer level instead of at the amino acid level further improved the efficiency

109 search space at the rotamer level instead of at the amino acid level further improved the efficiency

110 lthough GluR1(o) and GluR3(o) are homologous at the amino acid level, GluR3(o) desensitizes approxima

111 hich diversification of the mature defensins at the amino acid level has been selectively favored.

112 lloproteases are approximately 55% identical at the amino acid level; however, their substrate and pe

113 EBV homolog viral IL-10 (vIL-10) by only 16% at the amino acid level; however, vIL-10 shares with cIL

114 Despite being highly divergent at the amino acid level, IFITM3 proteins of birds and ma

115 between 40 and 77% identical to VAV and VAV2 at the amino acid level in all identified functional mot

116 luding bcl-2, bcl-x, and bax, share homology at the amino acid level in the BH1 and BH2 domains, thro

117 genotypes that exhibit up to 30% divergence at the amino acid level, including challenges with genot

118 This study thus provides, at the amino acid level, information for rational struct

119 despite 95% homology with the ROD10 envelope at the amino acid level, is unable to enhance viral part

120 cant homology with any known genes; however, at the amino acid level, it had 50% similarity and 29% i

121 EFR and eEF2 from other organisms (about 42% at the amino acid level), key regulatory sequences that

122 At the amino acid level, KLHL3 shares 77% similarity wit

123 At the amino acid level, Krct is most closely related to

124 At the amino acid level Mep is 60% identical to the chic

125 At the amino acid level, NCX3 shares 73% identity with N

126 Although there are no differences at the amino acid level near the active site metal ion,

127 genomes showed Tat to be the least conserved at the amino acid level of nine proteins encoded by the

128 At the amino acid level, OV-SA00 is 94% identical to OV-

129 Despite considerable diversity at the amino acid level, PCPs for both proteins were wel

130 mes are the products of a conserved gene and at the amino acid level share 82% identity.

131 At the amino acid level, significantly elevated diversit

132 itiy was 72% at the nucleotide level and 75% at the amino acid level, strongly suggesting that this p

133 others by 15.7 to 23.0% but only 0.4 to 5.6% at the amino acid level, suggesting that this genotype m

134 rucei harbors two HKs that are 98% identical at the amino acid level, T. brucei hexokinase 1 (TbHK1)

135 At the amino acid level, Tc-1 displayed 95% and 99% iden

136 the Rad51 family (approximately 40% identity at the amino acid level) than to the RecA family (approx

137 between ankyrin-B and both Cav2.1 and Cav2.2 at the amino acid level that is necessary for proper Cav

138 To determine at the amino acid level the reason for the apparent dist

139 At the amino acid level, the coding regions of CKbeta4GT

140 Notably, at the amino acid level, the extracellular domain of the

141 At the amino acid level, the human HIWI protein was 52%

142 Although neither gene is well conserved at the amino acid level, the predicted secondary structu

143 to the extreme evolutionary constraint seen at the amino acid level, the synonymous sites evolve at

144 tes that although these proteins are diverse at the amino acid level, their exon-intron boundaries ar

145 8% identical at the cDNA level and identical at the amino acid level to a previously described murine

146 that iteratively refines the mapping results at the amino acid level to achieve 99-100% four-digit ty

147 NA for CE2FT-1 has very low identity (5-10%) at the amino acid level to alpha1,2FT sequences in human

148 searches indicate that DSA3 is most similar at the amino acid level to an in-chain fatty acid hydrox

149 open reading frame with over 55% similarity at the amino acid level to archaeal class I-type lysyl-t

150 Data base searches show significant homology at the amino acid level to beta-1,3 glucanases from two

151 (ferrochelatase-II), which was 69% identical at the amino acid level to ferrochelatase-I.

152 ned and found to be 61.8 and 63.2% identical at the amino acid level to guinea pig and mouse eotaxin.

153 The cDNA is 83% homologous at the amino acid level to human and mouse TaxREB107 and

154 The linking region had a 79% identity at the amino acid level to human cardiac titin.

155 al at the nucleotide level and 98% identical at the amino acid level to human RHOA and maps to mouse

156 is process using mouse Ube2g2 (E2; identical at the amino acid level to human Ube2g2) and human gp78

157 A cDNA encoding a protein 85% identical at the amino acid level to mammalian Rab7 has been clone

158 que long (UL) region, and it is most similar at the amino acid level to MDV2, herpesvirus of turkeys

159 H. influenzae strain G622 was 99% identical at the amino acid level to that of the H. influenzae typ

160 1450-bp Adh8a is 82, 73, 72, and 72% similar at the amino acid level to the Baltic cod ADH8 (previous

161 1484-bp Adh8b is 77, 68, 67, and 66% similar at the amino acid level to the Baltic cod ADH8, the huma

162 otein CLIP-50 because of its high similarity at the amino acid level to the C-terminal region of the

163 e proteins are 27% identical and 53% similar at the amino acid level to the Drosophila melanogaster a

164 s unique N methyltransferase is most similar at the amino acid level to the plastidic gamma-tocophero

165 two lipoyl domains and is only 33% identical at the amino acid level to the smaller isoform.

166 revealed that they were 91 and 92% identical at the amino acid level to their human homologues, respe

167 LT2 cloned from pig kidney is 76% identical (at the amino acid level) to its high affinity homologue

168 elationship (46% identity and 61% similarity at the amino acid level) to that of the avian leukosis-s

169 ual B exons are highly similar (82% identity at the amino acid level) to the Gq alpha family consensu

170 model, which simulates the evolution process at the amino acid level using site-specific substitution

171 at is 74% identical to the human PP receptor at the amino acid level was also isolated.

172 Selective pressure at the amino acid level was measured by using the nonsyn

173 n has acted to diversify these PAG molecules at the amino acid level, which in turn suggests that the

174 SPPase1 has 78% homology to the mouse SPPase at the amino acid level with 6-8 possible transmembrane

175 221 amino acids that is 51 and 71% identical at the amino acid level with Bombyx mori and Samia cynth

176 CCK-XLR shares approximately 50% homology at the amino acid level with both the human CCK-BR and t

177 fish (Danio rerio) Abcd1 is highly conserved at the amino acid level with human ABCD1, and during dev

178 at the nucleotide level and 90-92% identity at the amino acid level with human HEV strains.

179 nerated a cDNA that exhibited 99.6% identity at the amino acid level with human ILK-1.

180 a predicted protein that shares 80% identity at the amino acid level with Msk, is located.

181 These 2 proteins are 30% identical at the amino acid level with remarkable similarity in th

182 y of 79.3% at the nucleotide level and 85.7% at the amino acid level with the Escherichia coli purA g

183 DNA level with the fur gene and 79% homology at the amino acid level with the iron uptake regulator (

184 ng frame of AAAV displays 50 to 54% identity at the amino acid level with the other AAVs, with most o

185 his additional region has about 40% homology at the amino acid level with the PR domain of the retino

186 adium (V) nitrogenases, with an 80% identity at the amino acid level with the vnfD gene product from

187 hKCa4 shares 41-42% similarity at the amino acid level with three small conductance cal

188 Although 60% identical to SodCII at the amino acid level with very similar enzymatic prop

189 dicates that supervillin is highly conserved at the amino acid level, with 79.2% identity of the NH2-

190 RASSF3 and NORE1 share almost 60% homology, at the amino acid level, with RASSF1.

191 nd to be 91% identical to the human receptor at the amino acid level, with sequence differences conce

192 ScbA is 57 to 93% identical, at the amino acid level, with the five previous sequence