ライフサイエンスコーパス: putative transmembrane domain

1 near the extracellular surface of the second putative transmembrane domain.

2 minK, a 130-amino-acid protein with a single putative transmembrane domain.

3 otropic salt wash, consistent with lack of a putative transmembrane domain.

4 codon following the first amino acid in the putative transmembrane domain.

5 e first transmembrane domain or in the 4(th) putative transmembrane domain.

6 tion of the TfR2-alpha protein including the putative transmembrane domain.

7 ) encodes the LMBD1 protein that possesses 9 putative transmembrane domains.

8 y 65.2 kDa predicted molecular mass) with 12 putative transmembrane domains.

9 und that lin-17 encodes a protein with seven putative transmembrane domains.

10 reading frame encoding a protein with seven putative transmembrane domains.

11 lypeptide containing 541 amino acids with 10 putative transmembrane domains.

12 ontains a conserved ATP-binding site and six putative transmembrane domains.

13 with N-terminal coiled-coil regions and two putative transmembrane domains.

14 roteins contain putative signal peptides and putative transmembrane domains.

15 2 is a 101-amino acid protein containing two putative transmembrane domains.

16 EJ, a GPS, a LH2/PLAT, a coiled-coil, and 11 putative transmembrane domains.

17 , TEM5, TEM7, and TEM8, all of which contain putative transmembrane domains.

18 des for a protein of 701 amino acids with 11 putative transmembrane domains.

19 mily) consists of 487 amino acids and has 12 putative transmembrane domains.

20 s encoding a 253-amino acid protein with two putative transmembrane domains.

21 r a protein of 497 amino acids containing 12 putative transmembrane domains.

22 r a protein of 551 amino acids containing 12 putative transmembrane domains.

23 s a 610-amino acid protein that contains two putative transmembrane domains.

24 of 578 amino acids and contains 12 conserved putative transmembrane domains.

25 of Lys-20 in the NH2 terminus, just prior to putative transmembrane domain 1 (TMD1).

26 indicate the important role of the conserved putative transmembrane domain 1 in interactions with the

27 ighly conserved regions, particularly in the putative transmembrane domains 1 and 2.

28 Three consecutive residues adjacent to putative transmembrane domain 10 (TM10) were demonstrate

29 on, Gly-499 to Arg (G499R) is located in the putative transmembrane domain 10 of the ClC-1 protein.

30 n four consensus glycosylation sites between putative transmembrane domains 3 and 4.

31 o highly conserved aspartate residues within putative transmembrane domains 4 and 10 are essential fo

32 erminant for homoligomerization lies between putative transmembrane domain 5 and the C terminus.

33 Residues within putative transmembrane domain 8 (TMD8) of anion exchange

34 ary structure analysis of GLUT10 predicts 12 putative transmembrane domains, a hallmark structure of

35 The primary structures of Nirs reveal six putative transmembrane domains, a region homologous to p

36 of G protein-coupled receptors, having seven putative transmembrane domains, an extracellular amino t

37 of TRPM1 dimers is characterized by a small putative transmembrane domain and a larger domain with a

38 he N-terminal 337 residues, which included a putative transmembrane domain and a region relatively ri

39 The N-terminal half of RET-RGS1 contains a putative transmembrane domain and a string of nine cyste

40 A30.5 has a putative transmembrane domain and colocalized with marke

41 Amino acids in both the putative transmembrane domain and extracytoplasmic carbo

42 unusual member of the PKC family that has a putative transmembrane domain and pleckstrin homology do

43 This additional sequence contained a putative transmembrane domain and two potential tryptic

44 The enzyme has six putative transmembrane domains and a hydrophilic region

45 of molecular weight 85,000, containing four putative transmembrane domains and an ATP binding domain

46 ted KAM3 encodes a novel protein with twelve putative transmembrane domains and contains limited sequ

47 amino acid residues (63.4 kDa) with 11 to 14 putative transmembrane domains and exhibits approximatel

48 rane protein 74 (TMEM74), which contains two putative transmembrane domains and exhibits high levels

49 appears to be genes encoding MMPs that have putative transmembrane domains and may be membrane-tethe

50 odes a protein of 436 amino acids with seven putative transmembrane domains and shares common ancestr

51 n identified that encode proteins with seven putative transmembrane domains and that are expressed se

52 The protein has six putative transmembrane domains and the two signature mot

53 SadA contains nine putative transmembrane domains and three conserved EGF-l

54 the primary amino acid sequence include four putative transmembrane domains and, unlike other cloned

55 isting of a hydrophobic region (encoding six putative transmembrane domains) and an ATP-binding site.

56 z domains within a 170-residue ectodomain, a putative transmembrane domain, and a 31-residue hydrophi

57 ns and three fibronectin III-like domains, a putative transmembrane domain, and a distinct intracellu

58 a protein with two Ig-like domains, a single putative transmembrane domain, and a short region C term

59 as a predicted molecular mass of 18.3 kDa, a putative transmembrane domain, and limited sequence simi

60 o tetratricopeptide repeat (TPR) motifs, two putative transmembrane domains, and an extended carboxyl

61 ACER2 has 7 putative transmembrane domains, and its amino (N) and ca

62 ar to most members of MFS, PIC30 contains 12 putative transmembrane domains, and PIC30-GFP fusion pro

63 the fz encodes a membrane protein with seven putative transmembrane domains, and that it has a comple

64 t adaptive emerging sequences tend to encode putative transmembrane domains, and that thymine-rich in

65 main, a potential furin cleavage site, and a putative transmembrane domain are located in the C-termi

66 p, a 919-amino acid membrane protein with 14 putative transmembrane domains, as a participant in gluc

67 ceptor proteolytic site, an LH2/PLAT, and 11 putative transmembrane domains, as well as a number of r

68 Consistent with prior observations, the putative transmembrane domain at the C terminus of mZP2

69 The solution structure of Bax, including the putative transmembrane domain at the C terminus, was det

70 All five UGTs contain a putative transmembrane domain at their C terminus as is

71 uence and is very hydrophobic, with 10 to 12 putative transmembrane domains, both typical characteris

72 The translated product has two putative transmembrane domains but no clear matches in c

73 deduced amino acid sequence identified five putative transmembrane domains but no significant homolo

74 y plots of HvCBT1 showed the presence of six putative transmembrane domains, but sequence alignment i

75 ntains 592 amino acids and appears to have a putative transmembrane domain close to the N terminus.

76 The 63-amino acid p7 monomer has two putative transmembrane domains connected by a cytosolic

77 mutants and a truncation mutant lacking the putative transmembrane domain (DeltaTM) were generated.

78 The fourth putative transmembrane domain does not appear to play a

79 located in the intracellular loop connecting putative transmembrane domains eight and nine.

80 Coupled with putative transmembrane domains flanking the variable reg

81 Six out of the seven putative transmembrane domains had membrane insertion si

82 lar, possessing cytosolic active sites, with putative transmembrane domains immediately N-terminal to

83 ed histidyl residue is located in the fourth putative transmembrane domain in hPEPT1 as well as in hP

84 helices reveal the presence of at least one putative transmembrane domain in the TMEM2 protein.

85 ns, these two soybean thioredoxins contain a putative transmembrane domain in their N-terminal region

86 ignal in the amino-terminal region, and five putative transmembrane domains in the carboxyl-terminal

87 ion includes the P region and half of the S6 putative transmembrane domain, including sites not previ

88 ed arrangement of 16 cysteine residues and a putative transmembrane domain, indicating a similar arch

89 A putative transmembrane domain is conserved in some, but

90 A mutant Wsc1 protein lacking the putative transmembrane domain is not functional and part

91 consists of 1715 amino acids containing four putative transmembrane domains, multiple ankyrin repeats

92 ce and N-glycosylation sites, but contains a putative transmembrane domain near its carboxy terminus.

93 Like ScPex17p, PpPex17p contains a putative transmembrane domain near the amino terminus an

94 The deduced amino acid sequence contains a putative transmembrane domain near the N-terminus.

95 re also isolated that encode proteins with a putative transmembrane domain near their C termini.

96 amino acids 480-504, representing the fifth putative transmembrane domain of ACAT2.

97 This Cys is located in the putative transmembrane domain of E1 and was shown to be

98 sitively charged arginine residue within the putative transmembrane domain of E1 would be expected to

99 dings suggest that a localized region of the putative transmembrane domain of Ost4p mediates in stabi

100 in a region close to the luminal face of the putative transmembrane domain of Ost4p were changed into

101 18-25) is localized to only one half of the putative transmembrane domain of Ost4p.

102 acid(s) within or immediately adjacent to a putative transmembrane domain of the transporter.

103 carboxyl-terminal 338 amino acids within the putative transmembrane domain of the type 2 ryanodine re

104 A construct encoding only the first putative transmembrane domain of the type I isoform was

105 show that the positions in the core of the 3 putative transmembrane domains of lambda S are protected

106 First, the seven putative transmembrane domains of the CCK-A receptor wer

107 the coding sequence for the first and second putative transmembrane domains of the G-protein-coupled

108 ne NPC1 protein has sequence homology to the putative transmembrane domains of the Hedgehog signaling

109 hin exons 1, 2, 3, and 6 in conserved and/or putative transmembrane domains of the protein.

110 tations was distributed throughout the three putative transmembrane domains of the SUR1 protein.

111 ys or Asp residues at other positions in the putative transmembrane domain or at the N or C terminus

112 foci, whereas PcfC deleted of its N-terminal putative transmembrane domain (PcfCDelta N103) distribut

113 lation of the RNA templates encoding all the putative transmembrane domains present in the C-terminal

114 an EPCR construct truncated just before the putative transmembrane domain produced only soluble EPCR

115 In addition, we have identified two putative transmembrane domain residues, phenylalanine 18

116 Mutations in the three putative transmembrane domains resulted in mislocalizati

117 This protein contains five CUB domains and a putative transmembrane domain suggesting that p160 is an

118 N- and O-glycosylated followed by a pair of putative transmembrane domains surrounding a short hydro

119 ch contains a basic amino acid cluster and a putative transmembrane domain, targeted the protein to t

120 we describe two regions on either side of a putative transmembrane domain that are required for the

121 show that ESyt2 is directed to the ER by its putative transmembrane domain, that the ESyts hetero- an

122 terminating the deduced sequence prior to a putative transmembrane domain, thereby truncating the pr

123 port domain (interfacial helix 2, hairpin 1, putative transmembrane domain (TM) 7, and TM8), as well

124 subtypes with a splice site within the first putative transmembrane domain (TM).

125 in [OTU], the hypervariable domain [HV], the putative transmembrane domain [TM], and the C-terminal r

126 We examined the involvement of the second putative transmembrane domain (TM2) of the P2X2 subunit

127 affected by amino acid alterations within a putative transmembrane domain (TMD) ligand pocket.

128 11 highly conserved W, Y, and F residues in putative transmembrane domains (TMDs) of rat VAChT was m

129 oles of 7 conserved ionic residues in the 12 putative transmembrane domains (TMDs) of vesicular acety

130 TMEM16 channels consist of eight putative transmembrane domains (TMs) with TM5-TM6 flanki

131 rms, we have utilized RNA templates encoding putative transmembrane domains to program a cell-free tr

132 These include two putative transmembrane domains, two sequences rich in Pr

133 a mutant in which asparagine177 of the third putative transmembrane domain was replaced by glycine, s

134 uence (amino acids [aa] 181 to 323), and the putative transmembrane domain were critical for replicat

135 nd an alternative splice variant lacking the putative transmembrane domain were encoded by the PMEPA1

136 ted against amino acids 42-59 near the first putative transmembrane domain, whereas [125I]RTI 82 was

137 ernatively spliced isoforms: Ser5-001 has 10 putative transmembrane domains, whereas Ser5-004, -005,

138 sequence indicates that the Tc-1 gene has a putative transmembrane domain with multiple cytoplasmic

139 Analysis of the PMT sequence predicted a putative transmembrane domain with predicted hydrophobic

140 MAR1 encodes a protein with 11 putative transmembrane domains with low similarity to fe

141 It contains seven putative transmembrane domains with the amino and carbox

142 containing a zinc binding active site and a putative transmembrane domain, with signal peptides in t

143 first proton using homologous aspartates in putative transmembrane domain X (ten), but they transloc