ライフサイエンスコーパス: full-length sequence

1 s identified which is 60 bp shorter than the full length sequence.

2 U) or cytosine (C) nucleotide from or to the full-length sequence.

3 omain present within a large, diverse set of full length sequences.

4 assembly of RNA-Seq data that yielded only 2 full length sequences.

5 apping of evolutionary trajectories based on full-length sequences.

6 d DNA polymerization to produce a library of full-length sequences.

7 utions may be the highest yet discovered for full-length sequences.

8 estimation of evolutionary parameters using full-length sequences.

9 wo phylogenetically distinct clades based on full-length sequences.

10 he great effort and cost required to acquire full-length sequences.

11 , 1C and 1D, were obtained from forty cloned full-length sequences.

12 equences compared to global alignment of the full-length sequences.

13 viate from the similarities suggested by the full-length sequences.

14 n used in the classification and analysis of full-length sequences.

15 L1 and JL2, which have been characterized by full length sequencing.

16 as transfected with a TF cDNA containing the full-length sequence, a cytoplasmic deletion mutant lack

17 RACE-RepSeq VJ full-length sequencing additionally revealed original mu

18 start by showing that when given a protein's full-length sequence, AlphaFold2 builds experimentally a

19 Full-length sequence analysis of each of these viruses r

20 Transfectants with the full-length sequence and the extracellular domain mutant

21 We isolated the full-length sequences and determined the expression patt

22 hat it does not experimentally determine the full-length sequences and exact exonic compositions of c

23 he PCB moiety is introduced predominantly on full-length sequences and is retained during cleavage of

24 hough long-read sequencing provides accurate full-length sequences and methylation of TRs, there is s

25 Phylogenetic trees were made of full-length sequences and of subsets of residues lining

26 n annotated and searchable collection of all full-length sequences and structures of histone and non-

27 form a complete evolutionary analysis of the full-length sequences and the principal domains in guani

28 sociated with domains and supra-domains from full-length sequence annotations.

29 ed, illustrating that characteristics of the full-length sequence are not well tolerated by the phage

30 fically with A-RAF, were identified, and the full-length sequences are reported.

31 enerated by the ProtT5-XL-UniRef50 pLM using full-length sequences as input.

32 hSRY(HMG) (comprising residues 57-140 of the full-length sequence), binds DNA sequence-specifically i

33 t whether taxonomic information based on the full-length sequences can be recaptured by short reads t

34 We report the full-length sequencing, cell type-specific expression, a

35 e identified in the RVRp22 genome based on a full-length sequence comparison with the RVRp13, VR2332,

36 ) 1a, 2, and 6 in the RVRp22 genome based on full-length sequence comparisons with RVRp13, VR2332 (th

37 have been hampered by the lack of available full-length sequence data covering all three genomic seg

38 vances in single-cell sequencing to generate full-length sequence data from the paired TCR a- and B-c

39 Parathaa accomplishes this by leveraging full-length sequence databases to build primer-specific

40 Analysis of full-length sequences determined that each contained a 9

41 A, which contain polyproline motifs in their full-length sequences, do not form electrostatic network

42 oligonucleotides rarely contain 100% of the full-length sequence due, in part, to the failure sequen

43 ocess-related impurities (e.g., shorter than full-length sequences) during solid-phase synthesis; and

44 A full-length sequence encodes a 270-amino acid pre-pro-en

45 maining fragments yields a new population of full-length sequences enriched for the consensus sequenc

46 We now report the full-length sequence, expression profile, and chromosoma

47 le-subunit mtRNAPs, we were able to obtain a full-length sequence for a candidate mtRNAP from T. bruc

48 quence tag information was used to clone the full-length sequence for a new human lipoxygenase from t

49 y active domains of diphtheria toxin and the full-length sequence for interleukin-2 (IL-2), efficient

50 In this study, we cloned a full-length sequence for the Gnih precursor of a flatfis

51 t and assembling the sequences, we generated full-length sequences for 16 of these genes.

52 We obtained full-length sequences for homologues of three Toc compon

53 s macaque tissues and obtained high-quality, full-length sequences for over 6000 unique Ig and TCR tr

54 te cell lines expressing constructs encoding full-length sequences for syndecan-4 (S4), syndecan-1 (S

55 the same UniFrac clustering results as near-full-length sequences for three recent large-scale studi

56 This is repeated until full-length sequences form.

57 Higher-level analyses used published full-length sequences from all members of the plant and

58 We have determined additional full-length sequences from two clusters of imported EBOV

59 est on benchmarks of both global homologies (full length sequence homologs) and local homologies (hom

60 * We examined full-length sequence in 32 accessions and describe two h

61 Synthons are then assembled into longer full-length sequences in a stepwise manner.

62 atocellular carcinoma (HCC), we analyzed HBV full-length sequences in blood obtained <1-20 years befo

63 IV particles entirely from plasmids encoding full-length sequences in eight gene segments.

64 ) to represent an estimated alignment on the full-length sequences in the input, and then adds the re

65 quences, and is independent of the number of full-length sequences in the original data.

66 Full-length sequencing indicated a new HEV-3 subtype wit

67 ing structural domain information from SCOP, full-length sequence information from Swiss-Prot, and ve

68 of this tandem G-quadruplex structure in the full-length sequence masks all three Sp1 binding sites,

69 Similarly, overexpression of a full-length sequence mutated at the chromophore attachme

70 Ts) to mouse opticin were identified and the full-length sequence obtained after PCR reactions using

71 Full-length sequences obtained by polymerase chain react

72 One full-length sequence of an extracellular TYR (SzTYR) ide

73 We report here the cloning and full-length sequence of cDNAs encoding homologous silk p

74 We amplified the nearly full-length sequence of each of these viruses from a sma

75 We analyzed the full-length sequence of ev-1 and identified an adenosine

76 Reconstructing the full-length sequence of extrachromosomal circular DNA (e

77 amster epididymal cDNA library to obtain the full-length sequence of HEP64 and to identify it as the

78 We also report the full-length sequence of human PDE8A1 and show that it al

79 In this study, our aim was to isolate the full-length sequence of Ma2 and new family members, iden

80 one of these sequences served to recover the full-length sequence of Sea star footprint protein 1 (Sf

81 The full-length sequence of simian foamy virus serotype 2 (S

82 The full-length sequence of the 1.2-kb PTGFB mRNA has the po

83 II MHC 25-mer xenopeptides representing the full-length sequence of the beta chain hypervariable dom

84 a single cell requires determination of the full-length sequence of the expressed mRNAs in the cell,

85 g that corresponding to Cys-431 of the known full-length sequence of the human LDL receptor.

86 The full-length sequence of the ida-1 cDNA encoded a 767-ami

87 is a fusion protein toxin consisting of the full-length sequence of the IL-2 protein and as toxophor

88 In addition, we characterized the near-full-length sequence of the most prominently expressed v

89 The full-length sequence of the provirus was obtained by PCR

90 The full-length sequence of the recombinant virus after pass

91 adults, we sought to isolate and acquire the full-length sequence of the rem2 gene from the brain of

92 The full-length sequence of this cDNA was determined from cl

93 Elucidation of the full-length sequence of this novel 1.2 kb cDNA led to th

94 The full-length sequence of TmMYB3 and partial promoter sequ

95 We report the full-length sequence of two chicken source influenza A (

96 rough time and the changes in the consensus, full-length sequences of 56 genomes.

97 Using full-length sequences of all known alphaviruses, we prod

98 do this by determining the transcriptome and full-length sequences of all viral genes in single cells

99 ncluding more than 1.9 x 10(5) high quality, full-length sequences of antibody variable fragment (Fv)

100 Full-length sequences of Arabidopsis snoRNAs and scaRNAs

101 To improve our ability to obtain native full-length sequences of cbVGs, we optimized direct RNA

102 h could be particularly useful for restoring full-length sequences of genes affected by a spectrum of

103 Full-length sequences of heterodimeric GPP synthase smal

104 The L1Base database contains annotated full-length sequences of LINE-1 transposons including pu

105 Using a database of 1621 full-length sequences of mammalian group A rotavirus RNA

106 This method revealed the full-length sequences of matching chains from distinct O

107 k and rejoin, PCR-based tools cannot provide full-length sequences of most cbVGs and/or can introduce

108 g a method, NAP-seq, to globally profile the full-length sequences of napRNAs with various terminal m

109 This high protease activity implies that the full-length sequences of NS3 and NS4A are required for o

110 The full-length sequences of rabbit and mouse sgk cDNAs were

111 loped the RIP-PEN-seq method to identify the full-length sequences of RNAs bound by the K-turn bindin

112 We further determined full-length sequences of segment 2 of the two simian PBV

113 acteristics of this group, we determined the full-length sequences of the L, M, and S genome segments

114 Full-length sequencing of all six isolates revealed no l

115 ird-generation sequencing which allowed near full-length sequencing of HEV-3 genomes.

116 Therefore, near-full-length sequencing of HIV-1 particles is required to

117 Full-length sequencing of MHC-EcDNAs in four unrelated c

118 In the present study we report the full-length sequencing of PB39 cDNA, genomic localizatio

119 1) ions was proved to effectively aid in the full-length sequencing of small peptides.

120 vector design process and quality control by full-length sequencing of the finished vectors.

121 Full-length sequencing of this isolate revealed a highly

122 We further demonstrate that full-length sequencing platforms are sufficiently accura

123 Cells transfected with the full-length sequence produced increased levels of both T

124 The full-length sequences reveal that copines consist of two

125 An uncharacterized SSH clone, SM409 (full-length sequence showed resemblance with Cytb6), sho

126 Proteins with full-length sequence similarity to ArnT are present in g

127 g common ancestry) and homeomorphic (sharing full-length sequence similarity with common domain archi

128 nsisting of 12 of the 520 amino acids in the full-length sequence that is critical for both VCS bindi

129 We report the full-length sequencing, tissue-specific expression, and

130 n the CID/UVPD data, UVnovo assigned correct full-length sequences to 83% of the spectral pairs of do

131 To address this, we used full-length sequencing to examine proviruses within memo

132 Here, we use full-length sequencing to longitudinally study the provi

133 function terms, disorder prediction for the full-length sequence using three methods, enriched IDR c

134 The plasmid annotation, which includes the full length sequence, vector information and associated

135 ome clones as starting material to create 44 full-length, sequence-verified, dominant-negative (DN) a

136 Full-length sequences were obtained from a drill and man

137 the OC of an HCN1 mutant, corresponding to a full-length sequence with the in-frame deletion of pore-

138 amined three EVEs that were repaired to form full-length sequences with relatively few changes.

139 (CSPrep), and a second consisting of a near full-length sequence without the signal and anchor hydro

140 of SARS-CoV-2, based on the first published full-length sequence (Wuhan-1).