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1 ymerase reaction reinitiates to continue the sequence determination.
2 ndem mass spectrometric (MS/MS) analysis for sequence determination.
3 encing-by-synthesis enabling rapid real-time sequence determination.
4 ss spectrometry (LC/LC-MS/MS) for amino acid sequence determination.
5 h is instrumental in gene discovery and gene sequence determination.
6 cent electropherograms, leading to errors in sequence determination.
7  mass spectrometry, amino acid analysis, and sequence determination.
8 enomes, short of contig construction or full-sequence determination.
9 ng it a useful candidate for complete genome sequence determination.
10           These artifacts can interfere with sequence determination.
11 m mass spectrometry (CID-MS/MS) for complete sequence determination.
12 ometry for structural elucidation, including sequence determination.
13 ique molecular indices for precise consensus sequence determination.
14 dization results were compared to nucleotide sequence determinations.
15                                              Sequence determination and analysis began on proteins in
16                                              Sequence determination and deletion analysis of the prom
17  structure-building tool, we accelerated pAb sequence determination and identified sequence matches i
18  identified as a mediator subunit by peptide sequence determination and is shown to copurify and co-i
19                                              Sequence determination and mutational analysis of the pk
20 ubtraction screening, followed by nucleotide sequence determination and northern-blot analysis, ident
21  used for depolymerization of HS/heparin for sequence determination and production of therapeutic hep
22   Reproducibility and accuracy of nucleotide sequence determination and resistance-associated mutatio
23 or purity (99%), peptide digest LC-MS/MS for sequence determination, and circular dichroism and trypt
24        Here we report the isolation, primary sequence determination, and functional characterization
25                      Gene identification and sequence determination are critical requirements for man
26 n degradation (ED) has been used for primary sequence determination but is largely neglected since th
27                                        After sequence determination by fluorescence imaging, the 3'-O
28                                              Sequence determination by mass spectrometry revealed tha
29 nd detection and ligand isolation steps, and sequence determination by mass spectrometry, enzymatic s
30 ide libraries and demonstrate the process of sequence determination by mass spectrometry.
31 t of their masses and independent amino acid sequence determination by tandem MS, allowing the use of
32                 First, N-terminal amino acid sequence determination demonstrated that processing of t
33                        N-terminal amino acid sequence determination demonstrated that the Glu40-Met41
34 e and sequence-specific, enabling continuous sequence determination during the polymerase reaction.
35 of SCID, only dideoxy fingerprinting and DNA sequence determination each detected 100% of the IL2RG m
36 scope of operation of large-scale nucleotide sequence determination facilities.
37                        Molecular cloning and sequence determination for 8822 bp of mouse Rc cDNA reve
38 pCoo is not self-transmissible, although our sequence determination for part of pCoo shows regions al
39                                   Amino acid sequence determination for purified cyt c(y) revealed th
40                                           S1 sequence determinations for 12 of the mutants identified
41                                     New cDNA sequence determinations for the BRV L1 and M2 genome seg
42  liquid chromatography analysis coupled with sequence determination has shown that contaminating heme
43                                De novo viral sequence determination identified amino acid changes wit
44           The puh region was cloned, and DNA sequence determination identified open reading frames bc
45                                   Nucleotide sequence determination identified the disrupted genes as
46                                   Nucleotide sequence determination identified three open reading fra
47 rapid amplification of cDNA ends followed by sequence determination indicate that the transcription s
48 ng of a partial peptide sequence to aid in a sequence determination is also presented.
49 detailed genomic/gene information, in silico sequence determination is not straightforward, and full
50 trate that the new method for cyclic peptide sequence determination is reliable, operationally simple
51          It is well established that protein sequence determination may be achieved by mass spectrome
52 ization, response to actinomycin D, and cDNA sequence determination, No55 is a novel protein of the i
53 ical and enzymatic digestions toward de novo sequence determination of a modified oligonucleotide.
54                                              Sequence determination of a region downstream from the v
55 79 isolates were also analyzed by nucleotide sequence determination of a variable region of the glyco
56 etics approach following internal amino acid sequence determination of beta-1,3-glucanase-active prot
57             An improved method for the rapid sequence determination of biologically active peptides s
58                                              Sequence determination of both plasmids has recently bee
59                Gene discovery by partial DNA sequence determination of cDNA clones is an effective me
60 his report, a high-throughput method for the sequence determination of cyclic peptide library members
61 d type p53 by SSCP analysis of all exons and sequence determination of exons 4-9.
62  generating oligosaccharide fragments and in sequence determination of heparan sulfate (HS).
63 rge number of samples and also enables rapid sequence determination of high-titer viruses.
64                      However, post-screening sequence determination of hit peptides has been problema
65          This work was generated from direct sequence determination of human genomic DNA (35 introns)
66 oped typing method for bacteria based on the sequence determination of internal fragments of seven ho
67                       We previously reported sequence determination of neutral oligosaccharides by ne
68                                          DNA sequence determination of nuclear SSU rRNA genes was emp
69         The results of a complete nucleotide sequence determination of pAM373, as well as a genetic a
70                                   Nucleotide sequence determination of recovered cDNA sequences and s
71             The major part will focus on the sequence determination of synthetic macromolecules, wher
72 domain and the A2 domain, this completes the sequence determination of the cDNA corresponding to the
73                                          The sequence determination of the entire Arabidopsis genome
74                                   Nucleotide sequence determination of the LTRs of PERV-NIH, PERV-C,
75 ons for genes E, T, U, and D, completing the sequence determination of the P2 genome.
76                The results were confirmed by sequence determination of the PCR product and by Norther
77 iotin tag into the probe to allow for direct sequence determination of the query strand.
78                                 However, DNA sequence determination of the RT-PCR products from MEN I
79  of chain-terminated RNA ladders allowed DNA sequence determination of up to 56 nt.
80  di- to decasaccharides) permits unambiguous sequence determination of validated standards and unknow
81 and preparative electrophoresis, followed by sequence determinations of tryptic peptides.
82 nstrate the process of library screening and sequence determination on the selected beads.
83   EMDC enabled both detection and amino acid sequence determination on trace levels of phosphorylated
84       Thirteen samples were selected for DNA sequence determination over the same region of env used
85                                   Amino acid sequence determination revealed that the amino-acid sequ
86 cation of these proteins and partial peptide sequence determination revealed them to be alpha1-acid g
87                                          DNA sequence determinations revealed the complete H8 genome
88 h for the genes responsible, followed by DNA sequence determination, revealed that specific amino aci
89                   DRED is a 540 kDa complex; sequence determination showed that it contains the nucle
90               After detection of the PPi for sequence determination, the 3'-OH of the primer extensio
91                        By PCR and nucleotide sequence determination, the gdh genes of the 19 strains
92 extends the functional range of Qq-TOF MS/MS sequence determination to over 3000 m/z.
93 reasing speed and reduced cost of nucleotide sequence determination, together with improved web-based
94 tion is not straightforward, and full coding sequence determination typically involves time- and labo
95                                  This direct sequence determination unambiguously identifies IGF-II a
96          Subcloning, sequencing, and protein sequence determination were performed to confirm P-gp.
97 gnal sequences were amplified by PCR and DNA sequence determinations were performed, 89 (96%) of 93 c
98 raphy-ion trap mass spectrometry for peptide sequence determination yielded efficient protein identif