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1 fied 2762 SVA elements from the human genome draft sequence.
2 lete elements obtained from the human genome draft sequence.
3  the six hot L1s in the human genome working draft sequence.
4 from annotation of the public sector C57Bl/6 draft sequence.
5 econdary sequences, which can be finished or draft sequence.
6 ed 7.7 Mb of finished sequence and 1.5 Mb of draft sequence.
7 he sequences of the telomeres to the working draft sequence.
8 egrate most human telomeres with the working draft sequence.
9 eal functional genetic elements missing from draft sequences.
10 rge tandem repeat and is sparsely covered by draft sequences.
11                                We determined draft sequences (8-fold coverage) of the genomes of stra
12 "freeze" of the haploid human genome working draft sequence (95% complete) yielded only 90 L1s with i
13 Here I look at what we have learned from the draft sequence about our cytoskeletal and motility syste
14 m genome sequence and annotation, as well as draft sequence and annotation emerging from other Plasmo
15  selects a minimal tiling path given genomic draft sequence and BAC end sequences.
16 482 elements that reside in the human genome draft sequence and focused our analyses on the 2318 huma
17 al consortium announced the publication of a draft sequence and initial analysis of the human genome.
18 NG map as well as the assembled human genome draft sequence and the Celera assembled human genome seq
19 s had a discrepant order between the working draft sequence and the Celera sequence.
20 remain between the ends of the human working draft sequence and the ends of each chromosome, we would
21           (4) When the query is whole-genome draft sequence and the target is BAC end sequences, the
22 ing physical maps of targeted loci, refining draft sequence assemblies and identifying potential geno
23 ructed a maize repeat database and generated draft sequence assemblies of 287 maize bacterial artific
24                               A high quality draft sequence assembly was produced using the Atlas ass
25 ty genetic maps to create a chromosome-scale draft sequence assembly.
26 covering 1234 cM and anchoring 99.83% of the draft sequence assembly.
27   Our results demonstrate that given a human draft sequence, BAC contig maps can be constructed quick
28  supports analysis of unfinished or "working draft" sequences by permitting one of the two sequences
29 pproach, some of the inherent limitations of draft sequence can be significantly reduced.
30                                              Draft sequence derived from the 46-Mb gene-rich euchroma
31 for the analysis of unfinished, un-annotated draft sequence during the early phases of the genome pro
32 cation events that fell well-below levels of draft sequencing error (alignments 90%-98% similar and >
33 s report highlights the whole-genome shotgun draft sequence for a Streptococcus agalactiae strain rep
34  clones we demonstrate that up to 98% of the draft sequence for each contig could be ordered and orie
35 is now used routinely to obtain high-quality draft sequence for the genomes of species with low level
36                          The availability of draft sequences for both the mouse and human genomes mak
37   In spite of the recent publications of two draft sequences for the human genome, this region seems
38                           The publication of draft sequences for the two subspecies of Oryza sativa (
39 onal repeats identified in 200 kb of working draft sequence from this region in GenBank.
40                           The chicken genome draft sequence has provided a valuable resource for stud
41                                          The draft sequence has provided insight into global characte
42           Comparison to partial swine genome draft sequence indicated 49,879 SNP (43%) and 22,045 con
43 selected by this assay with the human genome draft sequence indicates that a significantly higher per
44  of two large international consortia offers draft sequence information and detailed analyses present
45                                     The DSI (draft sequence integration) module aligns draft sequence
46                                              Draft sequencing is a rapid and efficient method for det
47    The recent availability of a high-quality draft sequence lifts the dog system to a new threshold.
48                                          The draft sequence makes available a comprehensive catalog o
49          This genome provides a high quality draft sequence of a basidiomycete, a major fungal phylum
50                          The generation of a draft sequence of a human genome has led to the identifi
51 ld not be successfully applied to assemble a draft sequence of a large mammalian genome, but merely t
52                         The publication of a draft sequence of a third mammalian genome--that of the
53 nes involved in pathogenesis, we developed a draft sequence of DC3000 and used an iterative process i
54 an amniote to have its genome sequenced, the draft sequence of its genome--composed of approximately
55                                A pre-closure draft sequence of Pseudomonas syringae pv. tomato DC3000
56                                          The draft sequence of the 2-40 genome allowed a genome-wide
57 e utility of the strain, we have generated a draft sequence of the CB4856 genome, exploiting a variet
58                   The recent completion of a draft sequence of the chicken genome, and an abundance o
59                    The recent release of the draft sequence of the chimpanzee genome is an invaluable
60                                 We present a draft sequence of the genome of Aedes aegypti, the prima
61                     We report a high-quality draft sequence of the genome of the horse (Equus caballu
62                                          The draft sequence of the human genome also provides new inf
63                          The completion of a draft sequence of the human genome and the promise of ra
64                                     With the draft sequence of the human genome available, there is a
65 ustrate this potential impact by searching a draft sequence of the human genome for genes related to
66                     Recent completion of the draft sequence of the human genome has been greeted with
67                      The availability of the draft sequence of the human genome has created a pressin
68                      The recent release of a draft sequence of the human genome provides the first pa
69                              Analysis of the draft sequence of the human genome showed that only abou
70 on of the 19 Alu elements retrieved from the draft sequence of the human genome that are identical to
71 600 cytogenetically defined landmarks on the draft sequence of the human genome to help with the char
72                    Within the past year, the draft sequence of the human genome was completed and mad
73 rogress in genomics in the ten years since a draft sequence of the human genome was published.
74 y approximately 35000 genes deduced from the draft sequence of the human genome, there are fears that
75 3604 (9.8%) were absent from the unassembled draft sequence of the human genome.
76 ers and 1852 Yb8 Alu family members from the draft sequence of the human genome.
77 eletion that defines the Yd lineage from the draft sequence of the human genome.
78 rfect simple tandem repeats (STR) within the draft sequence of the human genome.
79 the closest markers were determined from the draft sequence of the human genome.
80 ation to produce and make freely available a draft sequence of the human genome.
81                          Here, we report the draft sequence of the M. grisea genome.
82                         Here we describe the draft sequence of the M. truncatula euchromatin based on
83 onal collaboration to produce a high-quality draft sequence of the mouse genome.
84               Here, we report a high-quality draft sequence of the N. crassa genome.
85    Previous genetic analyses that compared a draft sequence of the Neanderthal genome with genomes of
86  years since the original publication of the draft sequence of the rat genome.
87                        The completion of the draft sequence of the rhesus macaque genome allowed us t
88                                   A complete draft sequence of the zebra finch genome is imminent, ye
89 ort results obtained using both complete and draft sequences of four closely related Drosophila genom
90 nstruction of physical maps for high-quality draft sequences of large plant genomes, such as that of
91  To meet the new challenge of generating the draft sequences of mammalian genomes, we describe the de
92                   A recent comparison of the draft sequences of mouse and human genomes has shed ligh
93 t papers using different approaches reported draft sequences of the human genome.
94                 The recent completion of two draft sequences of the rice (Oryza sativa) genome allows
95 tional 191 FISH-mapped) with the location of draft sequences of their human and mouse orthologs provi
96 ccharomyces cerevisiae based on high-quality draft sequences of three related species (S. paradoxus,
97 RMINUS is a set of tools to map telomeres on draft sequences of whole genome shotgun sequencing proje
98 liana, was released, and soon after that the draft sequencing of the rice genome was completed.
99 ans to support grants to generate a 'working draft' sequence of the mouse genome by 2003, systematic
100          The publication of the human genome draft sequence provides, for the first time, a global vi
101     The initial analysis of the human genome draft sequence reveals that our 'book of life' is multi-
102 e whole BAC sequence with the chicken genome draft sequence showed a high degree of conserved synteny
103 nt advances in both clone fingerprinting and draft sequencing technology have made it increasingly co
104                        (2) When the query is draft sequence, the results of BSS can be used to close
105     We used the human genome project working draft sequence to estimate kilobase (kb) intermarker dis
106 an Gene Collection to the human genome rough draft sequence to estimate the start sites of more than
107                      The path from the first draft sequence to our nascent era of personal genomes an
108 a way to easily view the results of aligning draft sequence to the BESs, and integrates the results w
109              We then combine our method with draft sequences to create genome assemblies of the mosqu
110 I (draft sequence integration) module aligns draft sequences to FPC contigs, displays them alongside
111 ve sequencing approach using available human draft sequence, to identify putative candidates for the
112                                      The rat draft sequence used a variety of assembly packages, as w
113 cifically designed for searching unannotated draft sequence via BLAST, keyword searches of pre-comput
114                Homology to the canine genome draft sequence was found for more than 99% of all ESTs,
115 AR boundary, or PAB, before the human genome draft sequence was produced, then examine post-genomic d
116 additional information from the mouse genome draft sequence, we identified 59 OR loci (approximately
117                     Before completion of the draft sequences, we developed an approximately 15-Mb com
118 xpected diversity, and a recent query of the draft sequence with the blast search engine found only o

 
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