戻る
「早戻しボタン」を押すと検索画面に戻ります。 [閉じる]

コーパス検索結果 (１語後でソート)

通し番号をクリックするとPubMedの該当ページを表示します
1 ther human osteopetrosis maps to a region of conserved synteny.
2  that the Fugu C9/DOC-2 locus is a region of conserved synteny.
3  unique operon structure of bacteria through conserved synteny.
4  markers and allowed genome-wide analysis of conserved synteny.
5 ty reference to a new genome on the basis of conserved synteny.
6 uplications based on patterns of chromosomal conserved synteny.
7 chromosome 1q21 within an 11.7 Mb segment of conserved synteny.
8 and human chromosome 11 in a known region of conserved synteny.
9 use chromosome 9, and the human regions with conserved synteny (1q21-q25 and 11q22-qter) are believed
10                                   Because of conserved synteny, a high-density map of the A. tauschii
11 n the maintenance of such a large section of conserved synteny across the vertebrate lineage.
12                     Moreover, an analysis of conserved synteny among rats, mice, and humans suggested
13                                   POInT uses conserved synteny and phylogenetic models to infer ortho
14 oroplast genomes exhibited an overall highly conserved synteny and sequence identity among them.
15                                Although some conserved syntenies are quite large, there were changes
16 ce alignments, 344 large (>100-kb) blocks of conserved synteny are evident, but these are further fra
17                                  Measures of conserved synteny are important for estimating the relat
18                         We further show that conserved syntenies between ALG2 and amniote chromosomes
19                                     Putative conserved syntenies between catfish and zebrafish, medak
20  accepted hypothesis is primarily based upon conserved syntenies between in-group taxa (birds and mam
21                                              Conserved syntenies between seabass LG2 and five other t
22                               Because of the conserved syntenies between the dog and human, this appr
23              Gene maps showed that blocks of conserved syntenies between zebrafish and humans were la
24                                              Conserved synteny between cattle, human, and mouse was f
25             The identification of regions of conserved synteny between Fugu and humans would greatly
26 se chromosome, and localizes the junction of conserved synteny between HSA21 and HSA22 on MMU10.
27            These findings, along with highly conserved synteny between human and horse chromosomes, s
28 E is located within a 10- to 15-cM region of conserved synteny between human chromosome 7 and mouse c
29 s map assignment further defines a region of conserved synteny between human Xq22-q25 and the mouse p
30 h men1, fgf3 and cycd1 define two regions of conserved synteny between linkage group 7 and 11q13.
31 s the new proximal boundary of the region of conserved synteny between MMU10 and HSA21 and predicts t
32 cations extend and further define regions of conserved synteny between mouse and human genomes and id
33                                   The strong conserved synteny between mouse chromosome 12aF1 and hum
34                One EST mapped to a region of conserved synteny between mouse chromosome 2 and human c
35 , allowing ready visualization of regions of conserved synteny between species.
36 duplication of these molecules or to analyze conserved synteny between teleost and mammalian CC chemo
37                 Although no novel regions of conserved synteny between the cattle and the human genom
38 e radiation hybrid group 14-a, which extends conserved synteny between the dog, human chromosome 2q a
39 chicken sequences suggested a high degree of conserved synteny between the two avian genomes.
40  that the NRAP gene is located in regions of conserved synteny between the two species.
41 that the KHSRP gene is located in regions of conserved synteny between the two species.
42 enome draft sequence showed a high degree of conserved synteny between the zebra finch and the chicke
43 genomes were used to identify the regions of conserved synteny between these genomes.
44 ish Na,K-ATPase genes localize to regions of conserved synteny between zebrafish and humans.
45                                Our data show conserved synteny between zebrafish and mammalian SCL an
46 erved syntenies given the observed number of conserved syntenies by taking into account the dependenc
47 id sequence, comparative gene structure, and conserved synteny, chicken DNase II appears to represent
48 6 homology matches, thus enabling use of the conserved synteny (correspondence between chromosome blo
49 cation timing was observed across regions of conserved synteny, despite considerable species variatio
50    Comparative genomic analysis demonstrated conserved syntenies for all FA genes.
51 e did not hinder efforts to map and identify conserved syntenies from a small sample of 24 protein-co
52 us methods for estimating the true number of conserved syntenies given the observed number of conserv
53  human chromosome 16p13.3 and form part of a conserved synteny group with mouse chromosome 17.
54 information for examining gene order in this conserved synteny group.
55 percent of genes and ESTs analyzed belong to conserved synteny groups (two or more genes linked in bo
56 the positions of orthologous markers and the conserved synteny groups between human and cattle and hu
57                                A total of 51 conserved synteny groups that include 173 conserved segm
58  that permit comparison of gene order within conserved synteny has not advanced beyond the mouse map
59 ethod, we show that approximately 65% of the conserved syntenies have already been identified for hum
60                                          The conserved syntenies identified here between the catfish
61 cally involves identification of segments of conserved synteny in diverse genomes.
62 al difference analysis to define a region of conserved synteny in hamsters with both the mouse and hu
63 d we compared this region with the region of conserved synteny in mouse.
64                    There is a high degree of conserved synteny in the genomic regions encoding the co
65             Map comparisons revealed 139 new conserved syntenies, in which two or more genes are on t
66 nome sequences in order to detect regions of conserved synteny, in which multiple proteins from one o
67 mosome survey sequencing, and integration of conserved synteny information of three sequenced model g
68      Zebrafish-human comparisons demonstrate conserved synteny involving nrf2 and hox genes, indicati
69 ted to Down syndrome depends on how well the conserved synteny is maintained.
70 ap with Danio, revealing numerous regions of conserved synteny, many of which are shared across criti
71                              On the basis of conserved synteny, mouse deafness mutations shaker-2 (sh
72 assigned to an identified canine chromosome, conserved synteny of this linkage group with human 12p13
73                                          The conserved synteny of this region of CFA9 and distal huma
74                            There thus exists conserved synteny of unrelated genes between mammals and
75  Mb of published sequence from the region of conserved synteny on human chromosome 5q31-q33 identifie
76 hromosome 4p12 and at a recognized region of conserved synteny on mouse chromosome 5.
77                         Overlay of the mouse conserved syntenies onto HSA11 revealed that segmental b
78 r example, underpinning the investigation of conserved synteny patterns.
79 omes, together with the inferred patterns of conserved synteny, provide additional insights into vert
80                              Mutation rates, conserved synteny, repeat content, and phylogeny can be
81 nd may be associated with the high degree of conserved synteny, suggesting that these are features of
82           Although there are large blocks of conserved syntenies, the gene order between human and ze
83        On the basis of sequence homology and conserved synteny, the rjs gene is the single mouse homo
84                                              Conserved synteny-the tendency of neighboring genes to r
85 sides on a region of mouse chromosome 6 with conserved synteny to a region of human chromosome 7q tha
86 arrangements: 53% of equine chromosomes show conserved synteny to a single human chromosome.
87 rass (Lolium perenne) genome on the basis of conserved synteny to barley (Hordeum vulgare) and the mo
88 Here, we harness the special circumstance of conserved synteny to estimate the contribution of comple
89 pping identified a genomic region exhibiting conserved synteny to human chromosome 2, which included
90 tion on feline chromosome A1q in a region of conserved synteny to human chromosome 5q15.
91     The H3 complex spans a region that shows conserved synteny to human chromosomes 15q, 2q, and 20p.
92 mosome 10q21-22 harbors USH1F in a region of conserved synteny to mouse chromosome 10.
93  human chromosomes 6p21.2-p21.3 (a region of conserved synteny to mouse Chromosome 17) and 7q22-q31.1
94 e Chromosome 17) and 7q22-q31.1 (a region of conserved synteny to mouse Chromosome 5).
95 ne chromosome 15q14-q15.1 within a region of conserved synteny to the chromosomal locations of human
96 e, was mapped to chromosome 9 at a region of conserved synteny to which genes for cathelicidins have
97 te chromosomes are identified as overlapping conserved syntenies when all available chicken (N = 3120
98 genomes throughout the bird taxa show a much-conserved synteny, whereas at the single-base resolution
99 omic segment on chromosome Xp11.22 which has conserved synteny with a 705 kb genomic segment of human
100                       This region has highly conserved synteny with a portion of human chromosome 11
101  localized to chromosome 5q23.1, a region of conserved synteny with a portion of mouse chromosome 17
102 nking region of the nitr gene complex shares conserved synteny with a region of mouse chromosome 7, w
103   The hemichordate genomes exhibit extensive conserved synteny with amphioxus and other bilaterians,
104 enes mapped within or adjacent to regions of conserved synteny with corresponding human chromosomes.
105                        The SWS1 gene shows a conserved synteny with flanking genes.
106  single-copy gene, which maps in a region of conserved synteny with FY and produces a glycoprotein wi
107 0 kb on mouse chromosome 11, which maintains conserved synteny with human 17p.
108 a region of mouse chromosome 7, which shares conserved synteny with human 19q13.3-q13.4 that encodes
109 s to mouse chromosome 4, in a region showing conserved synteny with human 1p36.
110 ese genes map to chromosome 5 in a region of conserved synteny with human 4p16.3.
111 ported that zebrafish linkage group 7 shares conserved synteny with human chromosome 11q13.
112 ne localized to chromosome 8, in a region of conserved synteny with human chromosome 16.
113 rm a cluster on chromosome 17 in a region of conserved synteny with human chromosome 19.
114 region of chicken chromosome 8 that exhibits conserved synteny with human chromosome 1p.
115  regions of mouse Chromosome 10 (MMU10) show conserved synteny with human chromosome 22 (HSA22) and t
116  to linkage group 16 in a region that shares conserved synteny with human chromosome 7 containing the
117 ts of the human genome identifies regions of conserved synteny with human chromosomes (Hsa) 3, 8, 12,
118              Some regions of the genome show conserved synteny with mammalian genomes, although at th
119                  We observed large blocks of conserved synteny with Medicago truncatula and estimated
120 uman chromosome 17p11.2, a region that shows conserved synteny with mouse shaker-2.
121                                    Following conserved synteny with other vertebrates, we also mapped
122           This human locus is in a region of conserved synteny with pig chromosome 9, to which the po
123  maps to chicken chromosome Z in a region of conserved synteny with the centromeric region of mouse c
124    The ic locus on mouse chromosome 1 shares conserved synteny with the chromosomal location of the h
125           The L. perenne S and Z loci showed conserved synteny with the equivalent loci in rye (Secal
126 19 gene maps to chromosome 8, in a region of conserved synteny with the human counterpart on chromoso
127 rganized into genomic clusters, which are in conserved synteny with the mammalian LRC.
128 t is present on scaffold 104, in a region of conserved synteny with zebrafish.
129 cus and other gene clusters has now revealed conserved synteny with zygomycete fungi, indicating that
130 ived methods to estimate the total number of conserved syntenies within the genome, counting both tho
131                Comparative analyses revealed conserved synteny without large chromosomal rearrangemen

 
Page Top