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1 ing oligonucleotide-based haplotype-specific chromosome painting.
2 ls were traced in female recipient mice by Y chromosome painting.
3 ive homology with human has been revealed by chromosome painting.
4 ed at the cytogenetic level by cross species chromosome painting.
5  types can now be seen with the technique of chromosome painting.
6 lease (e.g., DNase I) digestion, followed by chromosome painting.
7  sparse replacement of previous model-based 'chromosome painting' algorithms to identify recently sha
8                                              Chromosome painting allows the visualization of individu
9                       Finally, karyotype and chromosome painting analyses showed no evidence for TCR
10 ee times the number observed with reciprocal chromosome painting analyses.
11                     We conducted comparative chromosome painting analysis in six different Citrus and
12                            We integrated the chromosome painting analysis of Eumuroida rodents invest
13 mission to zygotes by using a combination of chromosome painting and 4',6-diamidino-2-phenylindole st
14                                  Comparative chromosome painting and cytogenetic mapping of 15 zebra
15 tween chicken and turkey based on reciprocal chromosome painting and mapping of 338 chicken BACs to t
16 gists, 150 provided a blood sample for whole chromosome painting and were interviewed about past X-ra
17 sicaceae tribes were analyzed by comparative chromosome painting and/or whole-transcriptome analysis
18 ific DNA, fluorescent in situ hybridization (chromosome painting) and image analysis.
19 nt decades, comparative chromosomal banding, chromosome painting, and gene-order studies have shown s
20 h populations with no difference detected by chromosome painting, and overall, a larger number of sig
21        Here, we have developed two different chromosome-painting approaches to address how chromosome
22    We present the first report of reciprocal chromosome painting between humans and a rodent.
23                        Each genome underwent chromosome painting by use of ChromoPainter within FineS
24 respective gene and BAC maps, in addition to chromosome painting data.
25 from multiple mammalian species coupled with chromosome-painting data provide a powerful resource for
26 hromosome number is constant and comparative chromosome painting demonstrated there to be very few in
27  summarize recent developments of multicolor chromosome painting, describe applications in basic chro
28 standard cytological staining, cross-species chromosome painting, DNA probe analyses, and scanning el
29 he established prerequisites for comparative chromosome painting enable future studies on the chromos
30  the results from this method with data from chromosome painting experiments to produce a map of an e
31 ined from karyotype analysis via comparative chromosome painting experiments.
32 segments were confirmed in new cross-species chromosome-painting experiments (dog-on-human, fox-on-hu
33  using bacterial artificial chromosome-based chromosome painting, genomic in situ hybridization, and
34                        Oligonucleotide-based chromosome painting has become a powerful tool of cytoge
35                         Recent studies using chromosome painting have helped to identify DNA double-s
36 ta, human homologue positions, and human-cat chromosome painting homologies.
37 of this secondarily generated tissue using Y chromosome painting in chimaeric mice indicates that onc
38                                              Chromosome painting in placental mammalians illustrates
39                                Cross-species chromosome painting is a powerful technique for establis
40          Here the protocol for cross-species chromosome painting is presented.
41 strate that the rearrangements visualized by chromosome painting, mostly translocations, are only a f
42 hromosomes were measured with 24-color whole-chromosome painting (multiplex FISH), after damage to in
43                                              Chromosome painting of 56 accessions of Ae. tauschii fro
44 plantation confirmed a progenitor source and chromosome painting of labelled donor cells revealed tra
45                                              Chromosome painting of SWS620 mutants revealed that the
46  studies using a chromosome 5-specific whole chromosome painting probe and a 5q subtelomeric probe to
47                                          The chromosome painting probes and molecular markers generat
48       We have developed a complete set of 19 chromosome painting probes based on the reference genome
49                              The oligo-based chromosome painting probes consisted of approximately 26
50                     We developed oligo-based chromosome painting probes for all 10 chromosomes in Sac
51           We developed oligonucleotide-based chromosome painting probes for all nine chromosomes in C
52                     We have developed bovine chromosome painting probes for Xp and Xq to assess segme
53 e hybridization of 24 fluorescently labelled chromosome painting probes that allows the simultaneous
54 es hybridization of 24 fluorescently labeled chromosome painting probes to metaphase spreads in such
55                                        Whole-chromosome painting probes were developed for each of th
56      For karyotype analysis, a pool of human chromosome painting probes, each labelled with a differe
57   The simultaneous hybridization of multiple chromosome painting probes, each tagged with a specific
58 fter FISH with differentially labelled mouse chromosome painting probes.
59 n cohybridization of combinatorially labeled chromosome-painting probes with unique fluorochrome sign
60 man and dog using bidirectional heterologous chromosome painting (reciprocal Zoo-FISH) analysis.
61                                              Chromosome 'painting' refers to the hybridization of flu
62 r Ras genes, although karyotype analysis and chromosome painting revealed the consistent presence of
63                                              Chromosome painting revealed the distribution of transpo
64                                              Chromosome painting reveals that these X and Y chromosom
65 sease-specific aberrations; and (b) by using chromosome painting so that many more metaphases could b
66 notyping of single nucleotide polymorphisms, chromosome painting, Southern blotting and restriction f
67 ents among different Carnivora species using chromosome painting strategies.
68 reviously seen in dog-on-human cross-species chromosome-painting studies.
69                          We used comparative chromosome painting to identify the extent of chromosoma
70 rial artificial chromosome-based comparative chromosome painting uncovered a constancy of genome stru
71                                              Chromosome painting using human chromosome 1 probes iden
72                                  Comparative chromosome painting using Hylaeamys megacephalus (HME) w
73 arrikeri 2n = 26 and L. schulzi 2n = 26), by chromosome painting using whole chromosome probes from P
74                             Multidirectional chromosome painting, using probes from homologs to chrom
75                     Techniques such as whole chromosome painting (WCP) have effectively expanded our
76    Using phylogenomic analyses and in silico chromosome painting, we show that each oak strain is mor