Map of the (Dv) dot chromosome contigs in relation to the dot chromosome of (Dm)
Copyright information:Taken from "Comparison of dot chromosome sequences from and reveals an enrichment of DNA transposon sequences in heterochromatic domains"Genome Biology 2006;7(2):R15-R15.Published online 20 Feb 2006PMCID:PMC1431729.Copyright © 2006 Slawson et al.; licensee BioMed Cent...
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creator | Slawson, Elizabeth E Shaffer, Christopher D Malone, Colin D Leung, Wilson Kellmann, Elmer Shevchek, Rachel B Craig, Carolyn A Bloom, Seth M Bogenpohl, James Dee, James Morimoto, Emiko TA Myoung, Jenny Nett, Andrew S Ozsolak, Fatih Tittiger, Mindy E Zeug, Andrea Mary-Lou Pardue Buhler, Jeremy Mardis, Elaine R Elgin, Sarah CR |
description | Copyright information:Taken from "Comparison of dot chromosome sequences from and reveals an enrichment of DNA transposon sequences in heterochromatic domains"Genome Biology 2006;7(2):R15-R15.Published online 20 Feb 2006PMCID:PMC1431729.Copyright © 2006 Slawson et al.; licensee BioMed Central Ltd. Shown at the bottom is a map of the genes on the dot chromosome. Colored bars with labels represent genes for which we have identified a (complete or partial) homologue in the fosmids sequenced. Colored boxes above the scale bar are schematic (not to scale) representations of the contigs. Immediately above the scale bar is a representation of those sequenced contigs that contain syntenic regions from , where genes are in the same order and orientation as in . In the uppermost portion of the figure are the contigs mapping to the dot chromosome that are rearranged with respect to the dot chromosome. Boxes are color-coded to represent the genes present in the contig, with dashed lines connecting to show the extent of rearrangement. Notably, contig 30 contains both and , which lie on opposite sides of the banded portion of the dot chromosome. |
doi_str_mv | 10.6084/m9.figshare.39340 |
format | Image |
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Shown at the bottom is a map of the genes on the dot chromosome. Colored bars with labels represent genes for which we have identified a (complete or partial) homologue in the fosmids sequenced. Colored boxes above the scale bar are schematic (not to scale) representations of the contigs. Immediately above the scale bar is a representation of those sequenced contigs that contain syntenic regions from , where genes are in the same order and orientation as in . In the uppermost portion of the figure are the contigs mapping to the dot chromosome that are rearranged with respect to the dot chromosome. Boxes are color-coded to represent the genes present in the contig, with dashed lines connecting to show the extent of rearrangement. 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Shown at the bottom is a map of the genes on the dot chromosome. Colored bars with labels represent genes for which we have identified a (complete or partial) homologue in the fosmids sequenced. Colored boxes above the scale bar are schematic (not to scale) representations of the contigs. Immediately above the scale bar is a representation of those sequenced contigs that contain syntenic regions from , where genes are in the same order and orientation as in . In the uppermost portion of the figure are the contigs mapping to the dot chromosome that are rearranged with respect to the dot chromosome. Boxes are color-coded to represent the genes present in the contig, with dashed lines connecting to show the extent of rearrangement. 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Shown at the bottom is a map of the genes on the dot chromosome. Colored bars with labels represent genes for which we have identified a (complete or partial) homologue in the fosmids sequenced. Colored boxes above the scale bar are schematic (not to scale) representations of the contigs. Immediately above the scale bar is a representation of those sequenced contigs that contain syntenic regions from , where genes are in the same order and orientation as in . In the uppermost portion of the figure are the contigs mapping to the dot chromosome that are rearranged with respect to the dot chromosome. Boxes are color-coded to represent the genes present in the contig, with dashed lines connecting to show the extent of rearrangement. Notably, contig 30 contains both and , which lie on opposite sides of the banded portion of the dot chromosome.</abstract><pub>figshare</pub><doi>10.6084/m9.figshare.39340</doi><oa>free_for_read</oa></addata></record> |
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subjects | Molecular Biology |
title | Map of the (Dv) dot chromosome contigs in relation to the dot chromosome of (Dm) |
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