Open cell-c opened 11 months ago
Hi. You may firstly check the figures (*.pdf
) and find the putative centromere. Then the tandem sequences can be found in centomics.trf.fa
.
@zhangrengang 哈喽,首先非常感谢您的软件!非常有帮助,谢谢! 想请教3个问题: 1.结果中的circos.pdf的内圈hic信号是怎么解读的呢? 2.在我的结果中,是否可以认为chr4的着丝粒区域是40-60MB之间的那个串联重复呢? 3.如何引用您的工作? 非常感谢!
下图是我的结果:
您好,非常感谢您提供这个用于识别着丝粒的工具。我已经用我们的长读和 HiC 读运行了这个工具。我想就 Centomics 结果以及如何找到着丝粒序列寻求帮助。非常感谢。
centomics.trf.fa centomics.trf.count centomics.hic.count.100000.intra_chr centomics.hic.count.100000.inter_chr centomics.candidate_peaks.bed centomics.circos.png centomics.circos centomics.circos.pdf centomics.circos_legend. pdf centomics.circos_legend.txt
您好,你是怎么确定着丝粒的位置的,我看了我的circos 图片还是没有办法确定到底哪里是着丝粒。
hi, thank you so much for this tool for identifying the centromere. I have run this tool with our long reads and HiC reads. I would like to ask for help in terms of the Centromics result and how to find the centromere sequences. Many thanks.
centomics.trf.fa centomics.trf.count centomics.hic.count.100000.intra_chr centomics.hic.count.100000.inter_chr centomics.candidate_peaks.bed centomics.circos.png centomics.circos centomics.circos.pdf centomics.circos_legend.pdf centomics.circos_legend.txt