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1 to 6 of 6 Results
Inter-Nucleosomal Potentials from Nucleosomal Positioning Data [Research Data]
Mar 29, 2022
Li, Kunhe; Oiwa, Nestor N.; Mishra, Sujeet K.; Heermann, Dieter W., 2022, "Inter-Nucleosomal Potentials from Nucleosomal Positioning Data [Research Data]", https://doi.org/10.11588/data/H3KPEU, heiDATA, V1
This dataset accompanies the paper "Inter-Nucleosomal Potentials from Nucleosomal Positioning Data." In this paper, a systematic method to develop inter-nucleosomal potentials between nucleosomes along a chromosome is focused. To this purpose, a modified Lennard-Jones potential i...
compress01_100000.out
Mar 29, 2022 - Inter-Nucleosomal Potentials from Nucleosomal Positioning Data [Research Data]
Unknown - 6.3 KB - MD5: 0ce938f78da55b4a458c89a83d0eb8e9
ICPC-source.tar.gz
Mar 29, 2022 - Inter-Nucleosomal Potentials from Nucleosomal Positioning Data [Research Data]
Gzip Archive - 133.2 KB - MD5: 2f875aa8fc446ff03ff3bb72c364cd63
Potential01_100000.like_bed
Mar 29, 2022 - Inter-Nucleosomal Potentials from Nucleosomal Positioning Data [Research Data]
Unknown - 24.8 KB - MD5: 72cfde8af53c6e2e72e5a2169ee62ac9
Prediction and Comparative Analysis of CTCF Binding Sites based on a First Principle Approach [Research Data]
Mar 7, 2022
Li, Kunhe; Oiwa, Nestor Norio; Cordeiro, Claudette E.; Heermann, Dieter W., 2022, "Prediction and Comparative Analysis of CTCF Binding Sites based on a First Principle Approach [Research Data]", https://doi.org/10.11588/data/RDISCE, heiDATA, V1
The file contains the CTCF-DNA binding sites for complete genome of Homo sapiens (human), Mus musculus (mouse), Sus scrofa (pig), Capra hircus (goat), Aedes aegypti (dengue and yellow fever mosquito) and Drosophila melanogaster (fruit fly) using electronic nucleotide alignment. T...
CTCFbinding.zip
Mar 7, 2022 - Prediction and Comparative Analysis of CTCF Binding Sites based on a First Principle Approach [Research Data]
ZIP Archive - 5.2 MB - MD5: 11f881d7d0d1576fbe2f2ce4a4839da9
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