Data underlying the research on binding of archaeal histones HMfA and HMfB to DNA.
DOI:10.4121/13265459.v1
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DOI: 10.4121/13265459
DOI: 10.4121/13265459
Datacite citation style:
Bram Henneman; Thomas Brouwer; Amanda M. Erkelens; Gert-Jan Kuijntjes; Clara van Emmerik et. al. (2020): Data underlying the research on binding of archaeal histones HMfA and HMfB to DNA. Version 1. 4TU.ResearchData. dataset. https://doi.org/10.4121/13265459.v1
Other citation styles (APA, Harvard, MLA, Vancouver, Chicago, IEEE) available at Datacite
Dataset
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Licence CC BY-NC 4.0
by
Bram Henneman,
Thomas Brouwer,
Amanda M. Erkelens,
Gert-Jan Kuijntjes,
Clara van Emmerik,
Ramon A. van der Valk,
Monika Timmer,
Nancy C.S. Kirolos,
Hugo van Ingen,
John van Noort
,
Remus T. Dame
,
Remus T. Dame
These data were obtained in studies on hypernucleosome formation, an apparently endless nucleosome, by archaeal histones HMfA and HMfB from M. fervidus. Using tethered particle motion and magnetic tweezers the structural, mechanical as well as topological properties were investigated. In addition to the wild type proteins, derivatives mutated at residues proposed to be involved in 'stacking' interactions between layers of the hypernucleosome, were investigated; the data confirmed the importance of these residues.
History
- 2020-11-27 first online, published, posted
Publisher
4TU.ResearchDataAssociated peer-reviewed publication
Nucleic Acids ResearchFunding
- NWO VICI 016.160.613/533
- Human Frontier Science Program RGP0014/2014
Organizations
Leiden UniversityUtrecht University
DATA
Files (26)
- 2,272 bytesMD5:
df69847134c21f512fcc0b780d875e11README_Figure2_HMfA.txt - 2,272 bytesMD5:
ee8493d3f791fe4de4dc06c20b8f1ba7README_Figure2_HMfB.txt - 1,990 bytesMD5:
b2dc7ff1b6ae5d3a17bb2375e84b4eadREADME_Figure3A_data.txt - 1,994 bytesMD5:
ae4640292e8a817304d43ef96bb72865README_Figure3B_data.txt - 2,767 bytesMD5:
1b8cc1aea08eaee03026a24663ea8bbcREADME_Figure3D_G_data .txt - 1,706 bytesMD5:
22b6ae33b64ee8d31d1083e10c41a947README_Figure4A_data.txt - 1,716 bytesMD5:
59b54094553572b887f912a72dddaca5README_Figure4B_data.txt - 1,752 bytesMD5:
ab13f33c5b7a90f26c3514c3ba12aa30README_Figure5A_data.txt - 1,752 bytesMD5:
613c933344e345f65a71e46d63c3c7dfREADME_Figure5B_data.txt - 1,862 bytesMD5:
5a1c9c9bc26390cdd11e8f9fa9c77db4README_Figure6_data.txt - 2,181 bytesMD5:
12b035688cf30a1e6a6285b072f37f04README_FigureS2A_data.txt - 1,394 bytesMD5:
b16ea44d80b9192264cfd54080a74f25README_FigureS3A_data.txt - 1,394 bytesMD5:
d3ddefe80d80ec714bb559a0342ed7d1README_FigureS3B_data.txt - 81,525,683 bytesMD5:
0447b4cdc8e9989c2b1151dc107b47e2Figure2_HMfA.xlsx - 70,890,556 bytesMD5:
85d56ad9a687954f9f8cb2e16f43d089Figure2_HMfB.xlsx - 353,316 bytesMD5:
1e27980c30b42540cfcce01786ee7b84Figure3A_data.csv - 455,223 bytesMD5:
13b12c45505ca473265d9c56e18116c9Figure3B_data.csv - 2,219 bytesMD5:
4880bbc314c1c1abb57f9f54caed59ddFigure3D_H_data.csv - 680,184 bytesMD5:
619a5b4ab29dd17405eba4c16d7d19ceFigure4A_data.csv - 680,389 bytesMD5:
ce94e68d5af7ec07de8f2c1b193b5ebfFigure4B_data.csv - 196,255 bytesMD5:
f153900bb33e5e4021f0001679f1d0daFigure5A_data.csv - 188,233 bytesMD5:
8403d3dded8cc515ee6bce896083e195Figure5B_data.csv - 215,061 bytesMD5:
31f4189667a9d1aadc3cbe4fb7c4c03dFigure6_data.csv - 475,004 bytesMD5:
70cba48d4875c7827f344a6809c3f94eFigureS2_data.csv - 256,781 bytesMD5:
b130559263f5542b8f249d48ef86e134FigureS3A_data.csv - 256,329 bytesMD5:
bc85450ea095f50ddfe422c90c3c1b65FigureS3B_data.csv -
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