BMRB Entry 51704

Chem Shift validation: AVS_full
BMRB Entry DOI: doi:10.13018/BMR51704

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Title:
Histone H3 Core Domain in Chromatin with Different DNA Linker Lengths Studied by 1H-Detected Solid-State NMR Spectrsocopy
Deposition date:
2022-11-23
Original release date:
2023-03-07
Authors:
Smrt, Sean; Gonzalez Salguero, Nicole; Thomas, Justin; Zandian, Mohamad; Poirier, Michael; Jaroniec, Christopher
Citation:

Citation: Smrt, Sean; Gonzalez Salguero, Nicole; Thomas, Justin; Zandian, Mohamad; Poirier, Michael; Jaroniec, Christopher. "Histone H3 core domain in chromatin with different DNA linker lengths studied by 1H-Detected solid-state NMR spectroscopy"  Front. Mol. Biosci. 9, 1106588-1106588 (2022).
PubMed: 36660422

Assembly members:

Assembly members:
entity_1, polymer, 136 residues, Formula weight is not available
entity_2, polymer, 102 residues, Formula weight is not available
entity_3, polymer, 129 residues, Formula weight is not available
entity_4, polymer, 122 residues, Formula weight is not available
entity_5, polymer, 5261 residues, Formula weight is not available

Natural source:

Natural source:   Common Name: African clawed frog   Taxonomy ID: 8355   Superkingdom: Eukaryota   Kingdom: Metazoa   Genus/species: Xenopus laevis

Experimental source:

Experimental source:   Production method: recombinant technology   Host organism: Escherichia coli   Vector: N/A

Entity Sequences (FASTA):

Entity Sequences (FASTA):
entity_1: MARTKQTARKSTGGKAPRKQ LATKAARKSAPATGGVKKPH RYRPGTVALREIRRYQKSTE LLIRKLPFQRLVREIAQDFK TDLRFQSSAVMALQEASEAY LVALFEDTNLCAIHAKRVTI MPKDIQLARRIRGERA
entity_2: SGRGKGGKGLGKGGAKRHRK VLRDNIQGITKPAIRRLARR GGVKRISGLIYEETRGVLKV FLENVIRDAVTYTEHAKRKT VTAMDVVYALKRQGRTLYGF GG
entity_3: SGRGKQGGKTRAKAKTRSSR AGLQFPVGRVHRLLRKGNYA ERVGAGAPVYLAAVLEYLTA EILELAGNAARDNKKTRIIP RHLQLAVRNDEELNKLLGRV TIAQGGVLPNIQSVLLPKKT ESSKSAKSK
entity_4: AKSAPAPKKGSKKAVTKTQK KDGKKRRKTRKESYAIYVYK VLKQVHPDTGISSKAMSIMN SFVNDVFERIAGEASRLAHY NKRSTITSREIQTAVRLLLP GELAKHAVSEGTKAVTKYTS AK
entity_5: TCGCGCGTTTCGGTGATGAC GGTGAAAACCTCTGACACAT GCAGCTCCCGGAGACGGTCA CAGCTTGTCTGTAAGCGGAT GCCGGGAGCAGACAAGCCCG TCAGGGCGCGTCAGCGGGTG TTGGCGGGTGTCGGGGCTGG CTTAACTATGCGGCATCAGA GCAGATTGTACTGAGAGTGC ACCATATGCGGTGTGAAATA CCGCACAGATGCGTAAGGAG AAAATACCGCATCAGGCGCC ATTCGCCATTCAGGCTGCGC AACTGTTGGGAAGGGCGATC GGTGCGGGCCTCTTCGCTAT TACGCCAGCTGGCGAAAGGG GGATGTGCTGCAAGGCGATT AAGTTGGGTAACGCCAGGGT TTTCCCAGTCACGACGTTGT AAAACGACGGCCAGTGCTAA GGAATTCAGAGCTCGGGTGC CCTGGAGAATCTTGGTGCCG AAGCCGCTCAATTGGTCGTA GCAAGCTCTACCACCGCTTA AACGCACGTAAGGGCTGTCC CCCGCGTTTTAACCGCCAAG AGGATTACTCCCCAGTCTCC AGGCACGCGTCAGATATATA CATCCTGTGAGTCCTCGGGT GCCCTGGAGAATCTTGGTGC CGAAGCCGCTCAATTGGTCG TAGCAAGCTCTACCACCGCT TAAACGCACGTAAGGGCTGT CCCCCGCGTTTTAACCGCCA AGAGGATTACTCCCCAGTCT CCAGGCACGCGTCAGATATA TACATCCTGTGAGTCCTCGG GTGCCCTGGAGAATCTTGGT GCCGAAGCCGCTCAATTGGT CGTAGCAAGCTCTACCACCG CTTAAACGCACGTAAGGGCT GTCCCCCGCGTTTTAACCGC CAAGAGGATTACTCCCCAGT CTCCAGGCACGCGTCAGATA TATACATCCTGTGAGTCCTC GGGTGCCCTGGAGAATCTTG GTGCCGAAGCCGCTCAATTG GTCGTAGCAAGCTCTACCAC CGCTTAAACGCACGTAAGGG CTGTCCCCCGCGTTTTAACC GCCAAGAGGATTACTCCCCA GTCTCCAGGCACGCGTCAGA TATATACATCCTGTGAGTCC TCGGGTGCCCTGGAGAATCT TGGTGCCGAAGCCGCTCAAT TGGTCGTAGCAAGCTCTACC ACCGCTTAAACGCACGTAAG GGCTGTCCCCCGCGTTTTAA CCGCCAAGAGGATTACTCCC CAGTCTCCAGGCACGCGTCA GATATATACATCCTGTGAGT CCTCGGGTGCCCTGGAGAAT CTTGGTGCCGAAGCCGCTCA ATTGGTCGTAGCAAGCTCTA CCACCGCTTAAACGCACGTA AGGGCTGTCCCCCGCGTTTT AACCGCCAAGAGGATTACTC CCCAGTCTCCAGGCACGCGT CAGATATATACATCCTGTGA GTCCTCGGGTGCCCTGGAGA ATCTTGGTGCCGAAGCCGCT CAATTGGTCGTAGCAAGCTC TACCACCGCTTAAACGCACG TAAGGGCTGTCCCCCGCGTT TTAACCGCCAAGAGGATTAC TCCCCAGTCTCCAGGCACGC GTCAGATATATACATCCTGT GAGTCCTCGGGAGATCTGCA GAAGCTTGGTGCCGGGGCCG CTCAATTGGTCGTAGCAAGC TCTGGATCCGCTTGATCGAA CGTACGCGCTGTCCCCCGCG TTTTAAACGCCAAGGGGATT ACTCCCTAGTCTCCAGGCAC GTGTCAGATATATACATCCT GTGGTACCTCGAGAATGCTG GAGAATCTTGGTGCCGAAGC CGCTCAATTGGTCGTAGCAA GCTCTACCACCGCTTAAACG CACGTAAGGGCTGTCCCCCG CGTTTTAACCGCCAAGAGGA TTACTCCCCAGTCTCCAGGC ACGCGTCAGATATATACATC GAGTCCGAGCTCGGGTGCCC TGGAGAATCTTGGTGCCGAA GCCGCTCAATTGGTCGTAGC AAGCTCTACCACCGCTTAAA CGCACGTAAGGGCTGTCCCC CGCGTTTTAACCGCCAAGAG GATTACTCCCCAGTCTCCAG GCACGCGTCAGATATATACA TCCTGTGAGTCCTCGGGTGC CCTGGAGAATCTTGGTGCCG AAGCCGCTCAATTGGTCGTA GCAAGCTCTACCACCGCTTA AACGCACGTAAGGGCTGTCC CCCGCGTTTTAACCGCCAAG AGGATTACTCCCCAGTCTCC AGGCACGCGTCAGATATATA CATCCTGTGAGTCCTCGGGT GCCCTGGAGAATCTTGGTGC CGAAGCCGCTCAATTGGTCG TAGCAAGCTCTACCACCGCT TAAACGCACGTAAGGGCTGT CCCCCGCGTTTTAACCGCCA AGAGGATTACTCCCCAGTCT CCAGGCACGCGTCAGATATA TACATCCTGTGAGTCCTCGG GTGCCCTGGAGAATCTTGGT GCCGAAGCCGCTCAATTGGT CGTAGCAAGCTCTACCACCG CTTAAACGCACGTAAGGGCT GTCCCCCGCGTTTTAACCGC CAAGAGGATTACTCCCCAGT CTCCAGGCACGCGTCAGATA TATACATCCTGTGAGTCCTC GGGTGCCCTGGAGAATCTTG GTGCCGAAGCCGCTCAATTG GTCGTAGCAAGCTCTACCAC CGCTTAAACGCACGTAAGGG CTGTCCCCCGCGTTTTAACC GCCAAGAGGATTACTCCCCA GTCTCCAGGCACGCGTCAGA TATATACATCCTGTGAGTCC TCGGGTGCCCTGGAGAATCT TGGTGCCGAAGCCGCTCAAT TGGTCGTAGCAAGCTCTACC ACCGCTTAAACGCACGTAAG GGCTGTCCCCCGCGTTTTAA CCGCCAAGAGGATTACTCCC CAGTCTCCAGGCACGCGTCA GATATATACATCCTGTGAGT CCTCGGGTGCCCTGGAGAAT CTTGGTGCCGAAGCCGCTCA ATTGGTCGTAGCAAGCTCTA CCACCGCTTAAACGCACGTA AGGGCTGTCCCCCGCGTTTT AACCGCCAAGAGGATTACTC CCCAGTCTCCAGGCACGCGT CAGATATATACATCCTGTGA GTCCTCGGGAGATCTGCATG CCTCAGGGGCGTAATCATGG TCATAGCTGTTTCCTGTGTG AAATTGTTATCCGCTCACAA TTCCACACAACATACGAGCC GGAAGCATAAAGTGTAAAGC CTGGGGTGCCTAATGAGTGA GCTAACTCACATTAATTGCG TTGCGCTCACTGCCCGCTTT CCAGTCGGGAAACCTGTCGT GCCAGCTGCATTAATGAATC GGCCAACGCGCGGGGAGAGG CGGTTTGCGTATTGGGCGCT CTTCCGCTTCCTCGCTCACT GACTCGCTGCGCTCGGTCGT TCGGCTGCGGCGAGCGGTAT CAGCTCACTCAAAGGCGGTA ATACGGTTATCCACAGAATC AGGGGATAACGCAGGAAAGA ACATGTGAGCAAAAGGCCAG CAAAAGGCCAGGAACCGTAA AAAGGCCGCGTTGCTGGCGT TTTTCCATAGGCTCCGCCCC CCTGACGAGCATCACAAAAA TCGACGCTCAAGTCAGAGGT GGCGAAACCCGACAGGACTA TAAAGATACCAGGCGTTTCC CCCTGGAAGCTCCCTCGTGC GCTCTCCTGTTCCGACCCTG CCGCTTACCGGATACCTGTC CGCCTTTCTCCCTTCGGGAA GCGTGGCGCTTTCTCATAGC TCACGCTGTAGGTATCTCAG TTCGGTGTAGGTCGTTCGCT CCAAGCTGGGCTGTGTGCAC GAACCCCCCGTTCAGCCCGA CCGCTGCGCCTTATCCGGTA ACTATCGTCTTGAGTCCAAC CCGGTAAGACACGACTTATC GCCACTGGCAGCAGCCACTG GTAACAGGATTAGCAGAGCG AGGTATGTAGGCGGTGCTAC AGAGTTCTTGAAGTGGTGGC CTAACTACGGCTACACTAGA AGAACAGTATTTGGTATCTG CGCTCTGCTGAAGCCAGTTA CCTTCGGAAAAAGAGTTGGT AGCTCTTGATCCGGCAAACA AACCACCGCTGGTAGCGGTG GTTTTTTTGTTTGCAAGCAG CAGATTACGCGCAGAAAAAA AGGATCTCAAGAAGATCCTT TGATCTTTTCTACGGGGTCT GACGCTCAGTGGAACGAAAA CTCACGTTAAGGGATTTTGG TCATGAGATTATCAAAAAGG ATCTTCACCTAGATCCTTTT AAATTAAAAATGAAGTTTTA AATCAATCTAAAGTATATAT GAGTAAACTTGGTCTGACAG TTACCAATGCTTAATCAGTG AGGCACCTATCTCAGCGATC TGTCTATTTCGTTCATCCAT AGTTGCCTGACTCCCCGTCG TGTAGATAACTACGATACGG GAGGGCTTACCATCTGGCCC CAGTGCTGCAATGATACCGC GAGACCCACGCTCACCGGCT CCAGATTTATCAGCAATAAA CCAGCCAGCCGGAAGGGCCG AGCGCAGAAGTGGTCCTGCA ACTTTATCCGCCTCCATCCA GTCTATTAATTGTTGCCGGG AAGCTAGAGTAAGTAGTTCG CCAGTTAATAGTTTGCGCAA CGTTGTTGCCATTGCTACAG GCATCGTGGTGTCACGCTCG TCGTTTGGTATGGCTTCATT CAGCTCCGGTTCCCAACGAT CAAGGCGAGTTACATGATCC CCCATGTTGTGCAAAAAAGC GGTTAGCTCCTTCGGTCCTC CGATCGTTGTCAGAAGTAAG TTGGCCGCAGTGTTATCACT CATGGTTATGGCAGCACTGC ATAATTCTCTTACTGTCATG CCATCCGTAAGATGCTTTTC TGTGACTGGTGAGTACTCAA CCAAGTCATTCTGAGAATAG TGTATGCGGCGACCGAGTTG CTCTTGCCCGGCGTCAATAC GGGATAATACCGCGCCACAT AGCAGAACTTTAAAAGTGCT CATCATTGGAAAACGTTCTT CGGGGCGAAAACTCTCAAGG ATCTTACCGCTGTTGAGATC CAGTTCGATGTAACCCACTC GTGCACCCAACTGATCTTCA GCATCTTTTACTTTCACCAG CGTTTCTGGGTGAGCAAAAA CAGGAAGGCAAAATGCCGCA AAAAAGGGAATAAGGGCGAC ACGGAAATGTTGAATACTCA TACTCTTCCTTTTTCAATAT TATTGAAGCATTTATCAGGG TTATTGTCTCATGAGCGGAT ACATATTTGAATGTATTTAG AAAAATAAACAAATAGGGGT TCCGCGCACATTTCCCCGAA AAGTGCCACCTGACGTCTAA GAAACCATTATTATCATGAC ATTAACCTATAAAAATAGGC GTATCACGAGGCCCTTTCGT C

Data sets:
Data typeCount
13C chemical shifts141
15N chemical shifts81
1H chemical shifts80

Additional metadata:

  • Assembly
  • Samples and Experiments
  • Software
  • Spectrometers
  • Hide all

Assembly:

Entity Assembly IDEntity NameEntity ID
1Histone H31
2Histone H42
3Histone H2A3
4Histone H2B4
5DNA5

Entities:

Entity 1, Histone H3 136 residues - Formula weight is not available

1   METALAARGTHRLYSGLNTHRALAARGLYS
2   SERTHRGLYGLYLYSALAPROARGLYSGLN
3   LEUALATHRLYSALAALAARGLYSSERALA
4   PROALATHRGLYGLYVALLYSLYSPROHIS
5   ARGTYRARGPROGLYTHRVALALALEUARG
6   GLUILEARGARGTYRGLNLYSSERTHRGLU
7   LEULEUILEARGLYSLEUPROPHEGLNARG
8   LEUVALARGGLUILEALAGLNASPPHELYS
9   THRASPLEUARGPHEGLNSERSERALAVAL
10   METALALEUGLNGLUALASERGLUALATYR
11   LEUVALALALEUPHEGLUASPTHRASNLEU
12   CYSALAILEHISALALYSARGVALTHRILE
13   METPROLYSASPILEGLNLEUALAARGARG
14   ILEARGGLYGLUARGALA

Entity 2, Histone H4 102 residues - Formula weight is not available

1   SERGLYARGGLYLYSGLYGLYLYSGLYLEU
2   GLYLYSGLYGLYALALYSARGHISARGLYS
3   VALLEUARGASPASNILEGLNGLYILETHR
4   LYSPROALAILEARGARGLEUALAARGARG
5   GLYGLYVALLYSARGILESERGLYLEUILE
6   TYRGLUGLUTHRARGGLYVALLEULYSVAL
7   PHELEUGLUASNVALILEARGASPALAVAL
8   THRTYRTHRGLUHISALALYSARGLYSTHR
9   VALTHRALAMETASPVALVALTYRALALEU
10   LYSARGGLNGLYARGTHRLEUTYRGLYPHE
11   GLYGLY

Entity 3, Histone H2A 129 residues - Formula weight is not available

1   SERGLYARGGLYLYSGLNGLYGLYLYSTHR
2   ARGALALYSALALYSTHRARGSERSERARG
3   ALAGLYLEUGLNPHEPROVALGLYARGVAL
4   HISARGLEULEUARGLYSGLYASNTYRALA
5   GLUARGVALGLYALAGLYALAPROVALTYR
6   LEUALAALAVALLEUGLUTYRLEUTHRALA
7   GLUILELEUGLULEUALAGLYASNALAALA
8   ARGASPASNLYSLYSTHRARGILEILEPRO
9   ARGHISLEUGLNLEUALAVALARGASNASP
10   GLUGLULEUASNLYSLEULEUGLYARGVAL
11   THRILEALAGLNGLYGLYVALLEUPROASN
12   ILEGLNSERVALLEULEUPROLYSLYSTHR
13   GLUSERSERLYSSERALALYSSERLYS

Entity 4, Histone H2B 122 residues - Formula weight is not available

1   ALALYSSERALAPROALAPROLYSLYSGLY
2   SERLYSLYSALAVALTHRLYSTHRGLNLYS
3   LYSASPGLYLYSLYSARGARGLYSTHRARG
4   LYSGLUSERTYRALAILETYRVALTYRLYS
5   VALLEULYSGLNVALHISPROASPTHRGLY
6   ILESERSERLYSALAMETSERILEMETASN
7   SERPHEVALASNASPVALPHEGLUARGILE
8   ALAGLYGLUALASERARGLEUALAHISTYR
9   ASNLYSARGSERTHRILETHRSERARGGLU
10   ILEGLNTHRALAVALARGLEULEULEUPRO
11   GLYGLULEUALALYSHISALAVALSERGLU
12   GLYTHRLYSALAVALTHRLYSTYRTHRSER
13   ALALYS

Entity 5, DNA 5261 residues - Formula weight is not available

1   DTDCDGDCDGDCDGDTDTDT
2   DCDGDGDTDGDADTDGDADC
3   DGDGDTDGDADADADADCDC
4   DTDCDTDGDADCDADCDADT
5   DGDCDADGDCDTDCDCDCDG
6   DGDADGDADCDGDGDTDCDA
7   DCDADGDCDTDTDGDTDCDT
8   DGDTDADADGDCDGDGDADT
9   DGDCDCDGDGDGDADGDCDA
10   DGDADCDADADGDCDCDCDG
11   DTDCDADGDGDGDCDGDCDG
12   DTDCDADGDCDGDGDGDTDG
13   DTDTDGDGDCDGDGDGDTDG
14   DTDCDGDGDGDGDCDTDGDG
15   DCDTDTDADADCDTDADTDG
16   DCDGDGDCDADTDCDADGDA
17   DGDCDADGDADTDTDGDTDA
18   DCDTDGDADGDADGDTDGDC
19   DADCDCDADTDADTDGDCDG
20   DGDTDGDTDGDADADADTDA
21   DCDCDGDCDADCDADGDADT
22   DGDCDGDTDADADGDGDADG
23   DADADADADTDADCDCDGDC
24   DADTDCDADGDGDCDGDCDC
25   DADTDTDCDGDCDCDADTDT
26   DCDADGDGDCDTDGDCDGDC
27   DADADCDTDGDTDTDGDGDG
28   DADADGDGDGDCDGDADTDC
29   DGDGDTDGDCDGDGDGDCDC
30   DTDCDTDTDCDGDCDTDADT
31   DTDADCDGDCDCDADGDCDT
32   DGDGDCDGDADADADGDGDG
33   DGDGDADTDGDTDGDCDTDG
34   DCDADADGDGDCDGDADTDT
35   DADADGDTDTDGDGDGDTDA
36   DADCDGDCDCDADGDGDGDT
37   DTDTDTDCDCDCDADGDTDC
38   DADCDGDADCDGDTDTDGDT
39   DADADADADCDGDADCDGDG
40   DCDCDADGDTDGDCDTDADA
41   DGDGDADADTDTDCDADGDA
42   DGDCDTDCDGDGDGDTDGDC
43   DCDCDTDGDGDADGDADADT
44   DCDTDTDGDGDTDGDCDCDG
45   DADADGDCDCDGDCDTDCDA
46   DADTDTDGDGDTDCDGDTDA
47   DGDCDADADGDCDTDCDTDA
48   DCDCDADCDCDGDCDTDTDA
49   DADADCDGDCDADCDGDTDA
50   DADGDGDGDCDTDGDTDCDC
51   DCDCDCDGDCDGDTDTDTDT
52   DADADCDCDGDCDCDADADG
53   DADGDGDADTDTDADCDTDC
54   DCDCDCDADGDTDCDTDCDC
55   DADGDGDCDADCDGDCDGDT
56   DCDADGDADTDADTDADTDA
57   DCDADTDCDCDTDGDTDGDA
58   DGDTDCDCDTDCDGDGDGDT
59   DGDCDCDCDTDGDGDADGDA
60   DADTDCDTDTDGDGDTDGDC
61   DCDGDADADGDCDCDGDCDT
62   DCDADADTDTDGDGDTDCDG
63   DTDADGDCDADADGDCDTDC
64   DTDADCDCDADCDCDGDCDT
65   DTDADADADCDGDCDADCDG
66   DTDADADGDGDGDCDTDGDT
67   DCDCDCDCDCDGDCDGDTDT
68   DTDTDADADCDCDGDCDCDA
69   DADGDADGDGDADTDTDADC
70   DTDCDCDCDCDADGDTDCDT
71   DCDCDADGDGDCDADCDGDC
72   DGDTDCDADGDADTDADTDA
73   DTDADCDADTDCDCDTDGDT
74   DGDADGDTDCDCDTDCDGDG
75   DGDTDGDCDCDCDTDGDGDA
76   DGDADADTDCDTDTDGDGDT
77   DGDCDCDGDADADGDCDCDG
78   DCDTDCDADADTDTDGDGDT
79   DCDGDTDADGDCDADADGDC
80   DTDCDTDADCDCDADCDCDG
81   DCDTDTDADADADCDGDCDA
82   DCDGDTDADADGDGDGDCDT
83   DGDTDCDCDCDCDCDGDCDG
84   DTDTDTDTDADADCDCDGDC
85   DCDADADGDADGDGDADTDT
86   DADCDTDCDCDCDCDADGDT
87   DCDTDCDCDADGDGDCDADC
88   DGDCDGDTDCDADGDADTDA
89   DTDADTDADCDADTDCDCDT
90   DGDTDGDADGDTDCDCDTDC
91   DGDGDGDTDGDCDCDCDTDG
92   DGDADGDADADTDCDTDTDG
93   DGDTDGDCDCDGDADADGDC
94   DCDGDCDTDCDADADTDTDG
95   DGDTDCDGDTDADGDCDADA
96   DGDCDTDCDTDADCDCDADC
97   DCDGDCDTDTDADADADCDG
98   DCDADCDGDTDADADGDGDG
99   DCDTDGDTDCDCDCDCDCDG
100   DCDGDTDTDTDTDADADCDC
101   DGDCDCDADADGDADGDGDA
102   DTDTDADCDTDCDCDCDCDA
103   DGDTDCDTDCDCDADGDGDC
104   DADCDGDCDGDTDCDADGDA
105   DTDADTDADTDADCDADTDC
106   DCDTDGDTDGDADGDTDCDC
107   DTDCDGDGDGDTDGDCDCDC
108   DTDGDGDADGDADADTDCDT
109   DTDGDGDTDGDCDCDGDADA
110   DGDCDCDGDCDTDCDADADT
111   DTDGDGDTDCDGDTDADGDC
112   DADADGDCDTDCDTDADCDC
113   DADCDCDGDCDTDTDADADA
114   DCDGDCDADCDGDTDADADG
115   DGDGDCDTDGDTDCDCDCDC
116   DCDGDCDGDTDTDTDTDADA
117   DCDCDGDCDCDADADGDADG
118   DGDADTDTDADCDTDCDCDC
119   DCDADGDTDCDTDCDCDADG
120   DGDCDADCDGDCDGDTDCDA
121   DGDADTDADTDADTDADCDA
122   DTDCDCDTDGDTDGDADGDT
123   DCDCDTDCDGDGDGDTDGDC
124   DCDCDTDGDGDADGDADADT
125   DCDTDTDGDGDTDGDCDCDG
126   DADADGDCDCDGDCDTDCDA
127   DADTDTDGDGDTDCDGDTDA
128   DGDCDADADGDCDTDCDTDA
129   DCDCDADCDCDGDCDTDTDA
130   DADADCDGDCDADCDGDTDA
131   DADGDGDGDCDTDGDTDCDC
132   DCDCDCDGDCDGDTDTDTDT
133   DADADCDCDGDCDCDADADG
134   DADGDGDADTDTDADCDTDC
135   DCDCDCDADGDTDCDTDCDC
136   DADGDGDCDADCDGDCDGDT
137   DCDADGDADTDADTDADTDA
138   DCDADTDCDCDTDGDTDGDA
139   DGDTDCDCDTDCDGDGDGDT
140   DGDCDCDCDTDGDGDADGDA
141   DADTDCDTDTDGDGDTDGDC
142   DCDGDADADGDCDCDGDCDT
143   DCDADADTDTDGDGDTDCDG
144   DTDADGDCDADADGDCDTDC
145   DTDADCDCDADCDCDGDCDT
146   DTDADADADCDGDCDADCDG
147   DTDADADGDGDGDCDTDGDT
148   DCDCDCDCDCDGDCDGDTDT
149   DTDTDADADCDCDGDCDCDA
150   DADGDADGDGDADTDTDADC
151   DTDCDCDCDCDADGDTDCDT
152   DCDCDADGDGDCDADCDGDC
153   DGDTDCDADGDADTDADTDA
154   DTDADCDADTDCDCDTDGDT
155   DGDADGDTDCDCDTDCDGDG
156   DGDADGDADTDCDTDGDCDA
157   DGDADADGDCDTDTDGDGDT
158   DGDCDCDGDGDGDGDCDCDG
159   DCDTDCDADADTDTDGDGDT
160   DCDGDTDADGDCDADADGDC
161   DTDCDTDGDGDADTDCDCDG
162   DCDTDTDGDADTDCDGDADA
163   DCDGDTDADCDGDCDGDCDT
164   DGDTDCDCDCDCDCDGDCDG
165   DTDTDTDTDADADADCDGDC
166   DCDADADGDGDGDGDADTDT
167   DADCDTDCDCDCDTDADGDT
168   DCDTDCDCDADGDGDCDADC
169   DGDTDGDTDCDADGDADTDA
170   DTDADTDADCDADTDCDCDT
171   DGDTDGDGDTDADCDCDTDC
172   DGDADGDADADTDGDCDTDG
173   DGDADGDADADTDCDTDTDG
174   DGDTDGDCDCDGDADADGDC
175   DCDGDCDTDCDADADTDTDG
176   DGDTDCDGDTDADGDCDADA
177   DGDCDTDCDTDADCDCDADC
178   DCDGDCDTDTDADADADCDG
179   DCDADCDGDTDADADGDGDG
180   DCDTDGDTDCDCDCDCDCDG
181   DCDGDTDTDTDTDADADCDC
182   DGDCDCDADADGDADGDGDA
183   DTDTDADCDTDCDCDCDCDA
184   DGDTDCDTDCDCDADGDGDC
185   DADCDGDCDGDTDCDADGDA
186   DTDADTDADTDADCDADTDC
187   DGDADGDTDCDCDGDADGDC
188   DTDCDGDGDGDTDGDCDCDC
189   DTDGDGDADGDADADTDCDT
190   DTDGDGDTDGDCDCDGDADA
191   DGDCDCDGDCDTDCDADADT
192   DTDGDGDTDCDGDTDADGDC
193   DADADGDCDTDCDTDADCDC
194   DADCDCDGDCDTDTDADADA
195   DCDGDCDADCDGDTDADADG
196   DGDGDCDTDGDTDCDCDCDC
197   DCDGDCDGDTDTDTDTDADA
198   DCDCDGDCDCDADADGDADG
199   DGDADTDTDADCDTDCDCDC
200   DCDADGDTDCDTDCDCDADG
201   DGDCDADCDGDCDGDTDCDA
202   DGDADTDADTDADTDADCDA
203   DTDCDCDTDGDTDGDADGDT
204   DCDCDTDCDGDGDGDTDGDC
205   DCDCDTDGDGDADGDADADT
206   DCDTDTDGDGDTDGDCDCDG
207   DADADGDCDCDGDCDTDCDA
208   DADTDTDGDGDTDCDGDTDA
209   DGDCDADADGDCDTDCDTDA
210   DCDCDADCDCDGDCDTDTDA
211   DADADCDGDCDADCDGDTDA
212   DADGDGDGDCDTDGDTDCDC
213   DCDCDCDGDCDGDTDTDTDT
214   DADADCDCDGDCDCDADADG
215   DADGDGDADTDTDADCDTDC
216   DCDCDCDADGDTDCDTDCDC
217   DADGDGDCDADCDGDCDGDT
218   DCDADGDADTDADTDADTDA
219   DCDADTDCDCDTDGDTDGDA
220   DGDTDCDCDTDCDGDGDGDT
221   DGDCDCDCDTDGDGDADGDA
222   DADTDCDTDTDGDGDTDGDC
223   DCDGDADADGDCDCDGDCDT
224   DCDADADTDTDGDGDTDCDG
225   DTDADGDCDADADGDCDTDC
226   DTDADCDCDADCDCDGDCDT
227   DTDADADADCDGDCDADCDG
228   DTDADADGDGDGDCDTDGDT
229   DCDCDCDCDCDGDCDGDTDT
230   DTDTDADADCDCDGDCDCDA
231   DADGDADGDGDADTDTDADC
232   DTDCDCDCDCDADGDTDCDT
233   DCDCDADGDGDCDADCDGDC
234   DGDTDCDADGDADTDADTDA
235   DTDADCDADTDCDCDTDGDT
236   DGDADGDTDCDCDTDCDGDG
237   DGDTDGDCDCDCDTDGDGDA
238   DGDADADTDCDTDTDGDGDT
239   DGDCDCDGDADADGDCDCDG
240   DCDTDCDADADTDTDGDGDT
241   DCDGDTDADGDCDADADGDC
242   DTDCDTDADCDCDADCDCDG
243   DCDTDTDADADADCDGDCDA
244   DCDGDTDADADGDGDGDCDT
245   DGDTDCDCDCDCDCDGDCDG
246   DTDTDTDTDADADCDCDGDC
247   DCDADADGDADGDGDADTDT
248   DADCDTDCDCDCDCDADGDT
249   DCDTDCDCDADGDGDCDADC
250   DGDCDGDTDCDADGDADTDA
251   DTDADTDADCDADTDCDCDT
252   DGDTDGDADGDTDCDCDTDC
253   DGDGDGDTDGDCDCDCDTDG
254   DGDADGDADADTDCDTDTDG
255   DGDTDGDCDCDGDADADGDC
256   DCDGDCDTDCDADADTDTDG
257   DGDTDCDGDTDADGDCDADA
258   DGDCDTDCDTDADCDCDADC
259   DCDGDCDTDTDADADADCDG
260   DCDADCDGDTDADADGDGDG
261   DCDTDGDTDCDCDCDCDCDG
262   DCDGDTDTDTDTDADADCDC
263   DGDCDCDADADGDADGDGDA
264   DTDTDADCDTDCDCDCDCDA
265   DGDTDCDTDCDCDADGDGDC
266   DADCDGDCDGDTDCDADGDA
267   DTDADTDADTDADCDADTDC
268   DCDTDGDTDGDADGDTDCDC
269   DTDCDGDGDGDTDGDCDCDC
270   DTDGDGDADGDADADTDCDT
271   DTDGDGDTDGDCDCDGDADA
272   DGDCDCDGDCDTDCDADADT
273   DTDGDGDTDCDGDTDADGDC
274   DADADGDCDTDCDTDADCDC
275   DADCDCDGDCDTDTDADADA
276   DCDGDCDADCDGDTDADADG
277   DGDGDCDTDGDTDCDCDCDC
278   DCDGDCDGDTDTDTDTDADA
279   DCDCDGDCDCDADADGDADG
280   DGDADTDTDADCDTDCDCDC
281   DCDADGDTDCDTDCDCDADG
282   DGDCDADCDGDCDGDTDCDA
283   DGDADTDADTDADTDADCDA
284   DTDCDCDTDGDTDGDADGDT
285   DCDCDTDCDGDGDGDTDGDC
286   DCDCDTDGDGDADGDADADT
287   DCDTDTDGDGDTDGDCDCDG
288   DADADGDCDCDGDCDTDCDA
289   DADTDTDGDGDTDCDGDTDA
290   DGDCDADADGDCDTDCDTDA
291   DCDCDADCDCDGDCDTDTDA
292   DADADCDGDCDADCDGDTDA
293   DADGDGDGDCDTDGDTDCDC
294   DCDCDCDGDCDGDTDTDTDT
295   DADADCDCDGDCDCDADADG
296   DADGDGDADTDTDADCDTDC
297   DCDCDCDADGDTDCDTDCDC
298   DADGDGDCDADCDGDCDGDT
299   DCDADGDADTDADTDADTDA
300   DCDADTDCDCDTDGDTDGDA
301   DGDTDCDCDTDCDGDGDGDA
302   DGDADTDCDTDGDCDADTDG
303   DCDCDTDCDADGDGDGDGDC
304   DGDTDADADTDCDADTDGDG
305   DTDCDADTDADGDCDTDGDT
306   DTDTDCDCDTDGDTDGDTDG
307   DADADADTDTDGDTDTDADT
308   DCDCDGDCDTDCDADCDADA
309   DTDTDCDCDADCDADCDADA
310   DCDADTDADCDGDADGDCDC
311   DGDGDADADGDCDADTDADA
312   DADGDTDGDTDADADADGDC
313   DCDTDGDGDGDGDTDGDCDC
314   DTDADADTDGDADGDTDGDA
315   DGDCDTDADADCDTDCDADC
316   DADTDTDADADTDTDGDCDG
317   DTDTDGDCDGDCDTDCDADC
318   DTDGDCDCDCDGDCDTDTDT
319   DCDCDADGDTDCDGDGDGDA
320   DADADCDCDTDGDTDCDGDT
321   DGDCDCDADGDCDTDGDCDA
322   DTDTDADADTDGDADADTDC
323   DGDGDCDCDADADCDGDCDG
324   DCDGDGDGDGDADGDADGDG
325   DCDGDGDTDTDTDGDCDGDT
326   DADTDTDGDGDGDCDGDCDT
327   DCDTDTDCDCDGDCDTDTDC
328   DCDTDCDGDCDTDCDADCDT
329   DGDADCDTDCDGDCDTDGDC
330   DGDCDTDCDGDGDTDCDGDT
331   DTDCDGDGDCDTDGDCDGDG
332   DCDGDADGDCDGDGDTDADT
333   DCDADGDCDTDCDADCDTDC
334   DADADADGDGDCDGDGDTDA
335   DADTDADCDGDGDTDTDADT
336   DCDCDADCDADGDADADTDC
337   DADGDGDGDGDADTDADADC
338   DGDCDADGDGDADADADGDA
339   DADCDADTDGDTDGDADGDC
340   DADADADADGDGDCDCDADG
341   DCDADADADADGDGDCDCDA
342   DGDGDADADCDCDGDTDADA
343   DADADADGDGDCDCDGDCDG
344   DTDTDGDCDTDGDGDCDGDT
345   DTDTDTDTDCDCDADTDADG
346   DGDCDTDCDCDGDCDCDCDC
347   DCDCDTDGDADCDGDADGDC
348   DADTDCDADCDADADADADA
349   DTDCDGDADCDGDCDTDCDA
350   DADGDTDCDADGDADGDGDT
351   DGDGDCDGDADADADCDCDC
352   DGDADCDADGDGDADCDTDA
353   DTDADADADGDADTDADCDC
354   DADGDGDCDGDTDTDTDCDC
355   DCDCDCDTDGDGDADADGDC
356   DTDCDCDCDTDCDGDTDGDC
357   DGDCDTDCDTDCDCDTDGDT
358   DTDCDCDGDADCDCDCDTDG
359   DCDCDGDCDTDTDADCDCDG
360   DGDADTDADCDCDTDGDTDC
361   DCDGDCDCDTDTDTDCDTDC
362   DCDCDTDTDCDGDGDGDADA
363   DGDCDGDTDGDGDCDGDCDT
364   DTDTDCDTDCDADTDADGDC
365   DTDCDADCDGDCDTDGDTDA
366   DGDGDTDADTDCDTDCDADG
367   DTDTDCDGDGDTDGDTDADG
368   DGDTDCDGDTDTDCDGDCDT
369   DCDCDADADGDCDTDGDGDG
370   DCDTDGDTDGDTDGDCDADC
371   DGDADADCDCDCDCDCDCDG
372   DTDTDCDADGDCDCDCDGDA
373   DCDCDGDCDTDGDCDGDCDC
374   DTDTDADTDCDCDGDGDTDA
375   DADCDTDADTDCDGDTDCDT
376   DTDGDADGDTDCDCDADADC
377   DCDCDGDGDTDADADGDADC
378   DADCDGDADCDTDTDADTDC
379   DGDCDCDADCDTDGDGDCDA
380   DGDCDADGDCDCDADCDTDG
381   DGDTDADADCDADGDGDADT
382   DTDADGDCDADGDADGDCDG
383   DADGDGDTDADTDGDTDADG
384   DGDCDGDGDTDGDCDTDADC
385   DADGDADGDTDTDCDTDTDG
386   DADADGDTDGDGDTDGDGDC
387   DCDTDADADCDTDADCDGDG
388   DCDTDADCDADCDTDADGDA
389   DADGDADADCDADGDTDADT
390   DTDTDGDGDTDADTDCDTDG
391   DCDGDCDTDCDTDGDCDTDG
392   DADADGDCDCDADGDTDTDA
393   DCDCDTDTDCDGDGDADADA
394   DADADGDADGDTDTDGDGDT
395   DADGDCDTDCDTDTDGDADT
396   DCDCDGDGDCDADADADCDA
397   DADADCDCDADCDCDGDCDT
398   DGDGDTDADGDCDGDGDTDG
399   DGDTDTDTDTDTDTDTDGDT
400   DTDTDGDCDADADGDCDADG
401   DCDADGDADTDTDADCDGDC
402   DGDCDADGDADADADADADA
403   DADGDGDADTDCDTDCDADA
404   DGDADADGDADTDCDCDTDT
405   DTDGDADTDCDTDTDTDTDC
406   DTDADCDGDGDGDGDTDCDT
407   DGDADCDGDCDTDCDADGDT
408   DGDGDADADCDGDADADADA
409   DCDTDCDADCDGDTDTDADA
410   DGDGDGDADTDTDTDTDGDG
411   DTDCDADTDGDADGDADTDT
412   DADTDCDADADADADADGDG
413   DADTDCDTDTDCDADCDCDT
414   DADGDADTDCDCDTDTDTDT
415   DADADADTDTDADADADADA
416   DTDGDADADGDTDTDTDTDA
417   DADADTDCDADADTDCDTDA
418   DADADGDTDADTDADTDADT
419   DGDADGDTDADADADCDTDT
420   DGDGDTDCDTDGDADCDADG
421   DTDTDADCDCDADADTDGDC
422   DTDTDADADTDCDADGDTDG
423   DADGDGDCDADCDCDTDADT
424   DCDTDCDADGDCDGDADTDC
425   DTDGDTDCDTDADTDTDTDC
426   DGDTDTDCDADTDCDCDADT
427   DADGDTDTDGDCDCDTDGDA
428   DCDTDCDCDCDCDGDTDCDG
429   DTDGDTDADGDADTDADADC
430   DTDADCDGDADTDADCDGDG
431   DGDADGDGDGDCDTDTDADC
432   DCDADTDCDTDGDGDCDCDC
433   DCDADGDTDGDCDTDGDCDA
434   DADTDGDADTDADCDCDGDC
435   DGDADGDADCDCDCDADCDG
436   DCDTDCDADCDCDGDGDCDT
437   DCDCDADGDADTDTDTDADT
438   DCDADGDCDADADTDADADA
439   DCDCDADGDCDCDADGDCDC
440   DGDGDADADGDGDGDCDCDG
441   DADGDCDGDCDADGDADADG
442   DTDGDGDTDCDCDTDGDCDA
443   DADCDTDTDTDADTDCDCDG
444   DCDCDTDCDCDADTDCDCDA
445   DGDTDCDTDADTDTDADADT
446   DTDGDTDTDGDCDCDGDGDG
447   DADADGDCDTDADGDADGDT
448   DADADGDTDADGDTDTDCDG
449   DCDCDADGDTDTDADADTDA
450   DGDTDTDTDGDCDGDCDADA
451   DCDGDTDTDGDTDTDGDCDC
452   DADTDTDGDCDTDADCDADG
453   DGDCDADTDCDGDTDGDGDT
454   DGDTDCDADCDGDCDTDCDG
455   DTDCDGDTDTDTDGDGDTDA
456   DTDGDGDCDTDTDCDADTDT
457   DCDADGDCDTDCDCDGDGDT
458   DTDCDCDCDADADCDGDADT
459   DCDADADGDGDCDGDADGDT
460   DTDADCDADTDGDADTDCDC
461   DCDCDCDADTDGDTDTDGDT
462   DGDCDADADADADADADGDC
463   DGDGDTDTDADGDCDTDCDC
464   DTDTDCDGDGDTDCDCDTDC
465   DCDGDADTDCDGDTDTDGDT
466   DCDADGDADADGDTDADADG
467   DTDTDGDGDCDCDGDCDADG
468   DTDGDTDTDADTDCDADCDT
469   DCDADTDGDGDTDTDADTDG
470   DGDCDADGDCDADCDTDGDC
471   DADTDADADTDTDCDTDCDT
472   DTDADCDTDGDTDCDADTDG
473   DCDCDADTDCDCDGDTDADA
474   DGDADTDGDCDTDTDTDTDC
475   DTDGDTDGDADCDTDGDGDT
476   DGDADGDTDADCDTDCDADA
477   DCDCDADADGDTDCDADTDT
478   DCDTDGDADGDADADTDADG
479   DTDGDTDADTDGDCDGDGDC
480   DGDADCDCDGDADGDTDTDG
481   DCDTDCDTDTDGDCDCDCDG
482   DGDCDGDTDCDADADTDADC
483   DGDGDGDADTDADADTDADC
484   DCDGDCDGDCDCDADCDADT
485   DADGDCDADGDADADCDTDT
486   DTDADADADADGDTDGDCDT
487   DCDADTDCDADTDTDGDGDA
488   DADADADCDGDTDTDCDTDT
489   DCDGDGDGDGDCDGDADADA
490   DADCDTDCDTDCDADADGDG
491   DADTDCDTDTDADCDCDGDC
492   DTDGDTDTDGDADGDADTDC
493   DCDADGDTDTDCDGDADTDG
494   DTDADADCDCDCDADCDTDC
495   DGDTDGDCDADCDCDCDADA
496   DCDTDGDADTDCDTDTDCDA
497   DGDCDADTDCDTDTDTDTDA
498   DCDTDTDTDCDADCDCDADG
499   DCDGDTDTDTDCDTDGDGDG
500   DTDGDADGDCDADADADADA
501   DCDADGDGDADADGDGDCDA
502   DADADADTDGDCDCDGDCDA
503   DADADADADADGDGDGDADA
504   DTDADADGDGDGDCDGDADC
505   DADCDGDGDADADADTDGDT
506   DTDGDADADTDADCDTDCDA
507   DTDADCDTDCDTDTDCDCDT
508   DTDTDTDTDCDADADTDADT
509   DTDADTDTDGDADADGDCDA
510   DTDTDTDADTDCDADGDGDG
511   DTDTDADTDTDGDTDCDTDC
512   DADTDGDADGDCDGDGDADT
513   DADCDADTDADTDTDTDGDA
514   DADTDGDTDADTDTDTDADG
515   DADADADADADTDADADADC
516   DADADADTDADGDGDGDGDT
517   DTDCDCDGDCDGDCDADCDA
518   DTDTDTDCDCDCDCDGDADA
519   DADADGDTDGDCDCDADCDC
520   DTDGDADCDGDTDCDTDADA
521   DGDADADADCDCDADTDTDA
522   DTDTDADTDCDADTDGDADC
523   DADTDTDADADCDCDTDADT
524   DADADADADADTDADGDGDC
525   DGDTDADTDCDADCDGDADG
526   DGDCDCDCDTDTDTDCDGDT
527   DC

Samples:

sample_1: Histone H3 (Xenopus laevis), [U-13C; U-15N; U-2H], mg/mL; Histone H4 (Xenopus laevis) mg/mL; Histone H2A (Xenopus laevis) mg/mL; Histone H2B (Xenopus laevis) mg/mL; 16_207_601 DNA mg/mL

sample_conditions_1: pH: 7.5; pressure: 1 atm; temperature: 283 K

Experiments:

NameSampleSample stateSample conditions
3D (H)CANHsample_1isotropicsample_conditions_1
3D (H)CONHsample_1isotropicsample_conditions_1
3D (H)CO(CA)NHsample_1isotropicsample_conditions_1
3D (H)(CO)CA(CO)NHsample_1isotropicsample_conditions_1
3D (H)(CA)CB(CA)NHsample_1isotropicsample_conditions_1
2D (H)NHsample_1isotropicsample_conditions_1

Software:

TOPSPIN - collection

NMRPipe - processing

NMRFAM-SPARKY - chemical shift assignment

NMR spectrometers:

  • Bruker AVANCE III 800 MHz

Download HSQC peak lists in one of the following formats:
CSV: Backbone or all simulated peaks
SPARKY: Backbone or all simulated peaks