Entry: NAFlex_1d11


Nucleic Acid Data:


SequenceCGTACG
Rev. SequenceCGTACG
TypeDNA
SubTypeB
Chainsduplex
Pdb1D11 [PDB] [NDB]
LigandsNo
KeywordsDNA-B Duplex Naked ParmBSC1 TIP3P Electroneutral Ligand-intercalator


Simulation Metadata
Force FieldparmBSC1
Simulation Date2015-Apr-21
Simulated Time1,000 ns
Time Step100ps
Partsonly DNA
Temperature300K
WaterTIP3P
Additional SolventNo
Counter IonsNa+
Ionic ConcentrationElectroneutrality
Additional IonsNo
Additional MoleculesNo
Ions ParametersDang
Unified Molecular Modeling (UMM) Metadata
(Click to see full UMM)
Simulation Metadata (UMM)
AdditionalIonsNo
AdditionalMoleculesNo
AdditionalSolventNo
AuthorI.F.
Chainsduplex
Comments-
CounterIonsNa+
Formatmdcrd
FrameStep100ps
Frames10001
IonicConcentrationElectroneutrality
IonsParametersDang
LigandsNo
NucTypeDNA
PDB1D11
Partsonly DNA
RMSd_avg1.765
RMSd_stdev0.504
Rgyr_avg9.399
Rgyr_stdev0.176
SASA_avg2626.773
SASA_stdev55.803
SubTypeB
Temperature300K
Topologyintercalator.onlydna.top
Trajectoryintercalator.onlydna.trj.gz
WaterTIP3P
_idNAFlex_1d11
altPDB1AO1 1C9Z 1D11 1D14 1D17 1D21 1D22 1D35 1D36 1DL8 1FD5 1FDG 1FN2 1K2J 1K2K 1K2L 1KCI 1M69 1RQY 1UQE 1VTG 1VTW 1XCS 1XCU 1XVR 210D 211D 215D 288D 2D34 2DES 2ET0 2GB9 2GJB 308D 386D 3FX8 3I1D 3NP6 3NX5 452D 465D 4D9X 4D9Y 4GQJ 4MNB
authorsIvan Ivani, Pablo D. Dans, Agnès Noy, Alberto Pérez, Ignacio Faustino, Adam Hospital, Jürgen Walther, Pau Andrio, Ramon Goñi, Alexandra Balaceanu, Guillem Portella, Federica Battistini, Josep Lluís Gelpí, Carlos González, Michele Vendruscolo, Charles A. Laughton, Sarah A. Harris, David A. Case and Modesto Orozco
datasetArray
date2015-Apr-21
descriptionDNA-B Duplex Naked ParmBSC1 TIP3P Electroneutral Ligand-intercalator
forceFieldparmBSC1
ionsModel-
moleculeTypeDna
rev_sequenceCGTACG
saltConcentration-
sequenceCGTACG
soluteAtoms378
soluteCharge-10
soluteResidues12
solventAtoms-
solventResidues-
time1,000
totalAtoms378
totalCharge-10
totalIons-
totalResidues12
Quality Control
RMSd1.765 (0.504) Å    
Rgyr9.399 (0.176) Å    
SASA2626.773 (55.803) Ų    
RMSf