Crystallography Open Database

Information card for entry 7217337

Preview

Coordinates	7217337.cif
Original paper (by DOI)	HTML

Structure parameters

Common name	Compound X
Formula	C57 H56 Cl N5 O9 P2 Ru S
Calculated formula	C57 H56 Cl N5 O9 P2 Ru S
SMILES	[Ru]12([P](c3ccccc3)(c3ccccc3)c3ccccc3)([P](c3ccccc3)(c3ccccc3)c3ccccc3)([NH]=C3N1C(=O)N([C@H]1O[C@H](SC1)CO)C=C3)[n]1ccccc1c1[n]2cccc1.Cl(=O)(=O)(=O)[O-].O=C(C)C.O
Title of publication	Quasi-enantiomeric single-nucleoside and quasi-racemic two-nucleoside hydrochloride salts and ruthenium complexes of cytidine and 2′,3′-dideoxycytidine analogs unveiling the negligible structure-driving role of the 2′,3′-moieties
Authors of publication	Martins, Felipe Terra; Corrêa, Rodrigo S.; Batista, Alzir Azevedo; Ellena, Javier
Journal of publication	CrystEngComm
Year of publication	2014
Journal volume	16
Journal issue	30
Pages of publication	7013
a	9.8 ± 0.005 Å
b	16.008 ± 0.005 Å
c	34.268 ± 0.005 Å
α	90°
β	90°
γ	90°
Cell volume	5376 ± 3 Å³
Cell temperature	293 ± 2 K
Ambient diffraction temperature	293 ± 2 K
Number of distinct elements	8
Space group number	19
Hermann-Mauguin space group symbol	P 21 21 21
Hall space group symbol	P 2ac 2ab
Residual factor for all reflections	0.1054
Residual factor for significantly intense reflections	0.0692
Weighted residual factors for significantly intense reflections	0.1495
Weighted residual factors for all reflections included in the refinement	0.1655
Goodness-of-fit parameter for all reflections included in the refinement	1.032
Diffraction radiation probe	x-ray
Diffraction radiation wavelength	0.71073 Å
Diffraction radiation type	MoKα
Duplicate of	7215883
Has coordinates	Yes
Has disorder	No
Has F_obs	No

Version history

Revision	Date	Message	Files
180504 (current)	2016-03-26	cif/7/21/ (antanas@kurmis) Replacing _[local]_cod_* tags with their equivalents from the COD CIF dictionary in multiple entries in subrange 7/21/73.	7217337.cif
124581	2014-10-05	cif/ (saulius@koala.ibt.lt) Marking up 890 duplicates of COD. The duplicates were indentified as entries havin identical DOIs, cell length parameters and formulae, unspecified or identical RI R-factors, and not already marked as duplicates or suboptimal structures. Furthermore, coordinates had to be identical when comparing results of cif2ref conversion: codsql \ 'select d1.file, d1.doi, d2.file, d2.doi from data as d1 join data as d2 on d1.doi = d2.doi where d1.a = d2.a and d1.b = d2.b and d1.c = d2.c and d1.duplicateof is null and d2.duplicateof is null and d1.optimal is null and d2.optimal is null and (d1.RI is null or d2.RI is null or d1.RI = d2.RI) and d1.file > d2.file and (d1.formula = d2.formula or d1.calcformula = d2.calcformula)' \ -NB \ \| awk '{print $1, $3}' \ \| xargs codid2file \ \| xargs -n2 \ \| xargs -i bash -c ' \ CIF1=$(echo {} \| awk "{print \$1}"); \ CIF2=$(echo {} \| awk "{print \$2}"); \ echo -e "\n=== {} ==="; \ diff -bw -u <(cif2ref $CIF1) <(cif2ref $CIF2)' \ \| perl -00 -ne 'print unless /^(-\|\+)/m' \ \| grep . > ~/duplicates-2014-10-05.lst The resulting '~/duplicates-2014-10-05.lst' was post-processed as follows: awk '{print $2, $3}' duplicates-2014-10-05.lst \ \| xargs -i bash -c ' \ ID2=$(basename $(echo {} \| awk "{print \$2}") .cif); \ CIF1=$(echo {} \| awk "{print \$1}"); \ set -x; echo _cod_duplicate_entry $ID2 >> $CIF1' Structures from one powder diffraction paper were reverted: svn revert /home/saulius/struct/cod/cif/4/12/19/412199[567].cif And two files with more than one duplicate identified were fixed by hand: emacs -nw /home/saulius/struct/cod/cif/7/05/43/7054322.cif emacs -nw /home/saulius/struct/cod/cif/7/05/43/7054325.cif	7217337.cif
121435	2014-08-06	cif/ Adding structures of 7217334, 7217335, 7217336, 7217337, 7217338 via cif-deposit CGI script.	7217337.cif