<p>Comparison of the stereochemical quality of homology modeled HCTR1, HCTR2 and closest structural homologue (crystal structure of DFR of grape: 2C29 chain D).</p
The title compound 1 ( 24-(S)-Hydroxycholesta-1,4-dien-3-one ) crystallises in orthorhombic space gr...
<p>(<b>A</b>) Overall structure comparison of the catalytic domains of BGlu1 and OfHex1. The structu...
Structure comparison between ZitRMG protein and other MarR superfamily members.</p
<p>A) Mapping of the electrostatic potentials on the molecular surface of the grape TLP F2/4JRU. The...
<p>Structural superposition between E2c crystal structure from the PDB chain 4mwf_D (red) and the ho...
<p>A) Superimposition of the homology model of human transketolase (in pink) with the recently relea...
<p>Structural comparison of Δ<sup>9</sup>-THC (1), the synthetic CP55,940 (4), tetrahydromagnolol (1...
<p>Comparison of various homology model quality criteria against structure accuracy as measured by C...
<p>(a) Both model structures of HCV-4a (blue) and HCV-3a (red) are superimposed onto the template st...
<p>Comparison of structural propensity for β-strand (red), Coil (green) and Turn (blue) among the fo...
<p>(A) Overlay of dimeric TRIM25 (in blue and red) with monomeric rhIE1 (gold). (B) Dimeric TRIM25. ...
<p><b>A</b>. Comparison of the secondary structure of LMX and LqhIT2 protein by CD spectra. <b>B</b>...
The Swiss-prot data-base was used for the protein sequence of Rhodococcus UKMP-5M. BlastP was used t...
<p>Models constructed by <i>e</i>Thread/Modeller and <i>e</i>Thread/TASSER-Lite are compared to crys...
Abstract Background The analysis of protein structures provides fundamental insight into most bioche...
The title compound 1 ( 24-(S)-Hydroxycholesta-1,4-dien-3-one ) crystallises in orthorhombic space gr...
<p>(<b>A</b>) Overall structure comparison of the catalytic domains of BGlu1 and OfHex1. The structu...
Structure comparison between ZitRMG protein and other MarR superfamily members.</p
<p>A) Mapping of the electrostatic potentials on the molecular surface of the grape TLP F2/4JRU. The...
<p>Structural superposition between E2c crystal structure from the PDB chain 4mwf_D (red) and the ho...
<p>A) Superimposition of the homology model of human transketolase (in pink) with the recently relea...
<p>Structural comparison of Δ<sup>9</sup>-THC (1), the synthetic CP55,940 (4), tetrahydromagnolol (1...
<p>Comparison of various homology model quality criteria against structure accuracy as measured by C...
<p>(a) Both model structures of HCV-4a (blue) and HCV-3a (red) are superimposed onto the template st...
<p>Comparison of structural propensity for β-strand (red), Coil (green) and Turn (blue) among the fo...
<p>(A) Overlay of dimeric TRIM25 (in blue and red) with monomeric rhIE1 (gold). (B) Dimeric TRIM25. ...
<p><b>A</b>. Comparison of the secondary structure of LMX and LqhIT2 protein by CD spectra. <b>B</b>...
The Swiss-prot data-base was used for the protein sequence of Rhodococcus UKMP-5M. BlastP was used t...
<p>Models constructed by <i>e</i>Thread/Modeller and <i>e</i>Thread/TASSER-Lite are compared to crys...
Abstract Background The analysis of protein structures provides fundamental insight into most bioche...
The title compound 1 ( 24-(S)-Hydroxycholesta-1,4-dien-3-one ) crystallises in orthorhombic space gr...
<p>(<b>A</b>) Overall structure comparison of the catalytic domains of BGlu1 and OfHex1. The structu...
Structure comparison between ZitRMG protein and other MarR superfamily members.</p