• <div class='caption-body'><ul class ='image_legend_ul'>The deposited structure of PDB entry 3ugv coloured by chain and viewed from the front. The entry contains: <li class ='image_legend_li'>8 copies of MR_MLE domain-containing protein</li><li class ='image_legend_li'>3 non-polymeric entities<ul class ='image_legend_ul'><li class ='image_legend_li'>16 copies of MAGNESIUM ION</li><li class ='image_legend_li'>3 copies of CHLORIDE ION</li><li class ='image_legend_li'>2 copies of NICKEL (II) ION</li></ul></li></div>
  • <div class='caption-body'><ul class ='image_legend_ul'>The deposited structure of PDB entry 3ugv coloured by chain and viewed from the side. The entry contains: <li class ='image_legend_li'>8 copies of MR_MLE domain-containing protein</li><li class ='image_legend_li'>3 non-polymeric entities<ul class ='image_legend_ul'><li class ='image_legend_li'>16 copies of MAGNESIUM ION</li><li class ='image_legend_li'>3 copies of CHLORIDE ION</li><li class ='image_legend_li'>2 copies of NICKEL (II) ION</li></ul></li></div>
  • <div class='caption-body'><ul class ='image_legend_ul'>The deposited structure of PDB entry 3ugv coloured by chain and viewed from the top. The entry contains: <li class ='image_legend_li'>8 copies of MR_MLE domain-containing protein</li><li class ='image_legend_li'>3 non-polymeric entities<ul class ='image_legend_ul'><li class ='image_legend_li'>16 copies of MAGNESIUM ION</li><li class ='image_legend_li'>3 copies of CHLORIDE ION</li><li class ='image_legend_li'>2 copies of NICKEL (II) ION</li></ul></li></div>
  • <div class='caption-body'><ul class ='image_legend_ul'>The deposited structure of PDB entry 3ugv coloured by chemically distinct molecules and viewed from the front. The entry contains: <li class ='image_legend_li'>8 copies of MR_MLE domain-containing protein</li><li class ='image_legend_li'>3 non-polymeric entities<ul class ='image_legend_ul'><li class ='image_legend_li'>16 copies of MAGNESIUM ION</li><li class ='image_legend_li'>3 copies of CHLORIDE ION</li><li class ='image_legend_li'>2 copies of NICKEL (II) ION</li></ul></li></div>
  • <div class='caption-body'><ul class ='image_legend_ul'>The deposited structure of PDB entry 3ugv coloured by chemically distinct molecules and viewed from the side. The entry contains: <li class ='image_legend_li'>8 copies of MR_MLE domain-containing protein</li><li class ='image_legend_li'>3 non-polymeric entities<ul class ='image_legend_ul'><li class ='image_legend_li'>16 copies of MAGNESIUM ION</li><li class ='image_legend_li'>3 copies of CHLORIDE ION</li><li class ='image_legend_li'>2 copies of NICKEL (II) ION</li></ul></li></div>
  • <div class='caption-body'><ul class ='image_legend_ul'>The deposited structure of PDB entry 3ugv coloured by chemically distinct molecules and viewed from the top. The entry contains: <li class ='image_legend_li'>8 copies of MR_MLE domain-containing protein</li><li class ='image_legend_li'>3 non-polymeric entities<ul class ='image_legend_ul'><li class ='image_legend_li'>16 copies of MAGNESIUM ION</li><li class ='image_legend_li'>3 copies of CHLORIDE ION</li><li class ='image_legend_li'>2 copies of NICKEL (II) ION</li></ul></li></div>
  • <div class='caption-body'>PDB entry 3ugv contains 8 copies of MR_MLE domain-containing protein in assembly 1. This protein is highlighted and viewed from the front.</div>
  • <div class='caption-body'>PDB entry 3ugv contains 16 copies of MAGNESIUM ION in assembly 1. This small molecule is highlighted and viewed from the front.</div>
  • <div class='caption-body'>PDB entry 3ugv contains 3 copies of CHLORIDE ION in assembly 1. This small molecule is highlighted and viewed from the front.</div>
  • <div class='caption-body'>PDB entry 3ugv contains 2 copies of NICKEL (II) ION in assembly 1. This small molecule is highlighted and viewed from the front.</div>
  • <div class='caption-body'><ul class ='image_legend_ul'> Octameric assembly 1 of PDB entry 3ugv coloured by chemically distinct molecules and viewed from the front. This assembly contains:<li class ='image_legend_li'>8 copies of MR_MLE domain-containing protein</li><li class ='image_legend_li'>16 copies of MAGNESIUM ION</li><li class ='image_legend_li'>3 copies of CHLORIDE ION</li><li class ='image_legend_li'>2 copies of NICKEL (II) ION</li></ul></div>
  • <div class='caption-body'><ul class ='image_legend_ul'> Octameric assembly 1 of PDB entry 3ugv coloured by chemically distinct molecules and viewed from the side. This assembly contains:<li class ='image_legend_li'>8 copies of MR_MLE domain-containing protein</li><li class ='image_legend_li'>16 copies of MAGNESIUM ION</li><li class ='image_legend_li'>3 copies of CHLORIDE ION</li><li class ='image_legend_li'>2 copies of NICKEL (II) ION</li></ul></div>
  • <div class='caption-body'><ul class ='image_legend_ul'> Octameric assembly 1 of PDB entry 3ugv coloured by chemically distinct molecules and viewed from the top. This assembly contains:<li class ='image_legend_li'>8 copies of MR_MLE domain-containing protein</li><li class ='image_legend_li'>16 copies of MAGNESIUM ION</li><li class ='image_legend_li'>3 copies of CHLORIDE ION</li><li class ='image_legend_li'>2 copies of NICKEL (II) ION</li></ul></div>
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3ugv Overview