Atomistry » Potassium » PDB 5avw-5cbw
Atomistry »
  Potassium »
    PDB 5avw-5cbw »
      5avw »
      5avx »
      5avy »
      5avz »
      5aw0 »
      5aw1 »
      5aw2 »
      5aw3 »
      5aw5 »
      5aw4 »
      5aw6 »
      5aw7 »
      5aw9 »
      5axg »
      5ayn »
      5ayo »
      5b2r »
      5b2s »
      5b2t »
      5bjo »
      5bjp »
      5bke »
      5btp »
      5bwz »
      5but »
      5byi »
      5c45 »
      5c4w »
      5c7y »
      5c81 »
      5c8c »
      5c8x »
      5c8z »
      5cbt »
      5cbu »
      5cbv »
      5cbw »
      5c9a »
      5byd »
      5bmo »

Potassium in PDB, part 48 (files: 1881-1920), PDB 5avw-5cbw

Experimental structures of coordination spheres of Potassium (K) in bioorganic molecules from X-Ray and NMR experiments. Coordination spheres were calculated with 5.0 Angstroms radius around Potassium atoms. PDB files: 1881-1920 (PDB 5avw-5cbw).
  1. 5avw (K: 1) - Kinetics By X-Ray Crystallography: Tl+-Substitution of Bound K+ in the E2.MGF42-.2K+ Crystal After 16.5 Min
    Other atoms: F (4); Mg (2); Tl (3);
  2. 5avx (K: 1) - Kinetics By X-Ray Crystallography: Tl+-Substitution of Bound K+ in the E2.MGF42-.2K+ Crystal After 20 Min
    Other atoms: F (4); Mg (2); Tl (3);
  3. 5avy (K: 1) - Kinetics By X-Ray Crystallography: Tl+-Substitution of Bound K+ in the E2.MGF42-.2K+ Crystal After 20 Min
    Other atoms: F (4); Mg (2); Tl (3);
  4. 5avz (K: 1) - Kinetics By X-Ray Crystallography: Tl+-Substitution of Bound K+ in the E2.MGF42-.2K+ Crystal After 55 Min
    Other atoms: F (4); Mg (2); Tl (3);
  5. 5aw0 (K: 1) - Kinetics By X-Ray Crystallography: Tl+-Substitution of Bound K+ in the E2.MGF42-.2K+ Crystal After 55 Min
    Other atoms: F (4); Mg (2); Tl (3);
  6. 5aw1 (K: 2) - Kinetics By X-Ray Crystallography: Tl+-Substitution of Bound K+ in the E2.MGF42-.2K+ Crystal After 85 Min
    Other atoms: F (4); Mg (2); Tl (3);
  7. 5aw2 (K: 1) - Kinetics By X-Ray Crystallography: Tl+-Substitution of Bound K+ in the E2.MGF42-.2K+ Crystal After 85 Min
    Other atoms: F (4); Mg (2); Tl (3);
  8. 5aw3 (K: 1) - Kinetics By X-Ray Crystallography: Tl+-Substitution of Bound K+ in the E2.MGF42-.2K+ Crystal After 100 Min
    Other atoms: F (4); Mg (2); Tl (3);
  9. 5aw4 (K: 3) - Kinetics By X-Ray Crystallography: Rb+-Substitution of Bound K+ in the E2.MGF42-.2K+ Crystal After 1.5 Min
    Other atoms: F (4); Rb (3); Mg (2);
  10. 5aw5 (K: 3) - Kinetics By X-Ray Crystallography: Rb+-Substitution of Bound K+ in the E2.MGF42-.2K+ Crystal After 2.2 Min
    Other atoms: F (4); Rb (3); Mg (2);
  11. 5aw6 (K: 3) - Kinetics By X-Ray Crystallography: Rb+-Substitution of Bound K+ in the E2.MGF42-.2K+ Crystal After 5.5 Min
    Other atoms: F (4); Rb (3); Mg (2);
  12. 5aw7 (K: 2) - Kinetics By X-Ray Crystallography: Rb+-Substitution of Bound K+ in the E2.MGF42-.2K+ Crystal After 11.3 Min
    Other atoms: F (4); Rb (3); Mg (2);
  13. 5aw9 (K: 3) - Kinetics By X-Ray Crystallography: Native E2.MGF42-.2K+ Crystal For Rb+ Bound Crystals
    Other atoms: F (4); Mg (2);
  14. 5axg (K: 1) - Crystal Structure of Thermophilic Dextranase From Thermoanaerobacter Pseudethanolicus
  15. 5ayn (K: 1) - Crystal Structure of A Bacterial Homologue of Iron Transporter Ferroportin in Outward-Facing State
  16. 5ayo (K: 1) - Crystal Structure of A Bacterial Homologue of Iron Transporter Ferroportin in Inward-Facing State
    Other atoms: Zn (2);
  17. 5b2r (K: 11) - Crystal Structure of the Streptococcus Pyogenes CAS9 Vqr Variant in Complex with Sgrna and Target Dna (Tga Pam)
    Other atoms: Mg (3);
  18. 5b2s (K: 11) - Crystal Structure of the Streptococcus Pyogenes CAS9 Eqr Variant in Complex with Sgrna and Target Dna (Tgag Pam)
    Other atoms: Mg (3);
  19. 5b2t (K: 10) - Crystal Structure of the Streptococcus Pyogenes CAS9 Vrer Variant in Complex with Sgrna and Target Dna (Tgcg Pam)
    Other atoms: Mg (3);
  20. 5bjo (K: 4) - Crystal Structure of the Corn Rna Aptamer in Complex with Dfho, Site- Specific 5-Iodo-U
    Other atoms: F (2); Mg (4); I (2);
  21. 5bjp (K: 4) - Crystal Structure of the Corn Rna Aptamer in Complex with Dfho, Iridium Hexammine Soak
    Other atoms: F (2); Mg (2); Ir (2);
  22. 5bke (K: 6) - Crystal Structure of Aad-2 in Complex with Mn(II) and N-Oxalylglycine
    Other atoms: Mn (7);
  23. 5bmo (K: 3) - Lnmx Protein, A Putative Glcnac-Pi De-N-Acetylase From Streptomyces Atroolivaceus
  24. 5btp (K: 1) - Fusobacterium Ulcerans Ztp Riboswitch Bound to Zmp
    Other atoms: Mg (12);
  25. 5but (K: 4) - Crystal Structure of Inactive Conformation of Ktrab K+ Transporter
  26. 5bwz (K: 4) - Crystal Structure of S39E HDAC8 in Complex with Droxinostat
    Other atoms: Cl (2); Zn (2);
  27. 5byd (K: 1) - Crystal Structure of Human Ribokinase in P21 Spacegroup
    Other atoms: Na (1);
  28. 5byi (K: 2) - Human Carbonic Anhydrase II with An Azobenzene Inhibitor (1D)
    Other atoms: Hg (1); Zn (1);
  29. 5c45 (K: 6) - Selective Small Molecule Inhibition of the Fmn Riboswitch
    Other atoms: Mg (2);
  30. 5c4w (K: 2) - Crystal Structure of Coxsackievirus A16
    Other atoms: Cl (5); Na (1);
  31. 5c7y (K: 2) - Zhd-Intermediate Complex After Zhd Crystal Soaking in Zen For 9MIN
  32. 5c81 (K: 2) - Zhd-Intermediate Complex After Zhd Crystal Soaking in Zen For 12MIN
  33. 5c8c (K: 1) - Crystal Structure of Recombinant Coxsackievirus A16 Capsid
    Other atoms: Cl (2);
  34. 5c8x (K: 2) - Zhd-Intermediate Complex After Zhd Crystal Soaking in Zen For 20MIN
  35. 5c8z (K: 2) - Zhd-Zgr Complex After Zhd Crystal Soaking in Zen For 30MIN
  36. 5c9a (K: 1) - Crystal Structure of Empty Coxsackievirus A16 Particle
    Other atoms: Cl (7);
  37. 5cbt (K: 2) - Human Cyclophilin D Complexed with Inhibitor
  38. 5cbu (K: 1) - Human Cyclophilin D Complexed with Inhibitor.
  39. 5cbv (K: 1) - Human Cyclophilin D Complexed with Inhibitor
  40. 5cbw (K: 2) - Human Cyclophilin D Complexed with Inhibitor.
Page generated: Sat Apr 17 16:14:00 2021

Last articles

Zn in 7M6U
Zn in 7NNG
Zn in 7NEE
Zn in 7NEU
Zn in 7M3K
Zn in 7KWD
Zn in 7KYH
Zn in 7KNG
Zn in 7KY2
Zn in 7KYF
© Copyright 2008-2020 by atomistry.com
Home   |    Site Map   |    Copyright   |    Contact us   |    Privacy