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Article title matches

  1. Image:Pymol Correct Mutations.pse (0 bytes)
  2. Image:Positions of the mutations in PR variants used for structural studies.jpg (747 bytes)
    2: ...5</sub> with the wild-type (WT) sequence. Primary mutations in residues interacting directly with darunavir a...
  3. Image:Correct Mutations for Project.pdb (0 bytes)
  4. Image:Better Mutations.pdb (0 bytes)
  5. Category:Protein mutations and evolution (62 bytes)
    1: List of pages with the keyword Protein mutations and evolution
  6. Image:3GRO 3 multiple mutations.pdb (0 bytes)
  7. Image:All mutations.jpg (0 bytes)
  8. Category:Extensive amino acid mutations (61 bytes)
    1: ...st of pages with the keyword Extensive amino acid mutations
  9. Image:HDAC8 Mutations Final.png (0 bytes)
  10. Protein Stability and in Vivo Concentration of Missense Mutations in Phenylalanine Hydroxylase (3,514 bytes)
    2: ...ability and ''in Vivo'' Concentration of Missense Mutations in Phenylalanine Hydroxylase===
    6: ...on is the most common mechanism by which missense mutations cause monogenic disease. In turn, this conclusion...
    8: ...ions were optimized using SCRWL. Catalytic domain mutations R408W and R408Q are in contact with the tetrameri...
  11. Category:Effect of Mutations (1 byte)
  12. Category:Impact of Mutations (1 byte)
  13. Mutations in BRCA1/BARD1 RING-domain heterodimer (10,969 bytes)
    3: ...ides a framework for understanding cancer-causing mutations at the molecular level.<ref>PMID: 11573085</ref>
    5: ... magenta</b></font>, <font color='lime'><b>benign mutations are shown in green</b></font>.
    7: ==Pathogenic mutations==
    8: *<scene name='75/751104/Cv/21'>Pathogenic mutations in RING domain</scene>.
    279: ==Benign mutations==
  14. Mutations in Brca1 BRCT Domains (28,499 bytes)
    2: ...g events. We show that a subset of disease-linked mutations act through specific disruption of phospho-depend...
    6: ...plum'><b>residues with both pathogenic and benign mutations are shown in plum</b></font>.
    8: ==Pathogenic mutations==
    394: === Very severe pathogenic mutations ===
    548: ==Benign mutations==
  15. Category:Mutations (1 byte)
  16. Image:Stathmin mutations.png (90 bytes)
    1: stathmin from 4eb6 shown highlighting the mutations made to the protein as purple spheres.
  17. Image:4Q7Q D193A H196A mutations.png (34 bytes)
  18. Image:4Q7Q PCR mutations.png (34 bytes)
  19. Investigating the Mechanisms of Active Site Mutations to the 1T9G WT MCAD Protein to Better Understand Medium Chain Acyl-CoA Dehydrogenase Deficiency (MCADD) (12,666 bytes)
    1: ...emy, "Investigating The Mechanisms of Active Site Mutations to the 1T9G WT MCAD Protein to Better Understand ...
    5: ...human Medium Acyl-CoA Dehydrogenase (MCAD) enzyme mutations contribute to Medium Acyl-CoA Dehydrogenase Defic...
    9: ...viewers to locate, determine, and hypothesize the mutations and their effects on MCAD, in addition to providi...
    13: ...igand) and how it could contribute to MCAD; these mutations are listed in Table 1.
    19: ...f> Multiple articles were researched for various mutations, which were analyzed from the article and viewed ...
  20. Image:IPEX Mutations.png (97 bytes)
    2: https://en.wikipedia.org/wiki/File:IPEX_Mutations.png

Page text matches

  1. Hemoglobin (19,234 bytes)
    62: ...ng) and at the important α1-β2 interface, where mutations have the largest effect on Hb allosteric properti...
    64: ...face is critical to making Hb allostery work, and mutations of residues in this interface have been found to ...
  2. NADH quinone oxidoreductase (NQO1) with inhibitor dicoumarol (8,927 bytes)
    15: ...NQO1 inhibitors and our previous analysis of NQO1 mutations that affect NQO1 interactions we propose that the...
    24: ...NQO1 inhibitors and our previous analysis of NQO1 mutations that affect NQO1 interactions we propose that the...
  3. 1e4v (4,128 bytes)
    24: ...H-ras-p21 cause cancer. In adenylate kinase these mutations cause smallish changes at the active site. Relati...
  4. 1e47 (4,543 bytes)
    24: ... been confirmed by structural analyses of further mutations at the zinc coordination sphere and at the phosph...
  5. 1e48 (4,502 bytes)
    24: ... been confirmed by structural analyses of further mutations at the zinc coordination sphere and at the phosph...
  6. 1e4b (4,472 bytes)
    24: ... been confirmed by structural analyses of further mutations at the zinc coordination sphere and at the phosph...
  7. 1e4i (5,527 bytes)
    24: ...ng random-mutagenesis, we have identified several mutations enhancing its stability and it was found that one...
  8. 1e46 (4,472 bytes)
    24: ... been confirmed by structural analyses of further mutations at the zinc coordination sphere and at the phosph...
  9. 1e4c (4,472 bytes)
    24: ... been confirmed by structural analyses of further mutations at the zinc coordination sphere and at the phosph...
  10. 1e49 (4,477 bytes)
    24: ... been confirmed by structural analyses of further mutations at the zinc coordination sphere and at the phosph...
  11. 1e4y (4,127 bytes)
    24: ...H-ras-p21 cause cancer. In adenylate kinase these mutations cause smallish changes at the active site. Relati...
  12. 1e4a (4,475 bytes)
    24: ... been confirmed by structural analyses of further mutations at the zinc coordination sphere and at the phosph...
  13. 1vyi (4,784 bytes)
    24: ...is domain was determined and previously described mutations that interfere with binding of P to N-RNA could n...
  14. 2boq (5,896 bytes)
    24: ... long-range electron transfer (LRET). None of the mutations affected Mn2+ oxidation, which would take place a...
  15. 2cn5 (7,986 bytes)
    11: ...by familial occurrence and bilateral involvement. Mutations at more than one locus can be involved in differe...
  16. 2cn8 (7,949 bytes)
    11: ...by familial occurrence and bilateral involvement. Mutations at more than one locus can be involved in differe...
  17. 1wch (4,972 bytes)
    24: ...tructure also reveals that four out of five PTPL1 mutations found in colorectal cancers are located on solven...
  18. 1wc9 (4,172 bytes)
    24: ...ith positively charged residues. Charge-inversion mutations on the flat surface of the highly conserved yeast...
  19. 1qrz (5,533 bytes)
    25: ...ytic domain of plasminogen, with the nonessential mutations M585Q, V673M, and M788L, to 2.0 A resolution. The...
  20. 2ja3 (6,549 bytes)
    26: ...P and AMP are in the high micromolar range. Point mutations that interfere with nucleotide binding change the...

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