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Showing below up to 20 results starting with #1.

Article title matches

1. Category:Rev peptide-rna recognition (58 bytes)
   1: List of pages with the keyword Rev peptide-rna recognition
2. Category:Rna recognition (51 bytes)
   1: List of structures with the keyword Rna recognition
3. Category:Peptidoglycan recognition protein (64 bytes)
   1: List of pages with the keyword Peptidoglycan recognition protein
4. Category:Rna recognition motif (52 bytes)
   1: List of pages with the keyword Rna recognition motif
5. Category:Phosphorylated peptide recognition (65 bytes)
   1: ... of pages with the keyword Phosphorylated peptide recognition
6. Category:Pattern recognition (50 bytes)
   1: List of pages with the keyword Pattern recognition
7. Category:Molecular recognition (52 bytes)
   1: List of pages with the keyword Molecular recognition
8. Category:Peptide-rna recognition (54 bytes)
   1: List of pages with the keyword Peptide-rna recognition
9. Category:Hydrolase molecular recognition (62 bytes)
   1: ...ist of pages with the keyword Hydrolase molecular recognition
10. Category:Protein recognition (50 bytes)
    1: List of pages with the keyword Protein recognition
11. Category:Dna recognition (46 bytes)
    1: List of pages with the keyword Dna recognition
12. Category:Protein-protein recognition (58 bytes)
    1: List of pages with the keyword Protein-protein recognition
13. Category:Sequence specific recognition (60 bytes)
    1: List of pages with the keyword Sequence specific recognition
14. Category:Beta-sheet recognition (53 bytes)
    1: List of pages with the keyword Beta-sheet recognition
15. Category:Peptide recognition (50 bytes)
    1: List of pages with the keyword Peptide recognition
16. Category:Peptide rna recognition (54 bytes)
    1: List of pages with the keyword Peptide rna recognition
17. Category:Abasic site recognition (54 bytes)
    1: List of pages with the keyword Abasic site recognition
18. Category:Phosphotyrosine recognition domain (65 bytes)
    1: List of pages with the keyword Phosphotyrosine recognition domain
19. Category:Protein-carbohydrate recognition (63 bytes)
    1: ...st of pages with the keyword Protein-carbohydrate recognition
20. Category:Ecori recognition site (53 bytes)
    1: List of pages with the keyword Ecori recognition site

Page text matches

1. Acetylcholinesterase (8,905 bytes)
   8: ...wiki/Substrate_(biochemistry) substrate] traffic, recognition and hydrolysis.<ref>PMID:10545346</ref> To unders...
   13: ... the [http://en.wikipedia.org/wiki/Ligand ligand] recognition <ref name="Raves">PMID:8989325</ref>. After this ...
2. Acetylcholine (3,078 bytes)
   14: ... the [http://en.wikipedia.org/wiki/Ligand ligand] recognition. After this binding acetylcholinesterase <scene n...
3. 1e4o (2,892 bytes)
   2: ==Phosphorylase recognition and phosphorolysis of its oligosaccharide substra...
4. 1vyb (4,543 bytes)
   24: ...dentified invariant residues and suggest that DNA recognition proceeds via the accommodation of an extrahelical...
5. 1vyk (4,647 bytes)
   24: ... loop are key secondary structure elements in the recognition of specific protein-protein interactions between ...
6. 1vyo (4,008 bytes)
   24: ...op between strands beta3 and beta4 for azo ligand recognition; information on these loops is provided by the hi...
7. 2bo6 (5,045 bytes)
   24: ...tide specificity is as important in GDP-D-mannose recognition as the nature of the donor sugar.
8. 2bo4 (4,968 bytes)
   24: ...tide specificity is as important in GDP-D-mannose recognition as the nature of the donor sugar.
9. 2bov (4,449 bytes)
   2: ==Molecular recognition of an ADP-ribosylating Clostridium botulinum C3 e...
   26: Molecular recognition of an ADP-ribosylating Clostridium botulinum C3 e...
10. 2bo7 (5,034 bytes)
    24: ...tide specificity is as important in GDP-D-mannose recognition as the nature of the donor sugar.
11. 2bo8 (5,128 bytes)
    24: ...tide specificity is as important in GDP-D-mannose recognition as the nature of the donor sugar.
12. 2boj (3,939 bytes)
    24: ...eudomonas aeruginosa (PA-IIL) is involved in host recognition and biofilm formation. Lectin not only displays a...
13. 2cn3 (4,800 bytes)
    26: ...GH74A, reveal the structural basis for xyloglucan recognition and degradation.,Martinez-Fleites C, Guerreiro CI...
14. 2cnc (5,285 bytes)
    24: ...e-chain makes a generic contribution to substrate recognition by GH10 xylanases.
15. 2cn2 (4,630 bytes)
    26: ...GH74A, reveal the structural basis for xyloglucan recognition and degradation.,Martinez-Fleites C, Guerreiro CI...
16. 2cnw (5,009 bytes)
    24: The signal recognition particle (SRP) GTPases Ffh and FtsY play a centra...
    33: ...[Signal recognition particle 3D structures|Signal recognition particle 3D structures]]
    34: ...ecognition particle receptor 3D structures|Signal recognition particle receptor 3D structures]]
17. 1wch (4,972 bytes)
    2: ...- evidence for a second phosphotyrosine substrate recognition pocket==
    26: ...: evidence for a second phosphotyrosine substrate recognition pocket.,Villa F, Deak M, Bloomberg GB, Alessi DR,...
18. 2wc2 (4,802 bytes)
    22: ...NA-binding domains (DBDs) of CAP, positioning the recognition helices in the DBDs in the correct orientation to...
19. 1wcu (4,065 bytes)
    14: ...te reduces, but does not abrogate, polysaccharide recognition. Direct hydrogen bonds to ligand, such as those p...
    16: Probing the mechanism of ligand recognition in family 29 carbohydrate-binding modules.,Flint ...
20. 8pch (4,913 bytes)
    24: ...the mini-chain has a definitive role in substrate recognition and that carbohydrate residues attached to the bo...

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