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Article title matches

1. Category:Ping-pong mechanism (50 bytes)
   1: List of pages with the keyword Ping-pong mechanism
2. User:Ping Zhang (109 bytes)
3. User:Yuan-Ping Pang (35 bytes)
   1: *[[User: Yuan-Ping Pang/Sandbox 1]]
4. User:Yuan-Ping Pang/Sandbox 1 (15 bytes)
5. User:Yuan-Ping Pang/HAB•BoNTAe (3,469 bytes)
6. Category:Ping YQ (38 bytes)
   1: List of pages with the keyword Ping YQ
7. Category:Ping S (37 bytes)
   1: List of pages with the keyword Ping S
8. Category:Ping Z (37 bytes)
   1: List of pages with the keyword Ping Z
9. Category:Ping, P (38 bytes)
   1: List of pages with the keyword Ping, P
10. Category:Ping, S (38 bytes)
    1: List of pages with the keyword Ping, S
11. Category:Ping, L (38 bytes)
    1: List of pages with the keyword Ping, L
12. Category:Ping, Z (38 bytes)
    1: List of pages with the keyword Ping, Z
13. Category:Ping, Y (38 bytes)
    1: List of pages with the keyword Ping, Y
14. User:Tzu-Ping Ko (215 bytes)
    1: * Full Real Name:Tzu-Ping Ko
15. Category:Ping P (37 bytes)
    1: List of pages with the keyword Ping P
16. Category:Ping L (37 bytes)
    1: List of pages with the keyword Ping L
17. Image:MTHFR ping pong.gif (95 bytes)
    2: Schematic of MTHFR ping pong mechanism
18. Category:Ping Y-Q (39 bytes)
    1: List of pages with the keyword Ping Y-Q
19. Category:Ping Y (37 bytes)
    1: List of pages with the keyword Ping Y

Page text matches

1. 9iv1 (3,847 bytes)
   16: ... design of an androgen membrane receptor.,Yang Z, Ping YQ, Wang MW, Zhang C, Zhou SH, Xi YT, Zhu KK, Din...
   28: [[Category: Ping YQ]]
2. 9iv2 (3,784 bytes)
   16: ... design of an androgen membrane receptor.,Yang Z, Ping YQ, Wang MW, Zhang C, Zhou SH, Xi YT, Zhu KK, Din...
   27: [[Category: Ping YQ]]
3. 1a0g (5,164 bytes)
   11: ...-keto acid to form the product D-amino acid via a ping-pong mechanism. This is an important process in t...
   24: ...crucial role in the transamination reaction by keeping the pyridoxyl ring in the proper location without...
4. 1h5s (4,909 bytes)
   24: ...dues in the catalytic center suggests that, in keeping with the results of the kinetic measurements, bot...
5. 1h5r (5,048 bytes)
   24: ...dues in the catalytic center suggests that, in keeping with the results of the kinetic measurements, bot...
6. 1h5t (5,076 bytes)
   24: ...dues in the catalytic center suggests that, in keeping with the results of the kinetic measurements, bot...
7. 9vpr (4,237 bytes)
   14: ...successively in the same catalytic site through a ping-pong bi-bi mechanism. FMN is reduced in the first...
8. 4daa (5,088 bytes)
   10: ...-keto acid to form the product D-amino acid via a ping-pong mechanism. This is an important process in t...
9. 2daa (3,319 bytes)
   11: ...-keto acid to form the product D-amino acid via a ping-pong mechanism. This is an important process in t...
10. 2dab (5,146 bytes)
    11: ...-keto acid to form the product D-amino acid via a ping-pong mechanism. This is an important process in t...
    24: ...crucial role in the transamination reaction by keeping the pyridoxyl ring in the proper location without...
11. 3daa (5,031 bytes)
    11: ...-keto acid to form the product D-amino acid via a ping-pong mechanism. This is an important process in t...
12. 1w85 (4,459 bytes)
    5: ...x.doi.org/10.2210/rcsb_pdb/mom_2012_9 10.2210/rcsb_pdb/mom_2012_9]. Full crystallographic information ...
    24: ...eric organization, conformational asymmetry, and "ping-pong" kinetic properties of E1 and other thiamine...
13. 1w88 (4,247 bytes)
    24: ...eric organization, conformational asymmetry, and "ping-pong" kinetic properties of E1 and other thiamine...
14. 9vpv (4,291 bytes)
    14: ...successively in the same catalytic site through a ping-pong bi-bi mechanism. FMN is reduced in the first...
15. 9vpw (4,376 bytes)
    14: ...successively in the same catalytic site through a ping-pong bi-bi mechanism. FMN is reduced in the first...
16. 9vpx (4,294 bytes)
    14: ...successively in the same catalytic site through a ping-pong bi-bi mechanism. FMN is reduced in the first...
17. 9vpy (4,379 bytes)
    14: ...successively in the same catalytic site through a ping-pong bi-bi mechanism. FMN is reduced in the first...
18. 9vpz (4,421 bytes)
    14: ...successively in the same catalytic site through a ping-pong bi-bi mechanism. FMN is reduced in the first...
19. 9vq0 (4,282 bytes)
    14: ...successively in the same catalytic site through a ping-pong bi-bi mechanism. FMN is reduced in the first...
20. 4iql (4,539 bytes)
    11: ...ttps://www.uniprot.org/uniprot/Q7MAW0_PORGI Q7MAW0_PORGI]
    14: ...reaction, which reduces the enoyl substrate via a ping-pong mechanism. Here, the structure of the PgFabK...

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