TERTIARY STRUCTURE DATA |
Bos taurus
|
complex with aeruginosin 98-B inhibitor |
2.20 Å |
1AQ7 |
1AQ7 |
1AQ7 |
1AQ7 |
1AQ7 |
1AQ7 |
|
complex with metacyano benzylic inhibitor |
2.10 Å |
1AUJ |
1AUJ |
1AUJ |
1AUJ |
1AUJ |
1AUJ |
Lee et al., 1997 |
complex with bis-phenylamidine inhibitor |
1.80 Å |
1AZ8 |
1AZ8 |
1AZ8 |
1AZ8 |
1AZ8 |
1AZ8 |
|
beta-trypsin; complex with ACPU |
1.80 Å |
1BJU |
1BJU |
1BJU |
1BJU |
1BJU |
1BJU |
Presnell et al., 1998 |
beta-trypsin; complex with APPU |
1.80 Å |
1BJV |
1BJV |
1BJV |
1BJV |
1BJV |
1BJV |
Presnell et al., 1998 |
mature peptidase |
2.20 Å |
1BTP |
1BTP |
1BTP |
1BTP |
1BTP |
1BTP |
Odagaki et al., 1995 |
complex with |
1.80 Å |
1BTW |
1BTW |
1BTW |
1BTW |
1BTW |
1BTW |
|
beta-trypsin; complex with T-butoxy-Ala-Val-boroLys ethyl ester |
1.80 Å |
1BTX |
1BTX |
1BTX |
1BTX |
1BTX |
1BTX |
Katz et al., 1995 |
beta-trypsin; complex with benzyldiamine |
1.50 Å |
1BTY |
1BTY |
1BTY |
1BTY |
1BTY |
1BTY |
Katz et al., 1995 |
beta-trypsin; complex with T-butoxy-Ala-Val-boroLys methyl ester |
2.00 Å |
1BTZ |
1BTZ |
1BTZ |
1BTZ |
1BTZ |
1BTZ |
Katz et al., 1995 |
complex with benzamidine |
1.40 Å |
1C1N |
1C1N |
1C1N |
1C1N |
1C1N |
1C1N |
Katz et al., 1998 |
mature peptidase |
1.40 Å |
1C1O |
1C1O |
1C1O |
1C1O |
1C1O |
1C1O |
Katz et al., 1998 |
complex with (5-amidino-2-benzimidazolyl) (2-benzimidazolyl)methane |
1.37 Å |
1C1P |
1C1P |
1C1P |
1C1P |
1C1P |
1C1P |
Katz et al., 1998 |
complex with (5-amidino-2-benzimidazolyl) (2-benzimidazolyl)methane |
1.37 Å |
1C1Q |
1C1Q |
1C1Q |
1C1Q |
1C1Q |
1C1Q |
Katz et al., 1998 |
complex with (5-amidino-2-benzimidazolyl) (2-benzimidazolyl)methane |
1.37 Å |
1C1R |
1C1R |
1C1R |
1C1R |
1C1R |
1C1R |
Katz et al., 1998 |
complex with bis(5-amidino-2-benzimidazolyl)methane |
1.63 Å |
1C1S |
1C1S |
1C1S |
1C1S |
1C1S |
1C1S |
Katz & Luong, 1999 |
complex with bis(5-amidino-2-benzimidazolyl)methane |
1.37 Å |
1C1T |
1C1T |
1C1T |
1C1T |
1C1T |
1C1T |
Katz et al., 1998 |
complex with bis(5-amidino-2-benzimidazolyl)methane ketone |
1.65 Å |
1C2D |
1C2D |
1C2D |
1C2D |
1C2D |
1C2D |
Katz et al., 1998 |
complex with bis(5-amidino-2-benzimidazolyl)methane ketone |
1.65 Å |
1C2E |
1C2E |
1C2E |
1C2E |
1C2E |
1C2E |
Katz et al., 1998 |
complex with bis(5-amidino-2-benzimidazolyl)methane ketone hydrate |
1.70 Å |
1C2F |
1C2F |
1C2F |
1C2F |
1C2F |
1C2F |
Katz et al., 1998 |
complex with bis(5-amidino-2-benzimidazolyl)methane ketone hydrate |
1.65 Å |
1C2G |
1C2G |
1C2G |
1C2G |
1C2G |
1C2G |
Katz et al., 1998 |
complex with bis(5-amidino-2-benzimidazolyl)methane ketone hydrate |
1.40 Å |
1C2H |
1C2H |
1C2H |
1C2H |
1C2H |
1C2H |
Katz et al., 1998 |
complex with bis(5-amidino-2-benzimidazolyl)methane ketone hydrate |
1.47 Å |
1C2I |
1C2I |
1C2I |
1C2I |
1C2I |
1C2I |
Katz et al., 1998 |
complex with bis(5-amidino-2-benzimidazolyl)methane ketone |
1.40 Å |
1C2J |
1C2J |
1C2J |
1C2J |
1C2J |
1C2J |
Katz et al., 1998 |
complex with 5-amidino-benzimidazole |
1.65 Å |
1C2K |
1C2K |
1C2K |
1C2K |
1C2K |
1C2K |
Katz et al., 1998 |
mature peptidase |
1.50 Å |
1C2L |
1C2L |
1C2L |
1C2L |
1C2L |
1C2L |
Katz et al., 1998 |
mature peptidase |
1.40 Å |
1C2M |
1C2M |
1C2M |
1C2M |
1C2M |
1C2M |
Katz et al., 1998 |
complex with benzamidine |
1.43 Å |
1C5P |
1C5P |
1C5P |
1C5P |
1C5P |
1C5P |
Katz et al., 2000 |
complex with 4-iodobenzo[B]thiophene-2-carboxamidine |
1.43 Å |
1C5Q |
1C5Q |
1C5Q |
1C5Q |
1C5Q |
1C5Q |
Katz et al., 2000 |
complex with 4-iodobenzo[B]thiophene-2-carboxamidine |
1.47 Å |
1C5R |
1C5R |
1C5R |
1C5R |
1C5R |
1C5R |
Katz et al., 2000 |
complex with 4-iodobenzo[B]thiophene-2-carboxamidine |
1.36 Å |
1C5S |
1C5S |
1C5S |
1C5S |
1C5S |
1C5S |
Katz et al., 2000 |
complex with thieno[2,3-B]pyridine-2-carboxamidine |
1.37 Å |
1C5T |
1C5T |
1C5T |
1C5T |
1C5T |
1C5T |
Katz et al., 2000 |
complex with thieno[2,3-B]pyridine-2-carboxamidine |
1.37 Å |
1C5U |
1C5U |
1C5U |
1C5U |
1C5U |
1C5U |
Katz et al., 2000 |
mature peptidase |
1.48 Å |
1C5V |
1C5V |
1C5V |
1C5V |
1C5V |
1C5V |
Katz et al., 2000 |
complex with bdellastasin |
3.30 Å |
1C9T |
1C9T |
1C9T |
1C9T |
1C9T |
1C9T |
Rester et al., 1999 |
beta-trypsin; complex with benzamidine |
1.90 Å |
1CE5 |
1CE5 |
1CE5 |
1CE5 |
1CE5 |
1CE5 |
Ota et al., 1999 |
NMR structure; complex with 2-[3-amino(imino)methyl phenoxy]-6-[2-(aminomethyl)phenoxy]-3,5-difluoro-4-methylpyridine |
0.00 Å |
1CU7 |
1CU7 |
1CU7 |
1CU7 |
1CU7 |
1CU7 |
|
NMR structure; complex with 2,6-bis[3-amino(imino)methyl phenoxy]-3,5-difluoro-4-methylpyridine |
0.00 Å |
1CU8 |
1CU8 |
1CU8 |
1CU8 |
1CU8 |
1CU8 |
|
NMR structure; complex with 2,6-bis[3-amino(imino)methyl phenoxy]-3,5-difluoro-4-methylpyridine (ZK-805623) |
0.00 Å |
1CU9 |
1CU9 |
1CU9 |
1CU9 |
1CU9 |
1CU9 |
|
complex with soyabean Bowman-Birk inhibitor |
2.30 Å |
1D6R |
1D6R |
1D6R |
1D6R |
1D6R |
1D6R |
Koepke et al., 2000 |
complex with inhibitor BPO |
2.00 Å |
1EB2 |
1EB2 |
1EB2 |
1EB2 |
1EB2 |
1EB2 |
Liebeschuetz et al., 2002 |
complex with pancreatic trypsin inhibitor Ala16Leu mutant |
1.85 Å |
1EJM |
1EJM |
1EJM |
1EJM |
1EJM |
1EJM |
Grzesiak et al., 2000 |
complex with alpha-1-proteinase inhibitor |
2.60 Å |
1EZX |
1EZX |
1EZX |
1EZX |
1EZX |
1EZX |
Huntington et al., 2000 |
complex with RPR131247 inhibitor |
1.80 Å |
1F0T |
1F0T |
1F0T |
1F0T |
1F0T |
1F0T |
Maignan et al., 2000 |
complex with RPR128515 inhibitor |
1.90 Å |
1F0U |
1F0U |
1F0U |
1F0U |
1F0U |
1F0U |
Maignan et al., 2000 |
complex with MCTI-A inhibitor from bitter gourd |
1.79 Å |
1F2S |
1F2S |
1F2S |
1F2S |
1F2S |
1F2S |
Zhu et al., 1999 |
complex with T87 inhibitor |
1.90 Å |
1G34 |
1G34 |
1G34 |
1G34 |
1G34 |
1G34 |
Nar et al., 2001 |
complex with R11 inhibitor |
1.90 Å |
1G36 |
1G36 |
1G36 |
1G36 |
1G36 |
1G36 |
Nar et al., 2001 |
bound to meta-amidino Schiff base magnesium(II) chelate |
1.80 Å |
1G3B |
1G3B |
1G3B |
1G3B |
1G3B |
1G3B |
Toyota et al., 2001 |
bound to para-amidino Schiff base iron(III) chelate |
1.80 Å |
1G3C |
1G3C |
1G3C |
1G3C |
1G3C |
1G3C |
Toyota et al., 2001 |
bound to meta-amidino Schiff base copper(II) chelate |
1.80 Å |
1G3D |
1G3D |
1G3D |
1G3D |
1G3D |
1G3D |
Toyota et al., 2001 |
bound to para-amidino Schiff base copper(II) chelate |
1.80 Å |
1G3E |
1G3E |
1G3E |
1G3E |
1G3E |
1G3E |
Toyota et al., 2001 |
complex with engineered mung bean inhibitor |
2.20 Å |
1G9I |
1G9I |
1G9I |
1G9I |
1G9I |
1G9I |
Zhu et al., 2001 |
guanidinobenzoylated at Ser-195 |
2.00 Å |
1GBT |
1GBT |
1GBT |
1GBT |
1GBT |
1GBT |
Mangel et al., 1990 |
mature peptidase |
1.39 Å |
1GHZ |
1GHZ |
1GHZ |
1GHZ |
1GHZ |
1GHZ |
Katz et al., 2001 |
mature peptidase |
1.42 Å |
1GI0 |
1GI0 |
1GI0 |
1GI0 |
1GI0 |
1GI0 |
Katz et al., 2001 |
mature peptidase |
1.42 Å |
1GI1 |
1GI1 |
1GI1 |
1GI1 |
1GI1 |
1GI1 |
Katz et al., 2001 |
mature peptidase |
1.38 Å |
1GI2 |
1GI2 |
1GI2 |
1GI2 |
1GI2 |
1GI2 |
Katz et al., 2001 |
mature peptidase |
1.44 Å |
1GI3 |
1GI3 |
1GI3 |
1GI3 |
1GI3 |
1GI3 |
Katz et al., 2001 |
complex with 2-(2-hydroxy-phenyl)-3H-benzoimidazole-5-carboxamidine |
1.37 Å |
1GI4 |
1GI4 |
1GI4 |
1GI4 |
1GI4 |
1GI4 |
Katz et al., 2001 |
mature peptidase |
1.60 Å |
1GI5 |
1GI5 |
1GI5 |
1GI5 |
1GI5 |
1GI5 |
Katz et al., 2001 |
mature peptidase |
1.49 Å |
1GI6 |
1GI6 |
1GI6 |
1GI6 |
1GI6 |
1GI6 |
Katz et al., 2001 |
engineering inhibitors highly selective for the s1 sites of ser190 trypsin-like serine protease drug targets |
1.50 Å |
1GJ6 |
1GJ6 |
1GJ6 |
1GJ6 |
1GJ6 |
1GJ6 |
Katz et al., 2001 |
atomic resolution structures of trypsin provide insight into structural radiation damage |
0.95 Å |
1HJ9 |
1HJ9 |
1HJ9 |
1HJ9 |
1HJ9 |
1HJ9 |
Leiros et al., 2001 |
complex with benzamidine inhibitor |
1.21 Å |
1J8A |
1J8A |
1J8A |
1J8A |
1J8A |
1J8A |
|
complex with amylamine in cyclohexane |
2.00 Å |
1JIR |
1JIR |
1JIR |
1JIR |
1JIR |
1JIR |
|
complex with leupeptin |
1.80 Å |
1JRS |
1JRS |
1JRS |
1JRS |
1JRS |
1JRS |
Kurinov & Harrison, 1996 |
complex with leupeptin |
1.80 Å |
1JRT |
1JRT |
1JRT |
1JRT |
1JRT |
1JRT |
Kurinov & Harrison, 1996 |
complex with N-alpha-(2-naphthylsulfonyl)-N-(3-amidino-l-phenylalaninyl)-D-pipecolinic acid |
2.20 Å |
1K1I |
1K1I |
1K1I |
1K1I |
1K1I |
1K1I |
Dullweber et al., 2001 |
bovine trypsin-inhibitor complex |
2.20 Å |
1K1J |
1K1J |
1K1J |
1K1J |
1K1J |
1K1J |
Dullweber et al., 2001 |
complex with N-alpha-(2-naphthylsulfonyl)-3-amidino-l-phenylalanine piperazide |
2.50 Å |
1K1L |
1K1L |
1K1L |
1K1L |
1K1L |
1K1L |
Dullweber et al., 2001 |
complex with N-alpha-(2-naphthylsulfonyl)-N(3-amidino-l-phenylalaninyl)-4-acetyl-piperazine |
2.20 Å |
1K1M |
1K1M |
1K1M |
1K1M |
1K1M |
1K1M |
Dullweber et al., 2001 |
bovine trypsin-inhibitor complex |
2.00 Å |
1K1N |
1K1N |
1K1N |
1K1N |
1K1N |
1K1N |
Dullweber et al., 2001 |
bovine trypsin-inhibitor complex |
2.00 Å |
1K1O |
1K1O |
1K1O |
1K1O |
1K1O |
1K1O |
Dullweber et al., 2001 |
bovine trypsin-inhibitor complex |
1.90 Å |
1K1P |
1K1P |
1K1P |
1K1P |
1K1P |
1K1P |
Dullweber et al., 2001 |
complex with [4-([5-benzyloxy-1-(3-carbamimidoyl-benzyl)-1H-indole-2-carbonyl]-amino-methyl)-phenyl]-trimethyl-ammonium |
2.20 Å |
1LQE |
1LQE |
1LQE |
1LQE |
1LQE |
1LQE |
Matter et al., 2002 |
beta trypsin; complex with a phosphonate inhibitor ZAP |
1.80 Å |
1MAX |
1MAX |
1MAX |
1MAX |
1MAX |
1MAX |
Bertrand et al., 1996 |
beta trypsin; complex with a phosphonate inhibitor ZAP |
1.80 Å |
1MAY |
1MAY |
1MAY |
1MAY |
1MAY |
1MAY |
Bertrand et al., 1996 |
beta-trypsin; complex with MCTI-A inhibitor |
1.80 Å |
1MCU |
1MCU |
1MCU |
1MCU |
1MCU |
1MCU |
Zhu et al., 1999 |
complex with factor Xa-specific inhibitor BX5633 |
1.90 Å |
1MTS |
1MTS |
1MTS |
1MTS |
1MTS |
1MTS |
Stubbs et al., 1995 |
complex with factor Xa-specific inhibitor BX5633 |
1.90 Å |
1MTU |
1MTU |
1MTU |
1MTU |
1MTU |
1MTU |
Stubbs et al., 1995 |
complex with factor Xa-specific inhibitor BX5633 |
1.90 Å |
1MTV |
1MTV |
1MTV |
1MTV |
1MTV |
1MTV |
Stubbs et al., 1995 |
complex with factor Xa-specific inhibitor DX9056A |
1.90 Å |
1MTW |
1MTW |
1MTW |
1MTW |
1MTW |
1MTW |
Stubbs et al., 1995 |
rip-phasing |
1.40 Å |
1N6X |
1N6X |
1N6X |
1N6X |
1N6X |
1N6X |
Ravelli et al., 2003 |
rip-phasing on bovine trypsin |
1.40 Å |
1N6Y |
1N6Y |
1N6Y |
1N6Y |
1N6Y |
1N6Y |
Ravelli et al., 2003 |
potent, small molecule inhibitors of human mast cell tryptase. anti-asthmatic action of a dipeptide-based transition state analogue containing benzothiazole ketone |
1.90 Å |
1NC6 |
1NC6 |
1NC6 |
1NC6 |
1NC6 |
1NC6 |
Costanzo et al., 2003 |
modified beta-trypsin |
1.80 Å |
1NTP |
1NTP |
1NTP |
1NTP |
1NTP |
1NTP |
Kossiakoff, 1984 |
complex with inhibitor CRA_10433 |
1.77 Å |
1O2H |
1O2H |
1O2H |
1O2H |
1O2H |
1O2H |
Katz et al., 2003 |
complex with inhibitor CRA_10655 |
1.50 Å |
1O2I |
1O2I |
1O2I |
1O2I |
1O2I |
1O2I |
Katz et al., 2003 |
complex with inhibitor 2-5-[amino(iminio)methyl]-1H-benzimidazol-2-yl-6-isobutoxybenzenolate (CRA_10656) |
1.65 Å |
1O2J |
1O2J |
1O2J |
1O2J |
1O2J |
1O2J |
Katz et al., 2003 |
complex with inhibitor 2-5-[amino(iminio)methyl]-1H-benzimidazol-2-yl-6-isobutoxybenzenolate (CRA_10656) |
1.63 Å |
1O2K |
1O2K |
1O2K |
1O2K |
1O2K |
1O2K |
Katz et al., 2003 |
complex with inhibitor 3-5-[amino(iminio)methyl]-6-chloro-1H-benzimidazol-2-yl-1,1'-biphenyl-2-olate (CRA_10762) |
1.68 Å |
1O2L |
1O2L |
1O2L |
1O2L |
1O2L |
1O2L |
Katz et al., 2003 |
complex with inhibitor 3-5-[amino(iminio)methyl]-6-chloro-1H-benzimidazol-2-yl-1,1'-biphenyl-2-olate (CRA_10762) |
1.69 Å |
1O2M |
1O2M |
1O2M |
1O2M |
1O2M |
1O2M |
Katz et al., 2003 |
complex with inhibitor 3-5-[amino(iminio)methyl]-6-chloro-1H-benzimidazol-2-yl-1,1'-biphenyl-2-olate (CRA_10762) |
1.50 Å |
1O2N |
1O2N |
1O2N |
1O2N |
1O2N |
1O2N |
Katz et al., 2003 |
complex with inhibitor 2-5-[amino(iminio)methyl]-6-fluoro-1H-benzimidazol-2-yl-6-isobutoxybenzenolate (CRA_10950) |
1.63 Å |
1O2O |
1O2O |
1O2O |
1O2O |
1O2O |
1O2O |
Katz et al., 2003 |
mature peptidase |
1.47 Å |
1O2P |
1O2P |
1O2P |
1O2P |
1O2P |
1O2P |
Katz et al., 2003 |
mature peptidase |
1.50 Å |
1O2Q |
1O2Q |
1O2Q |
1O2Q |
1O2Q |
1O2Q |
Katz et al., 2003 |
mature peptidase |
1.45 Å |
1O2R |
1O2R |
1O2R |
1O2R |
1O2R |
1O2R |
Katz et al., 2003 |
mature peptidase |
1.65 Å |
1O2S |
1O2S |
1O2S |
1O2S |
1O2S |
1O2S |
Katz et al., 2003 |
mature peptidase |
1.62 Å |
1O2T |
1O2T |
1O2T |
1O2T |
1O2T |
1O2T |
Katz et al., 2003 |
mature peptidase |
1.41 Å |
1O2U |
1O2U |
1O2U |
1O2U |
1O2U |
1O2U |
Katz et al., 2003 |
mature peptidase |
1.50 Å |
1O2V |
1O2V |
1O2V |
1O2V |
1O2V |
1O2V |
Katz et al., 2003 |
mature peptidase |
1.38 Å |
1O2W |
1O2W |
1O2W |
1O2W |
1O2W |
1O2W |
Katz et al., 2003 |
mature peptidase |
1.46 Å |
1O2X |
1O2X |
1O2X |
1O2X |
1O2X |
1O2X |
Katz et al., 2003 |
mature peptidase |
1.45 Å |
1O2Y |
1O2Y |
1O2Y |
1O2Y |
1O2Y |
1O2Y |
Katz et al., 2003 |
mature peptidase |
1.65 Å |
1O2Z |
1O2Z |
1O2Z |
1O2Z |
1O2Z |
1O2Z |
Katz et al., 2003 |
mature peptidase |
1.55 Å |
1O30 |
1O30 |
1O30 |
1O30 |
1O30 |
1O30 |
Katz et al., 2003 |
mature peptidase |
1.66 Å |
1O31 |
1O31 |
1O31 |
1O31 |
1O31 |
1O31 |
Katz et al., 2003 |
mature peptidase |
1.78 Å |
1O32 |
1O32 |
1O32 |
1O32 |
1O32 |
1O32 |
Katz et al., 2003 |
mature peptidase |
1.46 Å |
1O33 |
1O33 |
1O33 |
1O33 |
1O33 |
1O33 |
Katz et al., 2003 |
mature peptidase |
1.50 Å |
1O34 |
1O34 |
1O34 |
1O34 |
1O34 |
1O34 |
Katz et al., 2003 |
mature peptidase |
1.41 Å |
1O35 |
1O35 |
1O35 |
1O35 |
1O35 |
1O35 |
Katz et al., 2003 |
mature peptidase |
1.70 Å |
1O36 |
1O36 |
1O36 |
1O36 |
1O36 |
1O36 |
Katz et al., 2003 |
mature peptidase |
1.45 Å |
1O37 |
1O37 |
1O37 |
1O37 |
1O37 |
1O37 |
Katz et al., 2003 |
mature peptidase |
1.38 Å |
1O38 |
1O38 |
1O38 |
1O38 |
1O38 |
1O38 |
Katz et al., 2003 |
mature peptidase |
1.59 Å |
1O39 |
1O39 |
1O39 |
1O39 |
1O39 |
1O39 |
Katz et al., 2003 |
mature peptidase |
2.00 Å |
1O3A |
1O3A |
1O3A |
1O3A |
1O3A |
1O3A |
Katz et al., 2003 |
mature peptidase |
1.75 Å |
1O3B |
1O3B |
1O3B |
1O3B |
1O3B |
1O3B |
Katz et al., 2003 |
mature peptidase |
1.64 Å |
1O3C |
1O3C |
1O3C |
1O3C |
1O3C |
1O3C |
Katz et al., 2003 |
mature peptidase |
1.33 Å |
1O3D |
1O3D |
1O3D |
1O3D |
1O3D |
1O3D |
Katz et al., 2003 |
mature peptidase |
1.64 Å |
1O3E |
1O3E |
1O3E |
1O3E |
1O3E |
1O3E |
Katz et al., 2003 |
mature peptidase |
1.55 Å |
1O3F |
1O3F |
1O3F |
1O3F |
1O3F |
1O3F |
Katz et al., 2003 |
mature peptidase |
1.55 Å |
1O3G |
1O3G |
1O3G |
1O3G |
1O3G |
1O3G |
Katz et al., 2003 |
mature peptidase |
1.53 Å |
1O3H |
1O3H |
1O3H |
1O3H |
1O3H |
1O3H |
Katz et al., 2003 |
mature peptidase |
1.51 Å |
1O3I |
1O3I |
1O3I |
1O3I |
1O3I |
1O3I |
Katz et al., 2003 |
mature peptidase |
1.40 Å |
1O3J |
1O3J |
1O3J |
1O3J |
1O3J |
1O3J |
Katz et al., 2003 |
mature peptidase |
1.43 Å |
1O3K |
1O3K |
1O3K |
1O3K |
1O3K |
1O3K |
Katz et al., 2003 |
mature peptidase |
1.40 Å |
1O3L |
1O3L |
1O3L |
1O3L |
1O3L |
1O3L |
Katz et al., 2003 |
mature peptidase |
1.55 Å |
1O3M |
1O3M |
1O3M |
1O3M |
1O3M |
1O3M |
Katz et al., 2003 |
mature peptidase |
1.55 Å |
1O3N |
1O3N |
1O3N |
1O3N |
1O3N |
1O3N |
Katz et al., 2003 |
mature peptidase |
1.55 Å |
1O3O |
1O3O |
1O3O |
1O3O |
1O3O |
1O3O |
Katz et al., 2003 |
non-covalent complex between alpha-1-pi-pittsburgh and s195a trypsin |
2.30 Å |
1OPH |
1OPH |
1OPH |
1OPH |
1OPH |
1OPH |
Dementiev et al., 2003 |
complex with a synthetic 11 peptide inhibitor |
2.00 Å |
1OX1 |
1OX1 |
1OX1 |
1OX1 |
1OX1 |
1OX1 |
|
trypsin inhibitor complex |
1.90 Å |
1OYQ |
1OYQ |
1OYQ |
1OYQ |
1OYQ |
1OYQ |
Nar et al., 2001 |
structural consequences of accommodation of four non- cognate amino-acid residues in the s1 pocket of bovine trypsin and chymotrypsin |
1.65 Å |
1P2I |
1P2I |
1P2I |
1P2I |
1P2I |
1P2I |
Helland et al., 2003 |
structural consequences of accommodation of four non- cognate amino-acid residues in the s1 pocket of bovine trypsin and chymotrypsin |
1.35 Å |
1P2J |
1P2J |
1P2J |
1P2J |
1P2J |
1P2J |
Helland et al., 2003 |
structural consequences of accommodation of four non- cognate amino-acid residues in the s1 pocket of bovine trypsin and chymotrypsin |
1.60 Å |
1P2K |
1P2K |
1P2K |
1P2K |
1P2K |
1P2K |
Helland et al., 2003 |
complex with NAPAP |
1.80 Å |
1PPC |
1PPC |
1PPC |
1PPC |
1PPC |
1PPC |
Bode et al., 1990 |
complex with squash trypsin inhibitor |
2.00 Å |
1PPE |
1PPE |
1PPE |
1PPE |
1PPE |
1PPE |
Bode et al., 1989 |
complex with 3-TAPAP |
1.90 Å |
1PPH |
1PPH |
1PPH |
1PPH |
1PPH |
1PPH |
Turk et al., 1991 |
complex with 2-aminobenzimidazole |
1.80 Å |
1QA0 |
1QA0 |
1QA0 |
1QA0 |
1QA0 |
1QA0 |
Whitlow et al., 1999 |
complex with ZK-806974 inhibitor |
1.80 Å |
1QB1 |
1QB1 |
1QB1 |
1QB1 |
1QB1 |
1QB1 |
Whitlow et al., 1999 |
complex with ZK-805623 inhibitor |
1.80 Å |
1QB6 |
1QB6 |
1QB6 |
1QB6 |
1QB6 |
1QB6 |
Whitlow et al., 1999 |
complex with ZK-806450 inhibitor |
1.80 Å |
1QB9 |
1QB9 |
1QB9 |
1QB9 |
1QB9 |
1QB9 |
Whitlow et al., 1999 |
complex with ZK-806688 inhibitor |
1.80 Å |
1QBN |
1QBN |
1QBN |
1QBN |
1QBN |
1QBN |
Whitlow et al., 1999 |
complex with ZK-806711 inhibitor |
1.80 Å |
1QBO |
1QBO |
1QBO |
1QBO |
1QBO |
1QBO |
Whitlow et al., 1999 |
complex with RWJ-51084 inhibitor |
1.80 Å |
1QCP |
1QCP |
1QCP |
1QCP |
1QCP |
1QCP |
Recacha et al., 1999 |
complex with [4-(6-chloro-naphthalene-2-sulfonyl)-piperazin-1-yl]-(3,4,5,6-tetrahydro-2H-[1,4']bipyridinyl-4-yl)-methanone |
2.10 Å |
1QL7 |
1QL7 |
1QL7 |
1QL7 |
1QL7 |
1QL7 |
Stubbs et al., 2002 |
complex with [4-(6-chloro-naphthalene-2-sulfonyl)-piperazin-1-yl]-(3,4,5,6-tetrahydro-2H-[1,4']bipyridinyl-4-yl)-methanone |
3.00 Å |
1QL8 |
1QL8 |
1QL8 |
1QL8 |
1QL8 |
1QL8 |
Stubbs et al., 2002 |
complex with 1-(4-tert-butylcarbamoyl-piperazine-1-carbonyl)-3-(3-guanidino- propyl)-4-oxo-azetidine-2-carboxylic acid |
1.70 Å |
1RXP |
1RXP |
1RXP |
1RXP |
1RXP |
1RXP |
Sutton et al., 2004 |
mature peptidase |
1.02 Å |
1S0Q |
1S0Q |
1S0Q |
1S0Q |
1S0Q |
1S0Q |
|
complex with benzamidine |
1.02 Å |
1S0R |
1S0R |
1S0R |
1S0R |
1S0R |
1S0R |
|
beta-trypsin; complex with mung bean inhibitor lysine active fragment |
1.80 Å |
1SBW |
1SBW |
1SBW |
1SBW |
1SBW |
1SBW |
Zhu et al., 1999 |
complex with sunflower seed serpin inhibitor |
1.65 Å |
1SFI |
1SFI |
1SFI |
1SFI |
1SFI |
1SFI |
Luckett et al., 1999 |
complex with Bowman-Birk inhibitor |
2.10 Å |
1SMF |
1SMF |
1SMF |
1SMF |
1SMF |
1SMF |
Li et al., 1994 |
complex with adzuki bean Bowman-Birk inhibitor |
2.30 Å |
1TAB |
1TAB |
1TAB |
1TAB |
1TAB |
1TAB |
Tsunogae et al., 1986 |
complex with inhibitor domain from Alzheimer's amyloid beta protein precursor |
1.80 Å |
1TAW |
1TAW |
1TAW |
1TAW |
1TAW |
1TAW |
Scheidig et al., 1997 |
precursor |
1.80 Å |
1TGB |
1TGB |
1TGB |
1TGB |
1TGB |
1TGB |
Fehlhammer et al., 1977 |
precursor, in 50% methanol |
1.80 Å |
1TGC |
1TGC |
1TGC |
1TGC |
1TGC |
1TGC |
|
precursor |
1.65 Å |
1TGN |
1TGN |
1TGN |
1TGN |
1TGN |
1TGN |
Kossiakoff et al., 1977 |
complex with pig secretory trypsin inhibitor |
1.80 Å |
1TGS |
1TGS |
1TGS |
1TGS |
1TGS |
1TGS |
Bolognesi et al., 1982 |
precursor at 173 degrees |
1.70 Å |
1TGT |
1TGT |
1TGT |
1TGT |
1TGT |
1TGT |
|
beta-trypsin; high-packing density form in cyclohexane |
1.93 Å |
1TIO |
1TIO |
1TIO |
1TIO |
1TIO |
1TIO |
Zhu et al., 1998 |
beta-trypsin, orthorhombic at pH 5.3 |
1.50 Å |
1TLD |
1TLD |
1TLD |
1TLD |
1TLD |
1TLD |
Bartunik et al., 1989 |
complex with aminomethylcyclohexane |
1.80 Å |
1TNG |
1TNG |
1TNG |
1TNG |
1TNG |
1TNG |
Kurinov & Harrison, 1994 |
complex with 4-fluorobenzylamine |
1.80 Å |
1TNH |
1TNH |
1TNH |
1TNH |
1TNH |
1TNH |
Kurinov & Harrison, 1994 |
complex with 4-phenylbutylamine |
1.90 Å |
1TNI |
1TNI |
1TNI |
1TNI |
1TNI |
1TNI |
Kurinov & Harrison, 1994 |
complex with 2-phenylethylamine |
1.80 Å |
1TNJ |
1TNJ |
1TNJ |
1TNJ |
1TNJ |
1TNJ |
Kurinov & Harrison, 1994 |
complex with 3-phenylpropylamine |
1.80 Å |
1TNK |
1TNK |
1TNK |
1TNK |
1TNK |
1TNK |
Kurinov & Harrison, 1994 |
complex with tranylcypromine |
1.90 Å |
1TNL |
1TNL |
1TNL |
1TNL |
1TNL |
1TNL |
Kurinov & Harrison, 1994 |
anhydro-trypsin; complex with pancreatic trypsin inhibitor |
1.90 Å |
1TPA |
1TPA |
1TPA |
1TPA |
1TPA |
1TPA |
Marquart et al., 1983 |
beta-trypsin at pH 5.0 |
1.70 Å |
1TPO |
1TPO |
1TPO |
1TPO |
1TPO |
1TPO |
|
beta-trypsin; complex with p-amidino-phenyl pyruvate |
1.40 Å |
1TPP |
1TPP |
1TPP |
1TPP |
1TPP |
1TPP |
Marquart et al., 1983 |
complex with inhibitor A90720A |
1.90 Å |
1TPS |
1TPS |
1TPS |
1TPS |
1TPS |
1TPS |
Lee et al., 1994 |
bovine trypsin complexed with p- amidinophenylmethylphosphinic acid (ampa) |
1.75 Å |
1TX7 |
1TX7 |
1TX7 |
1TX7 |
1TX7 |
1TX7 |
Cui et al., 2002 |
bovine trypsin complexed with amso |
1.70 Å |
1TX8 |
1TX8 |
1TX8 |
1TX8 |
1TX8 |
1TX8 |
Rumthao et al., 2004 |
complex with cyclotheonamide A |
2.00 Å |
1TYN |
1TYN |
1TYN |
1TYN |
1TYN |
1TYN |
|
trypsin specificity as elucidated by lie calculations, x- ray structures and association constant measurements |
1.15 Å |
1UTN |
1UTN |
1UTN |
1UTN |
1UTN |
1UTN |
Leiros et al., 2004 |
trypsin specificity as elucidated by lie calculations, x- ray structures and association constant measurements |
1.15 Å |
1UTO |
1UTO |
1UTO |
1UTO |
1UTO |
1UTO |
Leiros et al., 2004 |
trypsin specificity as elucidated by lie calculations, x- ray structures and association constant measurements |
1.30 Å |
1UTP |
1UTP |
1UTP |
1UTP |
1UTP |
1UTP |
Leiros et al., 2004 |
trypsin specificity as elucidated by lie calculations, x- ray structures and association constant measurements |
1.15 Å |
1UTQ |
1UTQ |
1UTQ |
1UTQ |
1UTQ |
1UTQ |
Leiros et al., 2004 |
benzamidine in complex with bovine trypsin variant x(ssri) bt.c1 |
1.90 Å |
1V2J |
1V2J |
1V2J |
1V2J |
1V2J |
1V2J |
Rauh et al., 2004 |
variant X(triple.Glu)BT.D2; complex with factor Xa specific inhibitor |
2.00 Å |
1V2K |
1V2K |
1V2K |
1V2K |
1V2K |
1V2K |
Rauh et al., 2004 |
variant X(triple.Glu)BT.D2; complex with benzamidine |
1.60 Å |
1V2L |
1V2L |
1V2L |
1V2L |
1V2L |
1V2L |
Rauh et al., 2004 |
variant X(triple.Glu)BT.A1; complex with benzamidine |
1.65 Å |
1V2M |
1V2M |
1V2M |
1V2M |
1V2M |
1V2M |
Rauh et al., 2004 |
potent factor xa inhibitor in complex with bovine trypsin variant x(99/175/190)bt |
1.80 Å |
1V2N |
1V2N |
1V2N |
1V2N |
1V2N |
1V2N |
Rauh et al., 2004 |
trypsin inhibitor in complex with bovine trypsin variant x(ssyi)bt.b4 |
1.62 Å |
1V2O |
1V2O |
1V2O |
1V2O |
1V2O |
1V2O |
Rauh et al., 2004 |
trypsin inhibitor in complex with bovine trypsin variant x(ssyi)bt.a4 |
1.92 Å |
1V2P |
1V2P |
1V2P |
1V2P |
1V2P |
1V2P |
Rauh et al., 2004 |
trypsin inhibitor in complex with bovine trypsin variant x(sswi)bt.b4 |
2.30 Å |
1V2Q |
1V2Q |
1V2Q |
1V2Q |
1V2Q |
1V2Q |
Rauh et al., 2004 |
trypsin inhibitor in complex with bovine trypsin variant x(ssri)bt.b4 |
1.70 Å |
1V2R |
1V2R |
1V2R |
1V2R |
1V2R |
1V2R |
Rauh et al., 2004 |
benzamidine in complex with bovine trypsin variant x(ssfi.glu)bt.d1 |
1.72 Å |
1V2S |
1V2S |
1V2S |
1V2S |
1V2S |
1V2S |
Rauh et al., 2004 |
trypsin inhibitor in complex with bovine trypsin variant x(ssfi.glu)bt.b4 |
1.90 Å |
1V2T |
1V2T |
1V2T |
1V2T |
1V2T |
1V2T |
Rauh et al., 2004 |
benzamidine in complex with bovine trypsin varinat x(ssai) bt.d1 |
1.80 Å |
1V2U |
1V2U |
1V2U |
1V2U |
1V2U |
1V2U |
Rauh et al., 2004 |
benzamidine in complex with bovine trypsin variant x(ssai) bt.c1 |
1.80 Å |
1V2V |
1V2V |
1V2V |
1V2V |
1V2V |
1V2V |
Rauh et al., 2004 |
trypsin inhibitor in complex with bovine trypsin variant x(ssai)bt.b4 |
1.75 Å |
1V2W |
1V2W |
1V2W |
1V2W |
1V2W |
1V2W |
Rauh et al., 2004 |
complex with bis(5-amidino-benzimidazolyl) methane zinc |
2.04 Å |
1XUF |
1XUF |
1XUF |
1XUF |
1XUF |
1XUF |
Katz et al., 1998 |
complex with bis(5-amidino-benzimidazolyl) methane |
1.50 Å |
1XUG |
1XUG |
1XUG |
1XUG |
1XUG |
1XUG |
Katz et al., 1998 |
complex with bis(5-amidino-2-benzimidazolyl)methanone and cobalt, pH 8.2 |
2.37 Å |
1XUH |
1XUH |
1XUH |
1XUH |
1XUH |
1XUH |
Katz et al., 1998 |
complex with bis(5-amidino-2-benzimidazolyl)methanone, pH 8.2 |
1.50 Å |
1XUI |
1XUI |
1XUI |
1XUI |
1XUI |
1XUI |
Katz et al., 1998 |
complex with bis(5-amidino-2-benzimidazolyl)methanone zinc, pH 8.2 |
1.92 Å |
1XUJ |
1XUJ |
1XUJ |
1XUJ |
1XUJ |
1XUJ |
Katz et al., 1998 |
complex with bis(5-amidino-2-benzimidazolyl)methanone, pH 5.9 |
2.04 Å |
1XUK |
1XUK |
1XUK |
1XUK |
1XUK |
1XUK |
Katz et al., 1998 |
trypsin inhibitor complex |
1.80 Å |
1Y3U |
1Y3U |
1Y3U |
1Y3U |
1Y3U |
1Y3U |
|
trypsin inhibitor complex |
1.60 Å |
1Y3V |
1Y3V |
1Y3V |
1Y3V |
1Y3V |
1Y3V |
Fokkens & Klebe, 2006 |
trypsin inhibitor complex |
1.80 Å |
1Y3W |
1Y3W |
1Y3W |
1Y3W |
1Y3W |
1Y3W |
Fokkens & Klebe, 2006 |
trypsin inhibitor complex |
1.70 Å |
1Y3X |
1Y3X |
1Y3X |
1Y3X |
1Y3X |
1Y3X |
Fokkens & Klebe, 2006 |
trypsin inhibitor complex |
1.75 Å |
1Y3Y |
1Y3Y |
1Y3Y |
1Y3Y |
1Y3Y |
1Y3Y |
Fokkens & Klebe, 2006 |
dianhydrosugar-based benzamidine, factor xa specific inhibitor in complex with bovine trypsin mutant |
1.20 Å |
1Y59 |
1Y59 |
1Y59 |
1Y59 |
1Y59 |
1Y59 |
Di et al., 2007 |
dianhydrosugar-based benzamidine, factor xa specific inhibitor in complex with bovine trypsin mutant |
1.40 Å |
1Y5A |
1Y5A |
1Y5A |
1Y5A |
1Y5A |
1Y5A |
Di et al., 2007 |
dianhydrosugar-based benzamidine, factor xa specific inhibitor in complex with bovine trypsin mutant |
1.65 Å |
1Y5B |
1Y5B |
1Y5B |
1Y5B |
1Y5B |
1Y5B |
Di et al., 2007 |
dianhydrosugar-based benzamidine, factor xa specific inhibitor in complex with bovine trypsin mutant |
1.60 Å |
1Y5U |
1Y5U |
1Y5U |
1Y5U |
1Y5U |
1Y5U |
Di et al., 2007 |
trypsin inhibitor complex |
2.10 Å |
1YP9 |
1YP9 |
1YP9 |
1YP9 |
1YP9 |
1YP9 |
Fokkens & Klebe, 2006 |
complex with 4-sulfonylbenzene-norVal-3-piperidyl-N-guanidino-L-Ala inhibitor |
2.10 Å |
1YYY |
1YYY |
1YYY |
1YYY |
1YYY |
1YYY |
Krishnan et al., 1998 |
complex with Kunitz domain 1 of tissue factor pathway inhibitor-2 |
1.80 Å |
1ZR0 |
1ZR0 |
1ZR0 |
1ZR0 |
1ZR0 |
1ZR0 |
Schmidt et al., 2005 |
complex with SO2-norVal-Gly-3-piperidyl-N-guanidino-L-Ala |
1.90 Å |
1ZZZ |
1ZZZ |
1ZZZ |
1ZZZ |
1ZZZ |
1ZZZ |
Krishnan et al., 1998 |
mature peptidase |
2.10 Å |
2A7H |
2A7H |
2A7H |
2A7H |
2A7H |
2A7H |
Mueller-Dieckmann et al., 2005 |
succinyl-aapr-trypsin acyl-enzyme at 1.15 a resolution |
1.15 Å |
2AGE |
2AGE |
2AGE |
2AGE |
2AGE |
2AGE |
Radisky et al., 2006 |
succinyl-aapk-trypsin acyl-enzyme at 1.28 a resolution |
1.28 Å |
2AGG |
2AGG |
2AGG |
2AGG |
2AGG |
2AGG |
Radisky et al., 2006 |
complex with leupeptin |
1.14 Å |
2AGI |
2AGI |
2AGI |
2AGI |
2AGI |
2AGI |
Radisky et al., 2006 |
guanidinobenzoyl-trypsin acyl-enzyme at 1.13 a resolution |
1.13 Å |
2AH4 |
2AH4 |
2AH4 |
2AH4 |
2AH4 |
2AH4 |
Radisky et al., 2006 |
complex with 2-3'-[5'-methoxy-2'-(N-p-diaminomethylphenyl)amido]-1'-pyrido-5-(N-2''-t-butylethanol)amidobenzoic acid and benzamidine |
0.97 Å |
2AYW |
2AYW |
2AYW |
2AYW |
2AYW |
2AYW |
Sherawat et al., 2007 |
trypsin before a high dose x-ray "burn" |
1.20 Å |
2BLV |
2BLV |
2BLV |
2BLV |
2BLV |
2BLV |
Nanao et al., 2005 |
trypsin after a high dose x-ray "burn" |
1.20 Å |
2BLW |
2BLW |
2BLW |
2BLW |
2BLW |
2BLW |
Nanao et al., 2005 |
complex with squash seed inhibitor |
1.50 Å |
2BTC |
2BTC |
2BTC |
2BTC |
2BTC |
2BTC |
Helland et al., 1999 |
mature peptidase |
1.30 Å |
2BY5 |
2BY5 |
2BY5 |
2BY5 |
2BY5 |
2BY5 |
Leiros et al., 2006 |
mature peptidase |
1.30 Å |
2BY6 |
2BY6 |
2BY6 |
2BY6 |
2BY6 |
2BY6 |
Leiros et al., 2006 |
mature peptidase |
1.30 Å |
2BY7 |
2BY7 |
2BY7 |
2BY7 |
2BY7 |
2BY7 |
Leiros et al., 2006 |
mature peptidase |
1.30 Å |
2BY8 |
2BY8 |
2BY8 |
2BY8 |
2BY8 |
2BY8 |
Leiros et al., 2006 |
mature peptidase |
1.30 Å |
2BY9 |
2BY9 |
2BY9 |
2BY9 |
2BY9 |
2BY9 |
Leiros et al., 2006 |
mature peptidase |
1.30 Å |
2BYA |
2BYA |
2BYA |
2BYA |
2BYA |
2BYA |
Leiros et al., 2006 |
complex with benzylamine |
1.90 Å |
2BZA |
2BZA |
2BZA |
2BZA |
2BZA |
2BZA |
Ota et al., 1999 |
complex with Veronica trypsin inhibitor |
2.25 Å |
2CMY |
2CMY |
2CMY |
2CMY |
2CMY |
2CMY |
Conners et al., 2007 |
structure of hyper-vil-trypsin |
2.00 Å |
2D8W |
2D8W |
2D8W |
2D8W |
2D8W |
2D8W |
Miyatake et al., 2006 |
complex with infestin 1 |
2.50 Å |
2F3C |
2F3C |
2F3C |
2F3C |
2F3C |
2F3C |
Campos et al., 2012 |
complex with BPTI variant (Cys14Ser, Cys38Ser) |
1.58 Å |
2FI3 |
2FI3 |
2FI3 |
2FI3 |
2FI3 |
2FI3 |
Zakharova et al., 2008 |
complex with BPTI variant (Cys14Ser) |
1.58 Å |
2FI4 |
2FI4 |
2FI4 |
2FI4 |
2FI4 |
2FI4 |
Zakharova et al., 2008 |
complex with BPTI variant (Cys38Ser) |
1.58 Å |
2FI5 |
2FI5 |
2FI5 |
2FI5 |
2FI5 |
2FI5 |
Zakharova et al., 2008 |
complex with BPTI at 100K |
1.62 Å |
2FTL |
2FTL |
2FTL |
2FTL |
2FTL |
2FTL |
Hanson et al., 2007 |
complex with the BPTI variant (Tyr35Gly) |
1.65 Å |
2FTM |
2FTM |
2FTM |
2FTM |
2FTM |
2FTM |
Hanson et al., 2007 |
bovine trypsin bound by 4-piperidinebutyrate to make acylenzyme complex |
1.65 Å |
2FX4 |
2FX4 |
2FX4 |
2FX4 |
2FX4 |
2FX4 |
McGrath et al., 2006 |
bovine trypsin complexed with 2-aminobenzamidazole |
1.57 Å |
2FX6 |
2FX6 |
2FX6 |
2FX6 |
2FX6 |
2FX6 |
McGrath et al., 2006 |
anomalous substructure of trypsin (p3121) |
1.82 Å |
2G55 |
2G55 |
2G55 |
2G55 |
2G55 |
2G55 |
Mueller-Dieckmann et al., 2007 |
complex with indole-amidine |
1.51 Å |
2G5N |
2G5N |
2G5N |
2G5N |
2G5N |
2G5N |
|
indole-amidine complexes with bovine trypsin |
1.45 Å |
2G5V |
2G5V |
2G5V |
2G5V |
2G5V |
2G5V |
|
complex with Bowman-Birk inhibitor from Vigna unguiculata seeds |
1.55 Å |
2G81 |
2G81 |
2G81 |
2G81 |
2G81 |
2G81 |
Barbosa et al., 2007 |
indole-amidine complexes with bovine trypsin |
1.41 Å |
2G8T |
2G8T |
2G8T |
2G8T |
2G8T |
2G8T |
|
complex with Bowman-Birk inhibitor from snail medic |
2.00 Å |
2ILN |
2ILN |
2ILN |
2ILN |
2ILN |
2ILN |
Capaldi et al., 2007 |
complex with benzamidine containing polypeptide mediated crystal contacts |
1.50 Å |
2J9N |
2J9N |
2J9N |
2J9N |
2J9N |
2J9N |
Viola et al., 2007 |
the crystal structure of bovine trypsin complexed with a small inhibition peptide orb2k |
1.70 Å |
2O9Q |
2O9Q |
2O9Q |
2O9Q |
2O9Q |
2O9Q |
|
complex with nicotinamide |
1.56 Å |
2OTV |
2OTV |
2OTV |
2OTV |
2OTV |
2OTV |
|
complex with benzamidine at high temperature (35 c) |
1.32 Å |
2OXS |
2OXS |
2OXS |
2OXS |
2OXS |
2OXS |
|
complex with synthetic peptide derived from Veronica trypsin inhibitor |
1.56 Å |
2PLX |
2PLX |
2PLX |
2PLX |
2PLX |
2PLX |
Conners et al., 2007 |
complex with pancreatic trypsin inhibitor |
1.90 Å |
2PTC |
2PTC |
2PTC |
2PTC |
2PTC |
2PTC |
|
orthorhombic |
1.55 Å |
2PTN |
2PTN |
2PTN |
2PTN |
2PTN |
2PTN |
|
complex with Bowman-Birk inhibitor from rice bran |
3.00 Å |
2QN5 |
2QN5 |
2QN5 |
2QN5 |
2QN5 |
2QN5 |
Lin et al., 2006 |
complex with engineered trypsin inhibitor |
2.60 Å |
2QYI |
2QYI |
2QYI |
2QYI |
2QYI |
2QYI |
Khamrui et al., 2005 |
precursor |
1.80 Å |
2TGA |
2TGA |
2TGA |
2TGA |
2TGA |
2TGA |
|
precursor; complex with diisopropylphosphoryl |
2.10 Å |
2TGD |
2TGD |
2TGD |
2TGD |
2TGD |
2TGD |
|
precursor; complex with pancreatic trypsin inhibitor |
1.90 Å |
2TGP |
2TGP |
2TGP |
2TGP |
2TGP |
2TGP |
|
precursor at 103 degrees |
1.70 Å |
2TGT |
2TGT |
2TGT |
2TGT |
2TGT |
2TGT |
|
low packing density form in cyclohexane |
1.93 Å |
2TIO |
2TIO |
2TIO |
2TIO |
2TIO |
2TIO |
Zhu et al., 1998 |
complex with modified Streptomyces subtilisin inhibitor |
2.60 Å |
2TLD |
2TLD |
2TLD |
2TLD |
2TLD |
2TLD |
Takeuchi et al., 1992 |
precursor; complex with pancreatic trypsin inhibitor |
2.10 Å |
2TPI |
2TPI |
2TPI |
2TPI |
2TPI |
2TPI |
|
structure of a tick tryptase inhibitor in complex with bovine trypsin |
1.15 Å |
2UUY |
2UUY |
2UUY |
2UUY |
2UUY |
2UUY |
Paesen et al., 2007 |
mature peptidase |
0.93 Å |
2XTT |
2XTT |
2XTT |
2XTT |
2XTT |
2XTT |
Wahlgren et al., 2011 |
exploring trypsin s3 pocket |
1.67 Å |
2ZDK |
2ZDK |
2ZDK |
2ZDK |
2ZDK |
2ZDK |
Brandt et al., 2011 |
exploring trypsin s3 pocket |
1.80 Å |
2ZDL |
2ZDL |
2ZDL |
2ZDL |
2ZDL |
2ZDL |
Brandt et al., 2011 |
exploring trypsin s3 pocket |
1.93 Å |
2ZDM |
2ZDM |
2ZDM |
2ZDM |
2ZDM |
2ZDM |
Brandt et al., 2011 |
exploring trypsin s3 pocket |
1.98 Å |
2ZDN |
2ZDN |
2ZDN |
2ZDN |
2ZDN |
2ZDN |
Brandt et al., 2011 |
exploring trypsin s3 pocket |
1.51 Å |
2ZFS |
2ZFS |
2ZFS |
2ZFS |
2ZFS |
2ZFS |
Brandt et al., 2011 |
exploring trypsin s3 pocket |
1.76 Å |
2ZFT |
2ZFT |
2ZFT |
2ZFT |
2ZFT |
2ZFT |
Brandt et al., 2011 |
exploring trypsin s3 pocket |
1.94 Å |
2ZHD |
2ZHD |
2ZHD |
2ZHD |
2ZHD |
2ZHD |
Brandt et al., 2011 |
mature peptidase |
1.68 Å |
2ZQ1 |
2ZQ1 |
2ZQ1 |
2ZQ1 |
2ZQ1 |
2ZQ1 |
Brandt et al., 2011 |
mature peptidase |
1.40 Å |
2ZQ2 |
2ZQ2 |
2ZQ2 |
2ZQ2 |
2ZQ2 |
2ZQ2 |
Brandt et al., 2011 |
mature peptidase |
1.75 Å |
3A7T |
3A7T |
3A7T |
3A7T |
3A7T |
3A7T |
|
mature peptidase |
1.75 Å |
3A7V |
3A7V |
3A7V |
3A7V |
3A7V |
3A7V |
|
mature peptidase |
1.75 Å |
3A7W |
3A7W |
3A7W |
3A7W |
3A7W |
3A7W |
|
mature peptidase |
1.75 Å |
3A7X |
3A7X |
3A7X |
3A7X |
3A7X |
3A7X |
|
mature peptidase |
1.81 Å |
3A7Y |
3A7Y |
3A7Y |
3A7Y |
3A7Y |
3A7Y |
|
mature peptidase |
1.80 Å |
3A7Z |
3A7Z |
3A7Z |
3A7Z |
3A7Z |
3A7Z |
|
mature peptidase |
1.75 Å |
3A80 |
3A80 |
3A80 |
3A80 |
3A80 |
3A80 |
|
mature peptidase |
1.78 Å |
3A81 |
3A81 |
3A81 |
3A81 |
3A81 |
3A81 |
|
mature peptidase |
1.75 Å |
3A82 |
3A82 |
3A82 |
3A82 |
3A82 |
3A82 |
|
mature peptidase |
1.78 Å |
3A83 |
3A83 |
3A83 |
3A83 |
3A83 |
3A83 |
|
mature peptidase |
1.75 Å |
3A84 |
3A84 |
3A84 |
3A84 |
3A84 |
3A84 |
|
mature peptidase |
1.75 Å |
3A85 |
3A85 |
3A85 |
3A85 |
3A85 |
3A85 |
|
mature peptidase |
1.75 Å |
3A86 |
3A86 |
3A86 |
3A86 |
3A86 |
3A86 |
|
mature peptidase |
1.75 Å |
3A87 |
3A87 |
3A87 |
3A87 |
3A87 |
3A87 |
|
mature peptidase |
1.75 Å |
3A88 |
3A88 |
3A88 |
3A88 |
3A88 |
3A88 |
|
mature peptidase |
1.80 Å |
3A89 |
3A89 |
3A89 |
3A89 |
3A89 |
3A89 |
|
mature peptidase |
1.40 Å |
3A8A |
3A8A |
3A8A |
3A8A |
3A8A |
3A8A |
|
mature peptidase |
1.75 Å |
3A8B |
3A8B |
3A8B |
3A8B |
3A8B |
3A8B |
|
mature peptidase |
1.85 Å |
3A8C |
3A8C |
3A8C |
3A8C |
3A8C |
3A8C |
|
mature peptidase |
1.75 Å |
3A8D |
3A8D |
3A8D |
3A8D |
3A8D |
3A8D |
|
mature peptidase |
1.75 Å |
3AAS |
3AAS |
3AAS |
3AAS |
3AAS |
3AAS |
Iyaguchi et al., 2010 |
mature peptidase |
1.80 Å |
3AAU |
3AAU |
3AAU |
3AAU |
3AAU |
3AAU |
Iyaguchi et al., 2010 |
mature peptidase |
1.70 Å |
3AAV |
3AAV |
3AAV |
3AAV |
3AAV |
3AAV |
Iyaguchi et al., 2010 |
mature peptidase |
1.71 Å |
3ATI |
3ATI |
3ATI |
3ATI |
3ATI |
3ATI |
|
mature peptidase |
1.74 Å |
3ATK |
3ATK |
3ATK |
3ATK |
3ATK |
3ATK |
|
mature peptidase |
1.74 Å |
3ATL |
3ATL |
3ATL |
3ATL |
3ATL |
3ATL |
|
mature peptidase |
1.72 Å |
3ATM |
3ATM |
3ATM |
3ATM |
3ATM |
3ATM |
|
complex with bovine pancreatic trypsin inhibitor Lys15Asp and Met52Leu mutant |
1.90 Å |
3BTD |
3BTD |
3BTD |
3BTD |
3BTD |
3BTD |
Helland et al., 1999 |
complex with bovine pancreatic trypsin inhibitor Lys50Glu and Met87Leu mutant |
1.85 Å |
3BTE |
3BTE |
3BTE |
3BTE |
3BTE |
3BTE |
Helland et al., 1999 |
complex with bovine pancreatic trypsin inhibitor Lys15Phe and Met52Leu mutant |
1.80 Å |
3BTF |
3BTF |
3BTF |
3BTF |
3BTF |
3BTF |
Helland et al., 1999 |
complex with bovine pancreatic trypsin inhibitor Lys15Gly and Met52Leu mutant |
1.90 Å |
3BTG |
3BTG |
3BTG |
3BTG |
3BTG |
3BTG |
Helland et al., 1999 |
complex with bovine pancreatic trypsin inhibitor Lys51His and Met52Leu mutant |
1.75 Å |
3BTH |
3BTH |
3BTH |
3BTH |
3BTH |
3BTH |
Helland et al., 1999 |
complex with bovine pancreatic trypsin inhibitor |
1.85 Å |
3BTK |
3BTK |
3BTK |
3BTK |
3BTK |
3BTK |
Helland et al., 1999 |
complex with bovine pancreatic trypsin inhibitor Lys15Met and Met52Leu mutant |
1.80 Å |
3BTM |
3BTM |
3BTM |
3BTM |
3BTM |
3BTM |
Helland et al., 1999 |
complex with bovine pancreatic trypsin inhibitor Lys15Gln and Met52Leu mutant |
1.90 Å |
3BTQ |
3BTQ |
3BTQ |
3BTQ |
3BTQ |
3BTQ |
Helland et al., 1999 |
complex with bovine pancreatic trypsin inhibitor Lys15Thr and Met52Leu mutant |
1.90 Å |
3BTT |
3BTT |
3BTT |
3BTT |
3BTT |
3BTT |
Helland et al., 1999 |
complex with bovine pancreatic trypsin inhibitor Lys15Trp and Met52Leu mutant |
2.05 Å |
3BTW |
3BTW |
3BTW |
3BTW |
3BTW |
3BTW |
Helland et al., 1999 |
complex with textilinin-1 |
1.64 Å |
3D65 |
3D65 |
3D65 |
3D65 |
3D65 |
3D65 |
|
mature peptidase |
2.48 Å |
3E8L |
3E8L |
3E8L |
3E8L |
3E8L |
3E8L |
Bao et al., 2009 |
mature peptidase |
1.57 Å |
3GY2 |
3GY2 |
3GY2 |
3GY2 |
3GY2 |
3GY2 |
Perilo et al., 2010 |
mature peptidase |
1.70 Å |
3GY3 |
3GY3 |
3GY3 |
3GY3 |
3GY3 |
3GY3 |
Perilo et al., 2010 |
mature peptidase |
1.55 Å |
3GY4 |
3GY4 |
3GY4 |
3GY4 |
3GY4 |
3GY4 |
Perilo et al., 2010 |
mature peptidase |
1.57 Å |
3GY5 |
3GY5 |
3GY5 |
3GY5 |
3GY5 |
3GY5 |
Perilo et al., 2010 |
mature peptidase |
1.70 Å |
3GY6 |
3GY6 |
3GY6 |
3GY6 |
3GY6 |
3GY6 |
Perilo et al., 2010 |
mature peptidase |
1.55 Å |
3GY7 |
3GY7 |
3GY7 |
3GY7 |
3GY7 |
3GY7 |
Perilo et al., 2010 |
mature peptidase |
1.75 Å |
3GY8 |
3GY8 |
3GY8 |
3GY8 |
3GY8 |
3GY8 |
Perilo et al., 2010 |
mature peptidase |
2.40 Å |
3I29 |
3I29 |
3I29 |
3I29 |
3I29 |
3I29 |
Majumder et al., 2012 |
mature peptidase |
1.55 Å |
3ITI |
3ITI |
3ITI |
3ITI |
3ITI |
3ITI |
Beck et al., 2009 |
mature peptidase |
1.55 Å |
3LJJ |
3LJJ |
3LJJ |
3LJJ |
3LJJ |
3LJJ |
Brandt et al., 2011 |
mature peptidase |
1.50 Å |
3LJO |
3LJO |
3LJO |
3LJO |
3LJO |
3LJO |
Brandt et al., 2011 |
mature peptidase |
2.20 Å |
3M35 |
3M35 |
3M35 |
3M35 |
3M35 |
3M35 |
Pruitt et al., 2003 |
mature peptidase |
1.70 Å |
3M7Q |
3M7Q |
3M7Q |
3M7Q |
3M7Q |
3M7Q |
Garcia-Fernandez et al., 2012 |
mature peptidase |
0.80 Å |
3MFJ |
3MFJ |
3MFJ |
3MFJ |
3MFJ |
3MFJ |
|
mature peptidase |
0.80 Å |
3MI4 |
3MI4 |
3MI4 |
3MI4 |
3MI4 |
3MI4 |
|
mature peptidase |
1.15 Å |
3NK8 |
3NK8 |
3NK8 |
3NK8 |
3NK8 |
3NK8 |
Vulpetti et al., 2010 |
mature peptidase |
1.12 Å |
3NKK |
3NKK |
3NKK |
3NKK |
3NKK |
3NKK |
Vulpetti et al., 2010 |
mature peptidase |
2.15 Å |
3OTJ |
3OTJ |
3OTJ |
3OTJ |
3OTJ |
3OTJ |
Kawamura et al., 2011 |
mature peptidase |
1.18 Å |
3PLB |
3PLB |
3PLB |
3PLB |
3PLB |
3PLB |
Tziridis et al., 2014 |
mature peptidase |
1.53 Å |
3PLK |
3PLK |
3PLK |
3PLK |
3PLK |
3PLK |
Tziridis et al., 2014 |
mature peptidase |
1.63 Å |
3PLP |
3PLP |
3PLP |
3PLP |
3PLP |
3PLP |
Tziridis et al., 2014 |
mature peptidase |
1.53 Å |
3PM3 |
3PM3 |
3PM3 |
3PM3 |
3PM3 |
3PM3 |
Tziridis et al., 2014 |
mature peptidase |
1.45 Å |
3PMJ |
3PMJ |
3PMJ |
3PMJ |
3PMJ |
3PMJ |
Tziridis et al., 2014 |
beta-trypsin; complex with benzamidine |
1.70 Å |
3PTB |
3PTB |
3PTB |
3PTB |
3PTB |
3PTB |
|
trigonal |
1.70 Å |
3PTN |
3PTN |
3PTN |
3PTN |
3PTN |
3PTN |
|
mature peptidase |
1.63 Å |
3PWB |
3PWB |
3PWB |
3PWB |
3PWB |
3PWB |
Tziridis et al., 2014 |
mature peptidase |
1.60 Å |
3PWC |
3PWC |
3PWC |
3PWC |
3PWC |
3PWC |
Tziridis et al., 2014 |
mature peptidase |
2.00 Å |
3PYH |
3PYH |
3PYH |
3PYH |
3PYH |
3PYH |
Tziridis et al., 2014 |
mature peptidase |
1.70 Å |
3Q00 |
3Q00 |
3Q00 |
3Q00 |
3Q00 |
3Q00 |
Tziridis et al., 2014 |
mature peptidase |
2.08 Å |
3QK1 |
3QK1 |
3QK1 |
3QK1 |
3QK1 |
3QK1 |
Schopfel et al., 2011 |
mature peptidase |
2.26 Å |
3RDZ |
3RDZ |
3RDZ |
3RDZ |
3RDZ |
3RDZ |
Wang et al., 2011 |
mature peptidase |
1.68 Å |
3RU4 |
3RU4 |
3RU4 |
3RU4 |
3RU4 |
3RU4 |
|
mature peptidase |
1.70 Å |
3RXA |
3RXA |
3RXA |
3RXA |
3RXA |
3RXA |
|
mature peptidase |
1.70 Å |
3RXB |
3RXB |
3RXB |
3RXB |
3RXB |
3RXB |
|
mature peptidase |
1.70 Å |
3RXC |
3RXC |
3RXC |
3RXC |
3RXC |
3RXC |
|
mature peptidase |
1.70 Å |
3RXD |
3RXD |
3RXD |
3RXD |
3RXD |
3RXD |
|
mature peptidase |
1.70 Å |
3RXE |
3RXE |
3RXE |
3RXE |
3RXE |
3RXE |
|
mature peptidase |
1.70 Å |
3RXF |
3RXF |
3RXF |
3RXF |
3RXF |
3RXF |
|
mature peptidase |
1.70 Å |
3RXG |
3RXG |
3RXG |
3RXG |
3RXG |
3RXG |
|
mature peptidase |
1.70 Å |
3RXH |
3RXH |
3RXH |
3RXH |
3RXH |
3RXH |
|
mature peptidase |
1.60 Å |
3RXI |
3RXI |
3RXI |
3RXI |
3RXI |
3RXI |
|
mature peptidase |
1.70 Å |
3RXJ |
3RXJ |
3RXJ |
3RXJ |
3RXJ |
3RXJ |
|
mature peptidase |
1.60 Å |
3RXK |
3RXK |
3RXK |
3RXK |
3RXK |
3RXK |
|
mature peptidase |
1.70 Å |
3RXL |
3RXL |
3RXL |
3RXL |
3RXL |
3RXL |
|
mature peptidase |
1.70 Å |
3RXM |
3RXM |
3RXM |
3RXM |
3RXM |
3RXM |
|
mature peptidase |
1.60 Å |
3RXO |
3RXO |
3RXO |
3RXO |
3RXO |
3RXO |
|
mature peptidase |
1.60 Å |
3RXP |
3RXP |
3RXP |
3RXP |
3RXP |
3RXP |
|
mature peptidase |
1.68 Å |
3RXQ |
3RXQ |
3RXQ |
3RXQ |
3RXQ |
3RXQ |
|
mature peptidase |
1.72 Å |
3RXR |
3RXR |
3RXR |
3RXR |
3RXR |
3RXR |
|
mature peptidase |
1.74 Å |
3RXS |
3RXS |
3RXS |
3RXS |
3RXS |
3RXS |
|
mature peptidase |
1.70 Å |
3RXT |
3RXT |
3RXT |
3RXT |
3RXT |
3RXT |
|
mature peptidase |
1.68 Å |
3RXU |
3RXU |
3RXU |
3RXU |
3RXU |
3RXU |
|
mature peptidase |
1.70 Å |
3RXV |
3RXV |
3RXV |
3RXV |
3RXV |
3RXV |
|
mature peptidase |
1.70 Å |
3T25 |
3T25 |
3T25 |
3T25 |
3T25 |
3T25 |
Marshall et al., 2012 |
mature peptidase |
1.70 Å |
3T26 |
3T26 |
3T26 |
3T26 |
3T26 |
3T26 |
Marshall et al., 2012 |
mature peptidase |
1.95 Å |
3T27 |
3T27 |
3T27 |
3T27 |
3T27 |
3T27 |
Marshall et al., 2012 |
mature peptidase |
2.80 Å |
3T28 |
3T28 |
3T28 |
3T28 |
3T28 |
3T28 |
Marshall et al., 2012 |
mature peptidase |
1.75 Å |
3T29 |
3T29 |
3T29 |
3T29 |
3T29 |
3T29 |
Marshall et al., 2012 |
mature peptidase |
1.90 Å |
3TPI |
3TPI |
3TPI |
3TPI |
3TPI |
3TPI |
|
precursor; complex with pancreatic trypsin inhibitor |
1.90 Å |
3TPI |
3TPI |
3TPI |
3TPI |
3TPI |
3TPI |
|
mature peptidase |
1.62 Å |
3UNQ |
3UNQ |
3UNQ |
3UNQ |
3UNQ |
3UNQ |
Tziridis et al., 2014 |
mature peptidase |
1.20 Å |
3UNR |
3UNR |
3UNR |
3UNR |
3UNR |
3UNR |
Fisher et al., 2012 |
mature peptidase |
1.80 Å |
3UNS |
3UNS |
3UNS |
3UNS |
3UNS |
3UNS |
Tziridis et al., 2014 |
mature peptidase |
1.69 Å |
3UOP |
3UOP |
3UOP |
3UOP |
3UOP |
3UOP |
Tziridis et al., 2014 |
mature peptidase |
1.54 Å |
3UPE |
3UPE |
3UPE |
3UPE |
3UPE |
3UPE |
Tziridis et al., 2014 |
mature peptidase |
1.80 Å |
3UQO |
3UQO |
3UQO |
3UQO |
3UQO |
3UQO |
Tziridis et al., 2014 |
mature peptidase |
2.40 Å |
3UQV |
3UQV |
3UQV |
3UQV |
3UQV |
3UQV |
Tziridis et al., 2014 |
mature peptidase |
2.10 Å |
3UUZ |
3UUZ |
3UUZ |
3UUZ |
3UUZ |
3UUZ |
Tziridis et al., 2014 |
mature peptidase |
1.43 Å |
3UWI |
3UWI |
3UWI |
3UWI |
3UWI |
3UWI |
Tziridis et al., 2014 |
mature peptidase |
3.22 Å |
3UY9 |
3UY9 |
3UY9 |
3UY9 |
3UY9 |
3UY9 |
Tziridis et al., 2014 |
mature peptidase |
1.90 Å |
3V0X |
3V0X |
3V0X |
3V0X |
3V0X |
3V0X |
|
mature peptidase |
1.80 Å |
3V12 |
3V12 |
3V12 |
3V12 |
3V12 |
3V12 |
Tziridis et al., 2014 |
mature peptidase |
1.63 Å |
3V13 |
3V13 |
3V13 |
3V13 |
3V13 |
3V13 |
Tziridis et al., 2014 |
mature peptidase |
2.25 Å |
3VEQ |
3VEQ |
3VEQ |
3VEQ |
3VEQ |
3VEQ |
Majumder et al., 2012 |
mature peptidase |
1.94 Å |
3VPK |
3VPK |
3VPK |
3VPK |
3VPK |
3VPK |
Masuda et al., 2013 |
mature peptidase |
1.60 Å |
4AB8 |
4AB8 |
4AB8 |
4AB8 |
4AB8 |
4AB8 |
Newman et al., 2012 |
mature peptidase |
1.20 Å |
4AB9 |
4AB9 |
4AB9 |
4AB9 |
4AB9 |
4AB9 |
Newman et al., 2012 |
mature peptidase |
1.25 Å |
4ABA |
4ABA |
4ABA |
4ABA |
4ABA |
4ABA |
Newman et al., 2012 |
mature peptidase |
1.25 Å |
4ABB |
4ABB |
4ABB |
4ABB |
4ABB |
4ABB |
Newman et al., 2012 |
mature peptidase |
1.25 Å |
4ABD |
4ABD |
4ABD |
4ABD |
4ABD |
4ABD |
Newman et al., 2012 |
mature peptidase |
1.30 Å |
4ABE |
4ABE |
4ABE |
4ABE |
4ABE |
4ABE |
Newman et al., 2012 |
mature peptidase |
1.30 Å |
4ABF |
4ABF |
4ABF |
4ABF |
4ABF |
4ABF |
Newman et al., 2012 |
mature peptidase |
1.52 Å |
4ABG |
4ABG |
4ABG |
4ABG |
4ABG |
4ABG |
Newman et al., 2012 |
mature peptidase |
1.25 Å |
4ABH |
4ABH |
4ABH |
4ABH |
4ABH |
4ABH |
Newman et al., 2012 |
mature peptidase |
1.55 Å |
4ABI |
4ABI |
4ABI |
4ABI |
4ABI |
4ABI |
Tischler et al., 2012 |
mature peptidase |
1.45 Å |
4ABJ |
4ABJ |
4ABJ |
4ABJ |
4ABJ |
4ABJ |
Tischler et al., 2012 |
complex with spinach trypsin inhibitor III (Phe14Ala mutant) |
2.00 Å |
4AOQ |
4AOQ |
4AOQ |
4AOQ |
4AOQ |
4AOQ |
Glotzbach et al., 2013 |
complex with cationic trypsin |
1.70 Å |
4AOR |
4AOR |
4AOR |
4AOR |
4AOR |
4AOR |
Glotzbach et al., 2013 |
mature peptidase |
1.78 Å |
4B1T |
4B1T |
4B1T |
4B1T |
4B1T |
4B1T |
Menzel et al., 2014 |
mature peptidase |
1.89 Å |
4B2A |
4B2A |
4B2A |
4B2A |
4B2A |
4B2A |
Menzel et al., 2014 |
mature peptidase |
1.36 Å |
4B2B |
4B2B |
4B2B |
4B2B |
4B2B |
4B2B |
Menzel et al., 2014 |
mature peptidase |
1.43 Å |
4B2C |
4B2C |
4B2C |
4B2C |
4B2C |
4B2C |
Menzel et al., 2014 |
mature peptidase |
1.80 Å |
4GUX |
4GUX |
4GUX |
4GUX |
4GUX |
4GUX |
|
mature peptidase |
1.29 Å |
4HGC |
4HGC |
4HGC |
4HGC |
4HGC |
4HGC |
Krzywda et al., 2014 |
mature peptidase |
0.80 Å |
4I8G |
4I8G |
4I8G |
4I8G |
4I8G |
4I8G |
Liebschner et al., 2013 |
mature peptidase |
0.75 Å |
4I8H |
4I8H |
4I8H |
4I8H |
4I8H |
4I8H |
Liebschner et al., 2013 |
mature peptidase |
0.87 Å |
4I8J |
4I8J |
4I8J |
4I8J |
4I8J |
4I8J |
Liebschner et al., 2013 |
mature peptidase |
0.85 Å |
4I8K |
4I8K |
4I8K |
4I8K |
4I8K |
4I8K |
Liebschner et al., 2013 |
mature peptidase |
0.87 Å |
4I8L |
4I8L |
4I8L |
4I8L |
4I8L |
4I8L |
Liebschner et al., 2013 |
mature peptidase |
2.00 Å |
4J2Y |
4J2Y |
4J2Y |
4J2Y |
4J2Y |
4J2Y |
Zhou et al., 2013 |
mature peptidase |
1.30 Å |
4KTS |
4KTS |
4KTS |
4KTS |
4KTS |
4KTS |
Weiz et al., 2014 |
mature peptidase |
1.35 Å |
4KTU |
4KTU |
4KTU |
4KTU |
4KTU |
4KTU |
Weiz et al., 2014 |
mature peptidase |
1.22 Å |
4MTB |
4MTB |
4MTB |
4MTB |
4MTB |
4MTB |
|
mature peptidase |
1.42 Å |
4NCY |
4NCY |
4NCY |
4NCY |
4NCY |
4NCY |
Yin et al., 2014 |
mature peptidase |
1.00 Å |
4NIV |
4NIV |
4NIV |
4NIV |
4NIV |
4NIV |
Liebscher et al., 2014 |
mature peptidase |
1.31 Å |
4NIW |
4NIW |
4NIW |
4NIW |
4NIW |
4NIW |
Liebscher et al., 2014 |
mature peptidase |
1.30 Å |
4NIX |
4NIX |
4NIX |
4NIX |
4NIX |
4NIX |
Liebscher et al., 2014 |
mature peptidase |
2.84 Å |
4NIY |
4NIY |
4NIY |
4NIY |
4NIY |
4NIY |
Liebscher et al., 2014 |
beta-trypsin; complex with diisopropylphosphoryl |
1.34 Å |
4PTP |
4PTP |
4PTP |
4PTP |
4PTP |
4PTP |
Finer-Moore et al., 1992 |
precursor; complex with pancreatic trypsin inhibitor Arg15 analogue |
2.20 Å |
4TPI |
4TPI |
4TPI |
4TPI |
4TPI |
4TPI |
Bode et al., 1984 |
mature peptidase |
1.30 Å |
4TPY |
4TPY |
4TPY |
4TPY |
4TPY |
4TPY |
Teplitsky et al., 2015 |
complex with inhibitor (Huia versabilis) |
1.00 Å |
4U2W |
4U2W |
4U2W |
4U2W |
4U2W |
4U2W |
Grudnik et al., 2015 |
mature peptidase |
0.91 Å |
4XOJ |
4XOJ |
4XOJ |
4XOJ |
4XOJ |
4XOJ |
Karna et al., 2015 |
mature peptidase |
1.25 Å |
4Y0Y |
4Y0Y |
4Y0Y |
4Y0Y |
4Y0Y |
4Y0Y |
|
mature peptidase |
1.37 Å |
4Y0Z |
4Y0Z |
4Y0Z |
4Y0Z |
4Y0Z |
4Y0Z |
|
mature peptidase |
1.37 Å |
4Y10 |
4Y10 |
4Y10 |
4Y10 |
4Y10 |
4Y10 |
|
mature peptidase |
1.30 Å |
4Y11 |
4Y11 |
4Y11 |
4Y11 |
4Y11 |
4Y11 |
|
mature peptidase |
1.20 Å |
4YTA |
4YTA |
4YTA |
4YTA |
4YTA |
4YTA |
Fisher et al., 2012 |
complex with cyclic inhibitor |
1.32 Å |
5EG4 |
5EG4 |
5EG4 |
5EG4 |
5EG4 |
5EG4 |
|
model for comparison of diffuse scattering |
1.10 Å |
5F6M |
5F6M |
5F6M |
5F6M |
5F6M |
5F6M |
|
solved by mr from data collected by direct data collection (ddc) using the esrf robodiff goniometer |
1.78 Å |
5FXL |
5FXL |
5FXL |
5FXL |
5FXL |
5FXL |
|
succinic acid bound trypsin crystallized as dimer |
2.70 Å |
5GIB |
5GIB |
5GIB |
5GIB |
5GIB |
5GIB |
|
cationic trypsin with gol/pge as dimer at ph 4.6 |
2.80 Å |
5GXP |
5GXP |
5GXP |
5GXP |
5GXP |
5GXP |
|
complex with succinic acid |
1.91 Å |
5JYI |
5JYI |
5JYI |
5JYI |
5JYI |
5JYI |
|
mature peptidase |
1.70 Å |
5K7R |
5K7R |
5K7R |
5K7R |
5K7R |
5K7R |
|
trypsin inhibitors for the treatment of pancreatitis - cpd 15 |
1.12 Å |
5LGO |
5LGO |
5LGO |
5LGO |
5LGO |
5LGO |
|
trypsin inhibitors for the treatment of pancreatitis - cpd 1 |
1.37 Å |
5LH4 |
5LH4 |
5LH4 |
5LH4 |
5LH4 |
5LH4 |
|
trypsin inhibitors for the treatment of pancreatitis - cpd 8 |
1.54 Å |
5LH8 |
5LH8 |
5LH8 |
5LH8 |
5LH8 |
5LH8 |
|
complex with 2-aminopyridine (deuterated sample at100 k) |
0.79 Å |
5MN1 |
5MN1 |
5MN1 |
5MN1 |
5MN1 |
5MN1 |
|
complex with aniline (deuterated sample at 295 k) |
1.44 Å |
5MNA |
5MNA |
5MNA |
5MNA |
5MNA |
5MNA |
|
complex with 2-aminopyridine (deuterated sample at295 k) |
0.94 Å |
5MNB |
5MNB |
5MNB |
5MNB |
5MNB |
5MNB |
|
complex with aniline (deuterated sample at 100 k) |
0.92 Å |
5MNC |
5MNC |
5MNC |
5MNC |
5MNC |
5MNC |
|
cationic trypsin in its apo form (deuterated sample at 100 k) |
1.01 Å |
5MNE |
5MNE |
5MNE |
5MNE |
5MNE |
5MNE |
|
cationic trypsin in its apo form (deuterated sample at 295 k) |
0.99 Å |
5MNF |
5MNF |
5MNF |
5MNF |
5MNF |
5MNF |
|
complex with benzamidine (deuterated sample at 100k) |
0.86 Å |
5MNG |
5MNG |
5MNG |
5MNG |
5MNG |
5MNG |
|
complex with benzamidine (deuterated sample at 295k) |
0.93 Å |
5MNH |
5MNH |
5MNH |
5MNH |
5MNH |
5MNH |
|
complex with benzylamine (deuterated sample at 100k) |
0.80 Å |
5MNK |
5MNK |
5MNK |
5MNK |
5MNK |
5MNK |
|
complex with benzylamine (deuterated sample at 295k) |
1.04 Å |
5MNL |
5MNL |
5MNL |
5MNL |
5MNL |
5MNL |
|
complex with benzylamine (at 295 k) |
0.98 Å |
5MNM |
5MNM |
5MNM |
5MNM |
5MNM |
5MNM |
|
complex with n-amidinopiperidine (deuterated sample at 100 k) |
0.86 Å |
5MNN |
5MNN |
5MNN |
5MNN |
5MNN |
5MNN |
|
complex with n-amidinopiperidine (deuterated sample at 295 k) |
0.96 Å |
5MNO |
5MNO |
5MNO |
5MNO |
5MNO |
5MNO |
|
complex with n-amidinopiperidine (at 295 k) |
1.01 Å |
5MNP |
5MNP |
5MNP |
5MNP |
5MNP |
5MNP |
|
complex with a derivative of n-amidinopiperidine |
1.34 Å |
5MNQ |
5MNQ |
5MNQ |
5MNQ |
5MNQ |
5MNQ |
|
complex with 2-aminopyridine |
1.42 Å |
5MNX |
5MNX |
5MNX |
5MNX |
5MNX |
5MNX |
|
complex with aniline |
1.43 Å |
5MNY |
5MNY |
5MNY |
5MNY |
5MNY |
5MNY |
|
neutron structure of cationic trypsin in its apo form |
1.45 Å |
5MNZ |
5MNZ |
5MNZ |
5MNZ |
5MNZ |
5MNZ |
|
complex with benzamidine |
1.50 Å |
5MO0 |
5MO0 |
5MO0 |
5MO0 |
5MO0 |
5MO0 |
|
complex with benzylamine |
1.49 Å |
5MO1 |
5MO1 |
5MO1 |
5MO1 |
5MO1 |
5MO1 |
|
complex with n- amidinopiperidine |
1.50 Å |
5MO2 |
5MO2 |
5MO2 |
5MO2 |
5MO2 |
5MO2 |
|
complex with 2- aminopyridine |
0.94 Å |
5MON |
5MON |
5MON |
5MON |
5MON |
5MON |
|
complex with aniline |
1.44 Å |
5MOO |
5MOO |
5MOO |
5MOO |
5MOO |
5MOO |
|
apo form |
0.99 Å |
5MOP |
5MOP |
5MOP |
5MOP |
5MOP |
5MOP |
|
complex with benzamidine |
0.93 Å |
5MOQ |
5MOQ |
5MOQ |
5MOQ |
5MOQ |
5MOQ |
|
complex with benzylamine |
0.98 Å |
5MOR |
5MOR |
5MOR |
5MOR |
5MOR |
5MOR |
|
complex with n- amidinopiperidine |
0.96 Å |
5MOS |
5MOS |
5MOS |
5MOS |
5MOS |
5MOS |
|
beta-trypsin |
1.34 Å |
5PTP |
5PTP |
5PTP |
5PTP |
5PTP |
5PTP |
Finer-Moore et al., 1992 |
soaked with selenourea for 5 min |
1.55 Å |
5T3H |
5T3H |
5T3H |
5T3H |
5T3H |
5T3H |
|
orthorhombic trypsin (295 k) in the presence of 50% xylose |
2.00 Å |
6AVL |
6AVL |
6AVL |
6AVL |
6AVL |
6AVL |
|
orthorhombic trypsin (295 k) in the presence of 50% mpd |
2.00 Å |
6B6N |
6B6N |
6B6N |
6B6N |
6B6N |
6B6N |
|
orthorhombic trypsin cryocooled to 100 k with 20% xylose as cryoprotectant |
2.40 Å |
6B6O |
6B6O |
6B6O |
6B6O |
6B6O |
6B6O |
|
orthorhombic trypsin cryocooled to 100 k with 30% xylose as cryoprotectant |
2.00 Å |
6B6P |
6B6P |
6B6P |
6B6P |
6B6P |
6B6P |
|
orthorhombic trypsin cryocooled to 100 k with 50% xylose as cryoprotectant |
2.00 Å |
6B6Q |
6B6Q |
6B6Q |
6B6Q |
6B6Q |
6B6Q |
|
orthorhombic trypsin cryocooled to 100 k with 50% mpd as cryoprotectant |
2.00 Å |
6B6R |
6B6R |
6B6R |
6B6R |
6B6R |
6B6R |
|
orthorhombic trypsin cryocooled to 100 k with 50% ethanol as cryoprotectant |
2.00 Å |
6B6S |
6B6S |
6B6S |
6B6S |
6B6S |
6B6S |
|
orthorhombic trypsin cryocooled to 100 k with 50% methanol as cryoprotectant |
2.00 Å |
6B6T |
6B6T |
6B6T |
6B6T |
6B6T |
6B6T |
|
complex with potent inhibitor |
1.29 Å |
6BFP |
6BFP |
6BFP |
6BFP |
6BFP |
6BFP |
|
complex with a modified sunflower trypsin inhibitor, sfti- tctr(n12,n14) |
1.93 Å |
6BVH |
6BVH |
6BVH |
6BVH |
6BVH |
6BVH |
|
complex with BBKI Leu55Arg mutant |
1.94 Å |
6DWF |
6DWF |
6DWF |
6DWF |
6DWF |
6DWF |
|
complex with BBKI |
2.00 Å |
6DWH |
6DWH |
6DWH |
6DWH |
6DWH |
6DWH |
|
complex with cyanobenzylsulfonylfluoride |
1.32 Å |
6DWR |
6DWR |
6DWR |
6DWR |
6DWR |
6DWR |
|
orthorhombic trypsin cryocooled to 100 k with 20% xylose as cryoprotectant |
2.20 Å |
6DZF |
6DZF |
6DZF |
6DZF |
6DZF |
6DZF |
|
crystallographic structure of the cyclic nonapeptide derived from the btci inhibitor bound to beta-trypsin in space group p 32 2 1 |
1.61 Å |
6E5M |
6E5M |
6E5M |
6E5M |
6E5M |
6E5M |
|
crystallographic structure of the cyclic nonapeptide derived from the btci inhibitor bound to beta-trypsin in space group p 21 21 21. |
1.15 Å |
6EAT |
6EAT |
6EAT |
6EAT |
6EAT |
6EAT |
|
mature peptidase |
2.20 Å |
6FID |
6FID |
6FID |
6FID |
6FID |
6FID |
|
Sus scrofa
|
first active autolysate form |
1.80 Å |
1AKS |
1AKS |
1AKS |
1AKS |
1AKS |
1AKS |
Johnson et al., 1997 |
complex with leech-derived tryptase inhibitor |
2.03 Å |
1AN1 |
1AN1 |
1AN1 |
1AN1 |
1AN1 |
1AN1 |
Di & Priestle, 1997 |
orthorhombic crystal form, complex with soybean trypsin inhibitor |
1.75 Å |
1AVW |
1AVW |
1AVW |
1AVW |
1AVW |
1AVW |
Song & Suh, 1998 |
tetragonal crystal form, complex with soybean trypsin inhibitor |
1.90 Å |
1AVX |
1AVX |
1AVX |
1AVX |
1AVX |
1AVX |
Song & Suh, 1998 |
complex with bdellastasin |
2.80 Å |
1C9P |
1C9P |
1C9P |
1C9P |
1C9P |
1C9P |
Rester et al., 1999 |
theoretical model; complex with inhibitor MCTI-A (Cucurbita maxima) |
0.00 Å |
1D3O |
1D3O |
1D3O |
1D3O |
1D3O |
1D3O |
|
theoretical model; complex with (Luffa acutangula) inhibitor |
0.00 Å |
1DF2 |
1DF2 |
1DF2 |
1DF2 |
1DF2 |
1DF2 |
|
complex with bdellastasin |
2.70 Å |
1EJA |
1EJA |
1EJA |
1EJA |
1EJA |
1EJA |
Rester et al., 2000 |
mature peptidase |
1.80 Å |
1EPT |
1EPT |
1EPT |
1EPT |
1EPT |
1EPT |
Huang et al., 1994 |
mature peptidase |
0.00 Å |
1EWU |
1EWU |
1EWU |
1EWU |
1EWU |
1EWU |
|
in 0.04% polydocanol |
1.90 Å |
1FMG |
1FMG |
1FMG |
1FMG |
1FMG |
1FMG |
Deepthi et al., 2001 |
in 0.1% polydocanol |
1.80 Å |
1FN6 |
1FN6 |
1FN6 |
1FN6 |
1FN6 |
1FN6 |
Deepthi et al., 2001 |
in 0.01% polydocanol |
1.60 Å |
1FNI |
1FNI |
1FNI |
1FNI |
1FNI |
1FNI |
Deepthi et al., 2001 |
complex with EETI-II |
1.50 Å |
1H9H |
1H9H |
1H9H |
1H9H |
1H9H |
1H9H |
Kratzner et al., 2005 |
complex with EETI-II mutant |
1.90 Å |
1H9I |
1H9I |
1H9I |
1H9I |
1H9I |
1H9I |
Kratzner et al., 2005 |
complex with a leech-derived tryptase inhibitor |
1.90 Å |
1LDT |
1LDT |
1LDT |
1LDT |
1LDT |
1LDT |
Stubbs et al., 1997 |
theoretical model; complex with Leucaena leucocephala trypsin inhibitor alpha and beta chains |
0.00 Å |
1LT2 |
1LT2 |
1LT2 |
1LT2 |
1LT2 |
1LT2 |
|
complex with bitter gourd inhibitor |
1.60 Å |
1MCT |
1MCT |
1MCT |
1MCT |
1MCT |
1MCT |
Huang et al., 1993 |
with bound acetate |
1.63 Å |
1QQU |
1QQU |
1QQU |
1QQU |
1QQU |
1QQU |
Johnson et al., 1999 |
complex with turkey ovomucoid second domain |
1.90 Å |
1R0T |
1R0T |
1R0T |
1R0T |
1R0T |
1R0T |
Ibrahim & Pattabhi, 2004 |
complex with guanidine-3-propanol inhibitor |
1.40 Å |
1S5S |
1S5S |
1S5S |
1S5S |
1S5S |
1S5S |
Transue et al., 2004 |
complex with borate and guanidine-3 inhibitor |
1.80 Å |
1S6F |
1S6F |
1S6F |
1S6F |
1S6F |
1S6F |
Transue et al., 2004 |
complex with guanidine-3-propanol inhibitor |
1.45 Å |
1S6H |
1S6H |
1S6H |
1S6H |
1S6H |
1S6H |
Transue et al., 2004 |
mature peptidase |
1.70 Å |
1S81 |
1S81 |
1S81 |
1S81 |
1S81 |
1S81 |
Transue et al., 2004 |
complex with borate and ethylene glycol |
1.85 Å |
1S82 |
1S82 |
1S82 |
1S82 |
1S82 |
1S82 |
Transue et al., 2004 |
complex with 4-amino propanol |
1.25 Å |
1S83 |
1S83 |
1S83 |
1S83 |
1S83 |
1S83 |
Transue et al., 2004 |
complex with 4-amino butanol, borate and ethylene glycol |
1.85 Å |
1S84 |
1S84 |
1S84 |
1S84 |
1S84 |
1S84 |
Transue et al., 2004 |
complex with p-hydroxymethyl benzamidine and borate |
2.20 Å |
1S85 |
1S85 |
1S85 |
1S85 |
1S85 |
1S85 |
Transue et al., 2004 |
complex with the second domain of tissue factor pathway inhibitor |
2.60 Å |
1TFX |
1TFX |
1TFX |
1TFX |
1TFX |
1TFX |
Burgering et al., 1997 |
complex with barley Bowman-Birk inhibitor |
2.20 Å |
1TX6 |
1TX6 |
1TX6 |
1TX6 |
1TX6 |
1TX6 |
Park et al., 2004 |
complex with auto catalyticaly produced native peptide |
2.15 Å |
1UHB |
1UHB |
1UHB |
1UHB |
1UHB |
1UHB |
Ibrahim et al., 2004 |
complex with synthetic heterochiral peptide |
1.90 Å |
1V6D |
1V6D |
1V6D |
1V6D |
1V6D |
1V6D |
Shamaladevi & Pattabhi, 2005 |
complex with vasopressin |
1.98 Å |
1YF4 |
1YF4 |
1YF4 |
1YF4 |
1YF4 |
1YF4 |
Syed & Pattabhi, 2005 |
complex with ovomucoid turkey egg white inhibitor |
1.90 Å |
1Z7K |
1Z7K |
1Z7K |
1Z7K |
1Z7K |
1Z7K |
Ibrahim & Pattabhi, 2004 |
complex with borate |
1.25 Å |
2A31 |
2A31 |
2A31 |
2A31 |
2A31 |
2A31 |
Transue et al., 2006 |
complex with benzene boronic acid |
1.50 Å |
2A32 |
2A32 |
2A32 |
2A32 |
2A32 |
2A32 |
Transue et al., 2006 |