NMR Restraints Grid

Result table
(Save to zip file containing files for each block)

image mrblock_id pdb_id bmrb_id cing stage position program type

571981 2mbd 19396 cing 1-original 3 AMBER dihedral angle
# 442 atoms read from pdb file vv12_1_amb.pdb.
# 4 ARG PHI:  (3 PRO C)-(4 ARG N)-(4 ARG CA)-(4 ARG C) -71.0 -31.0
 &rst     iat =    41,    43,    45,    65,
   r1 = -72.0, r2 = -71.0, r3 = -31.0, r4 = -30.0,
   rk2 =   2.0, rk3 =   2.0,    &end

# 4 ARG PSI:  (4 ARG N)-(4 ARG CA)-(4 ARG C)-(5 LYS N) -62.0 -26.0
 &rst     iat =    43,    45,    65,    67,
   r1 = -63.0, r2 = -62.0, r3 = -26.0, r4 = -25.0,
 &end

# 5 LYS PHI:  (4 ARG C)-(5 LYS N)-(5 LYS CA)-(5 LYS C) -70.0 -50.0
 &rst     iat =    65,    67,    69,    87,
   r1 = -71.0, r2 = -70.0, r3 = -50.0, r4 = -49.0,
 &end

# 5 LYS PSI:  (5 LYS N)-(5 LYS CA)-(5 LYS C)-(6 ILE N) -55.0 -23.0
 &rst     iat =    67,    69,    87,    89,
   r1 = -56.0, r2 = -55.0, r3 = -23.0, r4 = -22.0,
 &end

# 6 ILE PHI:  (5 LYS C)-(6 ILE N)-(6 ILE CA)-(6 ILE C) -85.0 -57.0
 &rst     iat =    87,    89,    91,   106,
   r1 = -86.0, r2 = -85.0, r3 = -57.0, r4 = -56.0,
 &end

# 6 ILE PSI:  (6 ILE N)-(6 ILE CA)-(6 ILE C)-(7 LEU N) -49.0 -25.0
 &rst     iat =    89,    91,   106,   108,
   r1 = -50.0, r2 = -49.0, r3 = -25.0, r4 = -24.0,
 &end

# 7 LEU PHI:  (6 ILE C)-(7 LEU N)-(7 LEU CA)-(7 LEU C) -73.0 -53.0
 &rst     iat =   106,   108,   110,   125,
   r1 = -74.0, r2 = -73.0, r3 = -53.0, r4 = -52.0,
 &end

# 7 LEU PSI:  (7 LEU N)-(7 LEU CA)-(7 LEU C)-(8 CYX N) -58.0 -22.0
 &rst     iat =   108,   110,   125,   127,
   r1 = -59.0, r2 = -58.0, r3 = -22.0, r4 = -21.0,
 &end

# 8 CYS PHI:  (7 LEU C)-(8 CYX N)-(8 CYX CA)-(8 CYX C) -80.0 -56.0
 &rst     iat =   125,   127,   129,   135,
   r1 = -81.0, r2 = -80.0, r3 = -56.0, r4 = -55.0,
 &end

# 8 CYS PSI:  (8 CYX N)-(8 CYX CA)-(8 CYX C)-(9 ALA N) -52.0 -28.0
 &rst     iat =   127,   129,   135,   137,
   r1 = -53.0, r2 = -52.0, r3 = -28.0, r4 = -27.0,
 &end

# 9 ALA PHI:  (8 CYX C)-(9 ALA N)-(9 ALA CA)-(9 ALA C) -73.0 -53.0
 &rst     iat =   135,   137,   139,   145,
   r1 = -74.0, r2 = -73.0, r3 = -53.0, r4 = -52.0,
 &end

# 9 ALA PSI:  (9 ALA N)-(9 ALA CA)-(9 ALA C)-(10 ILE N) -50.0 -30.0
 &rst     iat =   137,   139,   145,   147,
   r1 = -51.0, r2 = -50.0, r3 = -30.0, r4 = -29.0,
 &end

# 10 ILE PHI:  (9 ALA C)-(10 ILE N)-(10 ILE CA)-(10 ILE C) -74.0 -54.0
 &rst     iat =   145,   147,   149,   164,
   r1 = -75.0, r2 = -74.0, r3 = -54.0, r4 = -53.0,
 &end

# 10 ILE PSI:  (10 ILE N)-(10 ILE CA)-(10 ILE C)-(11 ALA N) -55.0 -35.0
 &rst     iat =   147,   149,   164,   166,
   r1 = -56.0, r2 = -55.0, r3 = -35.0, r4 = -34.0,
 &end

# 11 ALA PHI:  (10 ILE C)-(11 ALA N)-(11 ALA CA)-(11 ALA C) -73.0 -53.0
 &rst     iat =   164,   166,   168,   174,
   r1 = -74.0, r2 = -73.0, r3 = -53.0, r4 = -52.0,
 &end

# 11 ALA PSI:  (11 ALA N)-(11 ALA CA)-(11 ALA C)-(12 LYS N) -50.0 -30.0
 &rst     iat =   166,   168,   174,   176,
   r1 = -51.0, r2 = -50.0, r3 = -30.0, r4 = -29.0,
 &end

# 12 LYS PHI:  (11 ALA C)-(12 LYS N)-(12 LYS CA)-(12 LYS C) -74.0 -54.0
 &rst     iat =   174,   176,   178,   196,
   r1 = -75.0, r2 = -74.0, r3 = -54.0, r4 = -53.0,
 &end

# 12 LYS PSI:  (12 LYS N)-(12 LYS CA)-(12 LYS C)-(13 LYS N) -52.0 -28.0
 &rst     iat =   176,   178,   196,   198,
   r1 = -53.0, r2 = -52.0, r3 = -28.0, r4 = -27.0,
 &end

# 13 LYS PHI:  (12 LYS C)-(13 LYS N)-(13 LYS CA)-(13 LYS C) -74.0 -54.0
 &rst     iat =   196,   198,   200,   218,
   r1 = -75.0, r2 = -74.0, r3 = -54.0, r4 = -53.0,
 &end

# 13 LYS PSI:  (13 LYS N)-(13 LYS CA)-(13 LYS C)-(14 LYS N) -56.0 -12.0
 &rst     iat =   198,   200,   218,   220,
   r1 = -57.0, r2 = -56.0, r3 = -12.0, r4 = -11.0,
 &end

# 14 LYS PHI:  (13 LYS C)-(14 LYS N)-(14 LYS CA)-(14 LYS C) -112.0 -68.0
 &rst     iat =   218,   220,   222,   240,
   r1 = -113.0, r2 = -112.0, r3 = -68.0, r4 = -67.0,
 &end

# 14 LYS PSI:  (14 LYS N)-(14 LYS CA)-(14 LYS C)-(15 GLY N) -22.0  14.0
 &rst     iat =   220,   222,   240,   242,
   r1 = -23.0, r2 = -22.0, r3 =  14.0, r4 =  15.0,
 &end

# 15 GLY PHI:  (14 LYS C)-(15 GLY N)-(15 GLY CA)-(15 GLY C)  64.0 104.0
 &rst     iat =   240,   242,   244,   247,
   r1 =  63.0, r2 =  64.0, r3 = 104.0, r4 = 105.0,
 &end

# 15 GLY PSI:  (15 GLY N)-(15 GLY CA)-(15 GLY C)-(16 LYS N)  -8.0  44.0
 &rst     iat =   242,   244,   247,   249,
   r1 =  -9.0, r2 =  -8.0, r3 =  44.0, r4 =  45.0,
 &end

# 16 LYS PHI:  (15 GLY C)-(16 LYS N)-(16 LYS CA)-(16 LYS C) -121.0 -81.0
# &rst     iat =   247,   249,   251,   269,
#   r1 = -122.0, r2 = -121.0, r3 = -81.0, r4 = -80.0,
# &end

# 16 LYS PSI:  (16 LYS N)-(16 LYS CA)-(16 LYS C)-(17 CYX N) 110.0 174.0
# &rst     iat =   249,   251,   269,   271,
#   r1 = 109.0, r2 = 110.0, r3 = 174.0, r4 = 175.0,
# &end

# 17 CYS PHI:  (16 LYS C)-(17 CYX N)-(17 CYX CA)-(17 CYX C) -164.0 -100.0
 &rst     iat =   269,   271,   273,   279,
   r1 = -165.0, r2 = -164.0, r3 = -100.0, r4 = -99.0,
 &end

# 17 CYS PSI:  (17 CYX N)-(17 CYX CA)-(17 CYX C)-(18 LYS N) 138.0 174.0
 &rst     iat =   271,   273,   279,   281,
   r1 = 137.0, r2 = 138.0, r3 = 174.0, r4 = 175.0,
 &end

# 18 LYS PHI:  (17 CYX C)-(18 LYS N)-(18 LYS CA)-(18 LYS C) -171.0 -83.0
 &rst     iat =   279,   281,   283,   301,
   r1 = -172.0, r2 = -171.0, r3 = -83.0, r4 = -82.0,
 &end

# 18 LYS PSI:  (18 LYS N)-(18 LYS CA)-(18 LYS C)-(19 GLY N) 114.0 174.0
 &rst     iat =   281,   283,   301,   303,
   r1 = 113.0, r2 = 114.0, r3 = 174.0, r4 = 175.0,
 &end

# 21 LEU PHI:  (20 PRO C)-(21 LEU N)-(21 LEU CA)-(21 LEU C) -93.0 -41.0
 &rst     iat =   322,   324,   326,   341,
   r1 = -94.0, r2 = -93.0, r3 = -41.0, r4 = -40.0,
 &end

# 21 LEU PSI:  (21 LEU N)-(21 LEU CA)-(21 LEU C)-(22 LYS N) -53.0  -9.0
 &rst     iat =   324,   326,   341,   343,
   r1 = -54.0, r2 = -53.0, r3 =  -9.0, r4 =  -8.0,
 &end

# 22 LYS PHI:  (21 LEU C)-(22 LYS N)-(22 LYS CA)-(22 LYS C) -77.0 -49.0
 &rst     iat =   341,   343,   345,   363,
   r1 = -78.0, r2 = -77.0, r3 = -49.0, r4 = -48.0,
 &end

# 22 LYS PSI:  (22 LYS N)-(22 LYS CA)-(22 LYS C)-(23 LEU N) -48.0 -28.0
 &rst     iat =   343,   345,   363,   365,
   r1 = -49.0, r2 = -48.0, r3 = -28.0, r4 = -27.0,
 &end

# 23 LEU PHI:  (22 LYS C)-(23 LEU N)-(23 LEU CA)-(23 LEU C) -89.0 -45.0
 &rst     iat =   363,   365,   367,   382,
   r1 = -90.0, r2 = -89.0, r3 = -45.0, r4 = -44.0,
 &end

# 23 LEU PSI:  (23 LEU N)-(23 LEU CA)-(23 LEU C)-(24 VAL N) -52.0 -20.0
 &rst     iat =   365,   367,   382,   384,
   r1 = -53.0, r2 = -52.0, r3 = -20.0, r4 = -19.0,
 &end

# 24 VAL PHI:  (23 LEU C)-(24 VAL N)-(24 VAL CA)-(24 VAL C) -122.0 -62.0
 &rst     iat =   382,   384,   386,   398,
   r1 = -123.0, r2 = -122.0, r3 = -62.0, r4 = -61.0,
 &end

# 24 VAL PSI:  (24 VAL N)-(24 VAL CA)-(24 VAL C)-(25 CYX N) -63.0   9.0
 &rst     iat =   384,   386,   398,   400,
   r1 = -64.0, r2 = -63.0, r3 =   9.0, r4 =  10.0,
 &end

# 26 LYS PHI:  (25 CYX C)-(26 LYS N)-(26 LYS CA)-(26 LYS C) -186.0 -74.0
# &rst     iat =   408,   410,   412,   430,
#   r1 = -187.0, r2 = -186.0, r3 = -74.0, r4 = -73.0,
# &end
#
# 26 LYS PSI:  (26 LYS N)-(26 LYS CA)-(26 LYS C)-(27 CYX N)  98.0 186.0
# &rst     iat =   410,   412,   430,   432,
#   r1 =  97.0, r2 =  98.0, r3 = 186.0, r4 = 187.0,
# &end

# 442 atoms read from pdb file vv12_1_amb.pdb.
# 4 ARG PHI:  (3 PRO C)-(4 ARG N)-(4 ARG CA)-(4 ARG C) -71.0 -31.0
 &rst     iat =    41,    43,    45,    65,
   r1 = -72.0, r2 = -71.0, r3 = -31.0, r4 = -30.0,
   rk2 =   2.0, rk3 =   2.0,    &end

# 4 ARG PSI:  (4 ARG N)-(4 ARG CA)-(4 ARG C)-(5 LYS N) -62.0 -26.0
 &rst     iat =    43,    45,    65,    67,
   r1 = -63.0, r2 = -62.0, r3 = -26.0, r4 = -25.0,
 &end

# 5 LYS PHI:  (4 ARG C)-(5 LYS N)-(5 LYS CA)-(5 LYS C) -70.0 -50.0
 &rst     iat =    65,    67,    69,    87,
   r1 = -71.0, r2 = -70.0, r3 = -50.0, r4 = -49.0,
 &end

# 5 LYS PSI:  (5 LYS N)-(5 LYS CA)-(5 LYS C)-(6 ILE N) -55.0 -23.0
 &rst     iat =    67,    69,    87,    89,
   r1 = -56.0, r2 = -55.0, r3 = -23.0, r4 = -22.0,
 &end

# 6 ILE PHI:  (5 LYS C)-(6 ILE N)-(6 ILE CA)-(6 ILE C) -85.0 -57.0
 &rst     iat =    87,    89,    91,   106,
   r1 = -86.0, r2 = -85.0, r3 = -57.0, r4 = -56.0,
 &end

# 6 ILE PSI:  (6 ILE N)-(6 ILE CA)-(6 ILE C)-(7 LEU N) -49.0 -25.0
 &rst     iat =    89,    91,   106,   108,
   r1 = -50.0, r2 = -49.0, r3 = -25.0, r4 = -24.0,
 &end

# 7 LEU PHI:  (6 ILE C)-(7 LEU N)-(7 LEU CA)-(7 LEU C) -73.0 -53.0
 &rst     iat =   106,   108,   110,   125,
   r1 = -74.0, r2 = -73.0, r3 = -53.0, r4 = -52.0,
 &end

# 7 LEU PSI:  (7 LEU N)-(7 LEU CA)-(7 LEU C)-(8 CYX N) -58.0 -22.0
 &rst     iat =   108,   110,   125,   127,
   r1 = -59.0, r2 = -58.0, r3 = -22.0, r4 = -21.0,
 &end

# 8 CYS PHI:  (7 LEU C)-(8 CYX N)-(8 CYX CA)-(8 CYX C) -80.0 -56.0
 &rst     iat =   125,   127,   129,   135,
   r1 = -81.0, r2 = -80.0, r3 = -56.0, r4 = -55.0,
 &end

# 8 CYS PSI:  (8 CYX N)-(8 CYX CA)-(8 CYX C)-(9 ALA N) -52.0 -28.0
 &rst     iat =   127,   129,   135,   137,
   r1 = -53.0, r2 = -52.0, r3 = -28.0, r4 = -27.0,
 &end

# 9 ALA PHI:  (8 CYX C)-(9 ALA N)-(9 ALA CA)-(9 ALA C) -73.0 -53.0
 &rst     iat =   135,   137,   139,   145,
   r1 = -74.0, r2 = -73.0, r3 = -53.0, r4 = -52.0,
 &end

# 9 ALA PSI:  (9 ALA N)-(9 ALA CA)-(9 ALA C)-(10 ILE N) -50.0 -30.0
 &rst     iat =   137,   139,   145,   147,
   r1 = -51.0, r2 = -50.0, r3 = -30.0, r4 = -29.0,
 &end

# 10 ILE PHI:  (9 ALA C)-(10 ILE N)-(10 ILE CA)-(10 ILE C) -74.0 -54.0
 &rst     iat =   145,   147,   149,   164,
   r1 = -75.0, r2 = -74.0, r3 = -54.0, r4 = -53.0,
 &end

# 10 ILE PSI:  (10 ILE N)-(10 ILE CA)-(10 ILE C)-(11 ALA N) -55.0 -35.0
 &rst     iat =   147,   149,   164,   166,
   r1 = -56.0, r2 = -55.0, r3 = -35.0, r4 = -34.0,
 &end

# 11 ALA PHI:  (10 ILE C)-(11 ALA N)-(11 ALA CA)-(11 ALA C) -73.0 -53.0
 &rst     iat =   164,   166,   168,   174,
   r1 = -74.0, r2 = -73.0, r3 = -53.0, r4 = -52.0,
 &end

# 11 ALA PSI:  (11 ALA N)-(11 ALA CA)-(11 ALA C)-(12 LYS N) -50.0 -30.0
 &rst     iat =   166,   168,   174,   176,
   r1 = -51.0, r2 = -50.0, r3 = -30.0, r4 = -29.0,
 &end

# 12 LYS PHI:  (11 ALA C)-(12 LYS N)-(12 LYS CA)-(12 LYS C) -74.0 -54.0
 &rst     iat =   174,   176,   178,   196,
   r1 = -75.0, r2 = -74.0, r3 = -54.0, r4 = -53.0,
 &end

# 12 LYS PSI:  (12 LYS N)-(12 LYS CA)-(12 LYS C)-(13 LYS N) -52.0 -28.0
 &rst     iat =   176,   178,   196,   198,
   r1 = -53.0, r2 = -52.0, r3 = -28.0, r4 = -27.0,
 &end

# 13 LYS PHI:  (12 LYS C)-(13 LYS N)-(13 LYS CA)-(13 LYS C) -74.0 -54.0
 &rst     iat =   196,   198,   200,   218,
   r1 = -75.0, r2 = -74.0, r3 = -54.0, r4 = -53.0,
 &end

# 13 LYS PSI:  (13 LYS N)-(13 LYS CA)-(13 LYS C)-(14 LYS N) -56.0 -12.0
 &rst     iat =   198,   200,   218,   220,
   r1 = -57.0, r2 = -56.0, r3 = -12.0, r4 = -11.0,
 &end

# 14 LYS PHI:  (13 LYS C)-(14 LYS N)-(14 LYS CA)-(14 LYS C) -112.0 -68.0
 &rst     iat =   218,   220,   222,   240,
   r1 = -113.0, r2 = -112.0, r3 = -68.0, r4 = -67.0,
 &end

# 14 LYS PSI:  (14 LYS N)-(14 LYS CA)-(14 LYS C)-(15 GLY N) -22.0  14.0
 &rst     iat =   220,   222,   240,   242,
   r1 = -23.0, r2 = -22.0, r3 =  14.0, r4 =  15.0,
 &end

# 15 GLY PHI:  (14 LYS C)-(15 GLY N)-(15 GLY CA)-(15 GLY C)  64.0 104.0
 &rst     iat =   240,   242,   244,   247,
   r1 =  63.0, r2 =  64.0, r3 = 104.0, r4 = 105.0,
 &end

# 15 GLY PSI:  (15 GLY N)-(15 GLY CA)-(15 GLY C)-(16 LYS N)  -8.0  44.0
 &rst     iat =   242,   244,   247,   249,
   r1 =  -9.0, r2 =  -8.0, r3 =  44.0, r4 =  45.0,
 &end

# 16 LYS PHI:  (15 GLY C)-(16 LYS N)-(16 LYS CA)-(16 LYS C) -121.0 -81.0
 &rst     iat =   247,   249,   251,   269,
   r1 = -122.0, r2 = -121.0, r3 = -81.0, r4 = -80.0,
 &end

# 16 LYS PSI:  (16 LYS N)-(16 LYS CA)-(16 LYS C)-(17 CYX N) 110.0 174.0
 &rst     iat =   249,   251,   269,   271,
   r1 = 109.0, r2 = 110.0, r3 = 174.0, r4 = 175.0,
 &end

# 17 CYS PHI:  (16 LYS C)-(17 CYX N)-(17 CYX CA)-(17 CYX C) -164.0 -100.0
 &rst     iat =   269,   271,   273,   279,
   r1 = -165.0, r2 = -164.0, r3 = -100.0, r4 = -99.0,
 &end

# 17 CYS PSI:  (17 CYX N)-(17 CYX CA)-(17 CYX C)-(18 LYS N) 138.0 174.0
 &rst     iat =   271,   273,   279,   281,
   r1 = 137.0, r2 = 138.0, r3 = 174.0, r4 = 175.0,
 &end

# 18 LYS PHI:  (17 CYX C)-(18 LYS N)-(18 LYS CA)-(18 LYS C) -171.0 -83.0
 &rst     iat =   279,   281,   283,   301,
   r1 = -172.0, r2 = -171.0, r3 = -83.0, r4 = -82.0,
 &end

# 18 LYS PSI:  (18 LYS N)-(18 LYS CA)-(18 LYS C)-(19 GLY N) 114.0 174.0
 &rst     iat =   281,   283,   301,   303,
   r1 = 113.0, r2 = 114.0, r3 = 174.0, r4 = 175.0,
 &end

# 21 LEU PHI:  (20 PRO C)-(21 LEU N)-(21 LEU CA)-(21 LEU C) -93.0 -41.0
 &rst     iat =   322,   324,   326,   341,
   r1 = -94.0, r2 = -93.0, r3 = -41.0, r4 = -40.0,
 &end

# 21 LEU PSI:  (21 LEU N)-(21 LEU CA)-(21 LEU C)-(22 LYS N) -53.0  -9.0
 &rst     iat =   324,   326,   341,   343,
   r1 = -54.0, r2 = -53.0, r3 =  -9.0, r4 =  -8.0,
 &end

# 22 LYS PHI:  (21 LEU C)-(22 LYS N)-(22 LYS CA)-(22 LYS C) -77.0 -49.0
 &rst     iat =   341,   343,   345,   363,
   r1 = -78.0, r2 = -77.0, r3 = -49.0, r4 = -48.0,
 &end

# 22 LYS PSI:  (22 LYS N)-(22 LYS CA)-(22 LYS C)-(23 LEU N) -48.0 -28.0
 &rst     iat =   343,   345,   363,   365,
   r1 = -49.0, r2 = -48.0, r3 = -28.0, r4 = -27.0,
 &end

# 23 LEU PHI:  (22 LYS C)-(23 LEU N)-(23 LEU CA)-(23 LEU C) -89.0 -45.0
 &rst     iat =   363,   365,   367,   382,
   r1 = -90.0, r2 = -89.0, r3 = -45.0, r4 = -44.0,
 &end

# 23 LEU PSI:  (23 LEU N)-(23 LEU CA)-(23 LEU C)-(24 VAL N) -52.0 -20.0
 &rst     iat =   365,   367,   382,   384,
   r1 = -53.0, r2 = -52.0, r3 = -20.0, r4 = -19.0,
 &end

# 24 VAL PHI:  (23 LEU C)-(24 VAL N)-(24 VAL CA)-(24 VAL C) -122.0 -62.0
 &rst     iat =   382,   384,   386,   398,
   r1 = -123.0, r2 = -122.0, r3 = -62.0, r4 = -61.0,
 &end

# 24 VAL PSI:  (24 VAL N)-(24 VAL CA)-(24 VAL C)-(25 CYX N) -63.0   9.0
 &rst     iat =   384,   386,   398,   400,
   r1 = -64.0, r2 = -63.0, r3 =   9.0, r4 =  10.0,
 &end

# 26 LYS PHI:  (25 CYX C)-(26 LYS N)-(26 LYS CA)-(26 LYS C) -186.0 -74.0
 &rst     iat =   408,   410,   412,   430,
   r1 = -187.0, r2 = -186.0, r3 = -74.0, r4 = -73.0,
 &end

# 26 LYS PSI:  (26 LYS N)-(26 LYS CA)-(26 LYS C)-(27 CYX N)  98.0 186.0
 &rst     iat =   410,   412,   430,   432,
   r1 =  97.0, r2 =  98.0, r3 = 186.0, r4 = 187.0,
 &end
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image	mrblock_id	pdb_id	bmrb_id	cing	stage	position	program	type
	571981	2mbd	19396	cing	1-original	3	AMBER	dihedral angle