0	rel_pos
1	dist_to_term
2	sinusoidal_pos
3	bin_A
4	bin_C
5	bin_D
6	bin_E
7	bin_F
8	bin_G
9	bin_H
10	bin_I
11	bin_K
12	bin_L
13	bin_M
14	bin_N
15	bin_P
16	bin_Q
17	bin_R
18	bin_S
19	bin_T
20	bin_V
21	bin_W
22	bin_Y
23	pc__A_PARAMETER_OF_CHARGE_TRANSFER_CAPABILITY_CHARTON_CHARTON_1983
24	pc__A_PARAMETER_OF_CHARGE_TRANSFER_DONOR_CAPABILITY_CHARTON_CHARTON_1983
25	pc__POSITIVE_CHARGE_FAUCHERE_ET_AL_1988
26	pc__NEGATIVE_CHARGE_FAUCHERE_ET_AL_1988
27	pc__BITTERNESS_VENANZI_1984
28	pc__ALPHA_CH_CHEMICAL_SHIFTS_ANDERSEN_ET_AL_1992
29	pc__HYDROPHOBICITY_INDEX_ARGOS_ET_AL_1982
30	pc__SIGNAL_SEQUENCE_HELICAL_POTENTIAL_ARGOS_ET_AL_1982
31	pc__MEMBRANE_BURIED_PREFERENCE_PARAMETERS_ARGOS_ET_AL_1982
32	pc__CONFORMATIONAL_PARAMETER_OF_INNER_HELIX_BEGHIN_DIRKX_1975
33	pc__CONFORMATIONAL_PARAMETER_OF_BETA_STRUCTURE_BEGHIN_DIRKX_1975
34	pc__CONFORMATIONAL_PARAMETER_OF_BETA_TURN_BEGHIN_DIRKX_1975
35	pc__AVERAGE_FLEXIBILITY_INDICES_BHASKARAN_PONNUSWAMY_1988
36	pc__RESIDUE_VOLUME_BIGELOW_1967
37	pc__INFORMATION_VALUE_FOR_ACCESSIBILITY_AVERAGE_FRACTION_35_BIOU_ET_AL_1988
38	pc__INFORMATION_VALUE_FOR_ACCESSIBILITY_AVERAGE_FRACTION_23_BIOU_ET_AL_1988
39	pc__RETENTION_COEFFICIENT_IN_TFA_BROWNE_ET_AL_1982
40	pc__RETENTION_COEFFICIENT_IN_HFBA_BROWNE_ET_AL_1982
41	pc__TRANSFER_FREE_ENERGY_TO_SURFACE_BULL_BREESE_1974
42	pc__APPARENT_PARTIAL_SPECIFIC_VOLUME_BULL_BREESE_1974
43	pc__ALPHA_NH_CHEMICAL_SHIFTS_BUNDI_WUTHRICH_1979
44	pc__ALPHA_CH_CHEMICAL_SHIFTS_BUNDI_WUTHRICH_1979
45	pc__SPIN_SPIN_COUPLING_CONSTANTS_3JHALPHA_NH_BUNDI_WUTHRICH_1979
46	pc__NORMALIZED_FREQUENCY_OF_ALPHA_HELIX_BURGESS_ET_AL_1974
47	pc__NORMALIZED_FREQUENCY_OF_EXTENDED_STRUCTURE_BURGESS_ET_AL_1974
48	pc__STERIC_PARAMETER_CHARTON_1981
49	pc__POLARIZABILITY_PARAMETER_CHARTON_CHARTON_1982
50	pc__FREE_ENERGY_OF_SOLUTION_IN_WATER_KCAL_MOLE_CHARTON_CHARTON_1982
51	pc__THE_CHOU_FASMAN_PARAMETER_OF_THE_COIL_CONFORMATION_CHARTON_CHARTON_1983
52	pc__A_PARAMETER_DEFINED_FROM_THE_RESIDUALS_OBTAINED_FROM_THE_BEST_CORRELATION_OF
53	pc__THE_NUMBER_OF_ATOMS_IN_THE_SIDE_CHAIN_LABELLED_1_1_CHARTON_CHARTON_1983
54	pc__THE_NUMBER_OF_ATOMS_IN_THE_SIDE_CHAIN_LABELLED_2_1_CHARTON_CHARTON_1983
55	pc__THE_NUMBER_OF_ATOMS_IN_THE_SIDE_CHAIN_LABELLED_3_1_CHARTON_CHARTON_1983
56	pc__THE_NUMBER_OF_BONDS_IN_THE_LONGEST_CHAIN_CHARTON_CHARTON_1983
57	pc__AVERAGE_VOLUME_OF_BURIED_RESIDUE_CHOTHIA_1975
58	pc__RESIDUE_ACCESSIBLE_SURFACE_AREA_IN_TRIPEPTIDE_CHOTHIA_1976
59	pc__RESIDUE_ACCESSIBLE_SURFACE_AREA_IN_FOLDED_PROTEIN_CHOTHIA_1976
60	pc__PROPORTION_OF_RESIDUES_95_BURIED_CHOTHIA_1976
61	pc__PROPORTION_OF_RESIDUES_100_BURIED_CHOTHIA_1976
62	pc__NORMALIZED_FREQUENCY_OF_BETA_TURN_CHOU_FASMAN_1978A
63	pc__NORMALIZED_FREQUENCY_OF_ALPHA_HELIX_CHOU_FASMAN_1978B
64	pc__NORMALIZED_FREQUENCY_OF_BETA_SHEET_CHOU_FASMAN_1978B
65	pc__NORMALIZED_FREQUENCY_OF_BETA_TURN_CHOU_FASMAN_1978B
66	pc__NORMALIZED_FREQUENCY_OF_N_TERMINAL_HELIX_CHOU_FASMAN_1978B
67	pc__NORMALIZED_FREQUENCY_OF_C_TERMINAL_HELIX_CHOU_FASMAN_1978B
68	pc__NORMALIZED_FREQUENCY_OF_N_TERMINAL_NON_HELICAL_REGION_CHOU_FASMAN_1978B
69	pc__NORMALIZED_FREQUENCY_OF_C_TERMINAL_NON_HELICAL_REGION_CHOU_FASMAN_1978B
70	pc__NORMALIZED_FREQUENCY_OF_N_TERMINAL_BETA_SHEET_CHOU_FASMAN_1978B
71	pc__NORMALIZED_FREQUENCY_OF_C_TERMINAL_BETA_SHEET_CHOU_FASMAN_1978B
72	pc__NORMALIZED_FREQUENCY_OF_N_TERMINAL_NON_BETA_REGION_CHOU_FASMAN_1978B
73	pc__NORMALIZED_FREQUENCY_OF_C_TERMINAL_NON_BETA_REGION_CHOU_FASMAN_1978B
74	pc__FREQUENCY_OF_THE_1ST_RESIDUE_IN_TURN_CHOU_FASMAN_1978B
75	pc__FREQUENCY_OF_THE_2ND_RESIDUE_IN_TURN_CHOU_FASMAN_1978B
76	pc__FREQUENCY_OF_THE_3RD_RESIDUE_IN_TURN_CHOU_FASMAN_1978B
77	pc__FREQUENCY_OF_THE_4TH_RESIDUE_IN_TURN_CHOU_FASMAN_1978B
78	pc__NORMALIZED_FREQUENCY_OF_THE_2ND_AND_3RD_RESIDUES_IN_TURN_CHOU_FASMAN_1978B
79	pc__NORMALIZED_HYDROPHOBICITY_SCALES_FOR_ALPHA_PROTEINS_CID_ET_AL_1992
80	pc__NORMALIZED_HYDROPHOBICITY_SCALES_FOR_BETA_PROTEINS_CID_ET_AL_1992
81	pc__NORMALIZED_HYDROPHOBICITY_SCALES_FOR_ALPHA_BETA_PROTEINS_CID_ET_AL_1992
82	pc__NORMALIZED_HYDROPHOBICITY_SCALES_FOR_ALPHA_BETA_PROTEINS_CID_ET_AL_1992_2
83	pc__NORMALIZED_AVERAGE_HYDROPHOBICITY_SCALES_CID_ET_AL_1992
84	pc__PARTIAL_SPECIFIC_VOLUME_COHN_EDSALL_1943
85	pc__NORMALIZED_FREQUENCY_OF_MIDDLE_HELIX_CRAWFORD_ET_AL_1973
86	pc__NORMALIZED_FREQUENCY_OF_BETA_SHEET_CRAWFORD_ET_AL_1973
87	pc__NORMALIZED_FREQUENCY_OF_TURN_CRAWFORD_ET_AL_1973
88	pc__SIZE_DAWSON_1972
89	pc__AMINO_ACID_COMPOSITION_DAYHOFF_ET_AL_1978A
90	pc__RELATIVE_MUTABILITY_DAYHOFF_ET_AL_1978B
91	pc__MEMBRANE_PREFERENCE_FOR_CYTOCHROME_B_MPH89_DEGLI_ESPOSTI_ET_AL_1990
92	pc__AVERAGE_MEMBRANE_PREFERENCE_AMP07_DEGLI_ESPOSTI_ET_AL_1990
93	pc__CONSENSUS_NORMALIZED_HYDROPHOBICITY_SCALE_EISENBERG_1984
94	pc__SOLVATION_FREE_ENERGY_EISENBERG_MCLACHLAN_1986
95	pc__ATOM_BASED_HYDROPHOBIC_MOMENT_EISENBERG_MCLACHLAN_1986
96	pc__DIRECTION_OF_HYDROPHOBIC_MOMENT_EISENBERG_MCLACHLAN_1986
97	pc__MOLECULAR_WEIGHT_FASMAN_1976
98	pc__MELTING_POINT_FASMAN_1976
99	pc__OPTICAL_ROTATION_FASMAN_1976
100	pc__PK_N_FASMAN_1976
101	pc__PK_C_FASMAN_1976
102	pc__HYDROPHOBIC_PARAMETER_PI_FAUCHERE_PLISKA_1983
103	pc__GRAPH_SHAPE_INDEX_FAUCHERE_ET_AL_1988
104	pc__SMOOTHED_UPSILON_STERIC_PARAMETER_FAUCHERE_ET_AL_1988
105	pc__NORMALIZED_VAN_DER_WAALS_VOLUME_FAUCHERE_ET_AL_1988
106	pc__STERIMOL_LENGTH_OF_THE_SIDE_CHAIN_FAUCHERE_ET_AL_1988
107	pc__STERIMOL_MINIMUM_WIDTH_OF_THE_SIDE_CHAIN_FAUCHERE_ET_AL_1988
108	pc__STERIMOL_MAXIMUM_WIDTH_OF_THE_SIDE_CHAIN_FAUCHERE_ET_AL_1988
109	pc__N_M_R_CHEMICAL_SHIFT_OF_ALPHA_CARBON_FAUCHERE_ET_AL_1988
110	pc__LOCALIZED_ELECTRICAL_EFFECT_FAUCHERE_ET_AL_1988
111	pc__NUMBER_OF_HYDROGEN_BOND_DONORS_FAUCHERE_ET_AL_1988
112	pc__NUMBER_OF_FULL_NONBONDING_ORBITALS_FAUCHERE_ET_AL_1988
113	pc__PK_A_RCOOH_FAUCHERE_ET_AL_1988
114	pc__HELIX_COIL_EQUILIBRIUM_CONSTANT_FINKELSTEIN_PTITSYN_1977
115	pc__HELIX_INITIATION_PARAMETER_AT_POSISION_I_1_FINKELSTEIN_ET_AL_1991
116	pc__HELIX_INITIATION_PARAMETER_AT_POSISION_I_I_1_I_2_FINKELSTEIN_ET_AL_1991
117	pc__HELIX_TERMINATION_PARAMETER_AT_POSISION_J_2_J_1_J_FINKELSTEIN_ET_AL_1991
118	pc__HELIX_TERMINATION_PARAMETER_AT_POSISION_J_1_FINKELSTEIN_ET_AL_1991
119	pc__PARTITION_COEFFICIENT_GAREL_ET_AL_1973
120	pc__ALPHA_HELIX_INDICES_GEISOW_ROBERTS_1980
121	pc__ALPHA_HELIX_INDICES_FOR_ALPHA_PROTEINS_GEISOW_ROBERTS_1980
122	pc__ALPHA_HELIX_INDICES_FOR_BETA_PROTEINS_GEISOW_ROBERTS_1980
123	pc__ALPHA_HELIX_INDICES_FOR_ALPHA_BETA_PROTEINS_GEISOW_ROBERTS_1980
124	pc__BETA_STRAND_INDICES_GEISOW_ROBERTS_1980
125	pc__BETA_STRAND_INDICES_FOR_BETA_PROTEINS_GEISOW_ROBERTS_1980
126	pc__BETA_STRAND_INDICES_FOR_ALPHA_BETA_PROTEINS_GEISOW_ROBERTS_1980
127	pc__APERIODIC_INDICES_GEISOW_ROBERTS_1980
128	pc__APERIODIC_INDICES_FOR_ALPHA_PROTEINS_GEISOW_ROBERTS_1980
129	pc__APERIODIC_INDICES_FOR_BETA_PROTEINS_GEISOW_ROBERTS_1980
130	pc__APERIODIC_INDICES_FOR_ALPHA_BETA_PROTEINS_GEISOW_ROBERTS_1980
131	pc__HYDROPHOBICITY_FACTOR_GOLDSACK_CHALIFOUX_1973
132	pc__RESIDUE_VOLUME_GOLDSACK_CHALIFOUX_1973
133	pc__COMPOSITION_GRANTHAM_1974
134	pc__POLARITY_GRANTHAM_1974
135	pc__VOLUME_GRANTHAM_1974
136	pc__PARTITION_ENERGY_GUY_1985
137	pc__HYDRATION_NUMBER_HOPFINGER_1971_CITED_BY_CHARTON_CHARTON_1982
138	pc__HYDROPHILICITY_VALUE_HOPP_WOODS_1981
139	pc__HEAT_CAPACITY_HUTCHENS_1970
140	pc__ABSOLUTE_ENTROPY_HUTCHENS_1970
141	pc__ENTROPY_OF_FORMATION_HUTCHENS_1970
142	pc__NORMALIZED_RELATIVE_FREQUENCY_OF_ALPHA_HELIX_ISOGAI_ET_AL_1980
143	pc__NORMALIZED_RELATIVE_FREQUENCY_OF_EXTENDED_STRUCTURE_ISOGAI_ET_AL_1980
144	pc__NORMALIZED_RELATIVE_FREQUENCY_OF_BEND_ISOGAI_ET_AL_1980
145	pc__NORMALIZED_RELATIVE_FREQUENCY_OF_BEND_R_ISOGAI_ET_AL_1980
146	pc__NORMALIZED_RELATIVE_FREQUENCY_OF_BEND_S_ISOGAI_ET_AL_1980
147	pc__NORMALIZED_RELATIVE_FREQUENCY_OF_HELIX_END_ISOGAI_ET_AL_1980
148	pc__NORMALIZED_RELATIVE_FREQUENCY_OF_DOUBLE_BEND_ISOGAI_ET_AL_1980
149	pc__NORMALIZED_RELATIVE_FREQUENCY_OF_COIL_ISOGAI_ET_AL_1980
150	pc__AVERAGE_ACCESSIBLE_SURFACE_AREA_JANIN_ET_AL_1978
151	pc__PERCENTAGE_OF_BURIED_RESIDUES_JANIN_ET_AL_1978
152	pc__PERCENTAGE_OF_EXPOSED_RESIDUES_JANIN_ET_AL_1978
153	pc__RATIO_OF_BURIED_AND_ACCESSIBLE_MOLAR_FRACTIONS_JANIN_1979
154	pc__TRANSFER_FREE_ENERGY_JANIN_1979
155	pc__HYDROPHOBICITY_JONES_1975
156	pc__PK_COOH_JONES_1975
157	pc__RELATIVE_FREQUENCY_OF_OCCURRENCE_JONES_ET_AL_1992
158	pc__RELATIVE_MUTABILITY_JONES_ET_AL_1992
159	pc__AMINO_ACID_DISTRIBUTION_JUKES_ET_AL_1975
160	pc__SEQUENCE_FREQUENCY_JUNGCK_1978
161	pc__AVERAGE_RELATIVE_PROBABILITY_OF_HELIX_KANEHISA_TSONG_1980
162	pc__AVERAGE_RELATIVE_PROBABILITY_OF_BETA_SHEET_KANEHISA_TSONG_1980
163	pc__AVERAGE_RELATIVE_PROBABILITY_OF_INNER_HELIX_KANEHISA_TSONG_1980
164	pc__AVERAGE_RELATIVE_PROBABILITY_OF_INNER_BETA_SHEET_KANEHISA_TSONG_1980
165	pc__FLEXIBILITY_PARAMETER_FOR_NO_RIGID_NEIGHBORS_KARPLUS_SCHULZ_1985
166	pc__FLEXIBILITY_PARAMETER_FOR_ONE_RIGID_NEIGHBOR_KARPLUS_SCHULZ_1985
167	pc__FLEXIBILITY_PARAMETER_FOR_TWO_RIGID_NEIGHBORS_KARPLUS_SCHULZ_1985
168	pc__THE_KERR_CONSTANT_INCREMENTS_KHANARIAN_MOORE_1980
169	pc__NET_CHARGE_KLEIN_ET_AL_1984
170	pc__SIDE_CHAIN_INTERACTION_PARAMETER_KRIGBAUM_RUBIN_1971
171	pc__SIDE_CHAIN_INTERACTION_PARAMETER_KRIGBAUM_KOMORIYA_1979
172	pc__FRACTION_OF_SITE_OCCUPIED_BY_WATER_KRIGBAUM_KOMORIYA_1979
173	pc__SIDE_CHAIN_VOLUME_KRIGBAUM_KOMORIYA_1979
174	pc__HYDROPATHY_INDEX_KYTE_DOOLITTLE_1982
175	pc__TRANSFER_FREE_ENERGY_CHP_WATER_LAWSON_ET_AL_1984
176	pc__HYDROPHOBIC_PARAMETER_LEVITT_1976
177	pc__DISTANCE_BETWEEN_C_ALPHA_AND_CENTROID_OF_SIDE_CHAIN_LEVITT_1976
178	pc__SIDE_CHAIN_ANGLE_THETA_AAR_LEVITT_1976
179	pc__SIDE_CHAIN_TORSION_ANGLE_PHI_AAAR_LEVITT_1976
180	pc__RADIUS_OF_GYRATION_OF_SIDE_CHAIN_LEVITT_1976
181	pc__VAN_DER_WAALS_PARAMETER_R0_LEVITT_1976
182	pc__VAN_DER_WAALS_PARAMETER_EPSILON_LEVITT_1976
183	pc__NORMALIZED_FREQUENCY_OF_ALPHA_HELIX_WITH_WEIGHTS_LEVITT_1978
184	pc__NORMALIZED_FREQUENCY_OF_BETA_SHEET_WITH_WEIGHTS_LEVITT_1978
185	pc__NORMALIZED_FREQUENCY_OF_REVERSE_TURN_WITH_WEIGHTS_LEVITT_1978
186	pc__NORMALIZED_FREQUENCY_OF_ALPHA_HELIX_UNWEIGHTED_LEVITT_1978
187	pc__NORMALIZED_FREQUENCY_OF_BETA_SHEET_UNWEIGHTED_LEVITT_1978
188	pc__NORMALIZED_FREQUENCY_OF_REVERSE_TURN_UNWEIGHTED_LEVITT_1978
189	pc__FREQUENCY_OF_OCCURRENCE_IN_BETA_BENDS_LEWIS_ET_AL_1971
190	pc__CONFORMATIONAL_PREFERENCE_FOR_ALL_BETA_STRANDS_LIFSON_SANDER_1979
191	pc__CONFORMATIONAL_PREFERENCE_FOR_PARALLEL_BETA_STRANDS_LIFSON_SANDER_1979
192	pc__CONFORMATIONAL_PREFERENCE_FOR_ANTIPARALLEL_BETA_STRANDS_LIFSON_SANDER_1979
193	pc__AVERAGE_SURROUNDING_HYDROPHOBICITY_MANAVALAN_PONNUSWAMY_1978
194	pc__NORMALIZED_FREQUENCY_OF_ALPHA_HELIX_MAXFIELD_SCHERAGA_1976
195	pc__NORMALIZED_FREQUENCY_OF_EXTENDED_STRUCTURE_MAXFIELD_SCHERAGA_1976
196	pc__NORMALIZED_FREQUENCY_OF_ZETA_R_MAXFIELD_SCHERAGA_1976
197	pc__NORMALIZED_FREQUENCY_OF_LEFT_HANDED_ALPHA_HELIX_MAXFIELD_SCHERAGA_1976
198	pc__NORMALIZED_FREQUENCY_OF_ZETA_L_MAXFIELD_SCHERAGA_1976
199	pc__NORMALIZED_FREQUENCY_OF_ALPHA_REGION_MAXFIELD_SCHERAGA_1976
200	pc__REFRACTIVITY_MCMEEKIN_ET_AL_1964_CITED_BY_JONES_1975
201	pc__RETENTION_COEFFICIENT_IN_HPLC_PH7_4_MEEK_1980
202	pc__RETENTION_COEFFICIENT_IN_HPLC_PH2_1_MEEK_1980
203	pc__RETENTION_COEFFICIENT_IN_NACLO4_MEEK_ROSSETTI_1981
204	pc__RETENTION_COEFFICIENT_IN_NAH2PO4_MEEK_ROSSETTI_1981
205	pc__AVERAGE_REDUCED_DISTANCE_FOR_C_ALPHA_MEIROVITCH_ET_AL_1980
206	pc__AVERAGE_REDUCED_DISTANCE_FOR_SIDE_CHAIN_MEIROVITCH_ET_AL_1980
207	pc__AVERAGE_SIDE_CHAIN_ORIENTATION_ANGLE_MEIROVITCH_ET_AL_1980
208	pc__EFFECTIVE_PARTITION_ENERGY_MIYAZAWA_JERNIGAN_1985
209	pc__NORMALIZED_FREQUENCY_OF_ALPHA_HELIX_NAGANO_1973
210	pc__NORMALIZED_FREQUENCY_OF_BATA_STRUCTURE_NAGANO_1973
211	pc__NORMALIZED_FREQUENCY_OF_COIL_NAGANO_1973
212	pc__AA_COMPOSITION_OF_TOTAL_PROTEINS_NAKASHIMA_ET_AL_1990
213	pc__SD_OF_AA_COMPOSITION_OF_TOTAL_PROTEINS_NAKASHIMA_ET_AL_1990
214	pc__AA_COMPOSITION_OF_MT_PROTEINS_NAKASHIMA_ET_AL_1990
215	pc__NORMALIZED_COMPOSITION_OF_MT_PROTEINS_NAKASHIMA_ET_AL_1990
216	pc__AA_COMPOSITION_OF_MT_PROTEINS_FROM_ANIMAL_NAKASHIMA_ET_AL_1990
217	pc__NORMALIZED_COMPOSITION_FROM_ANIMAL_NAKASHIMA_ET_AL_1990
218	pc__AA_COMPOSITION_OF_MT_PROTEINS_FROM_FUNGI_AND_PLANT_NAKASHIMA_ET_AL_1990
219	pc__NORMALIZED_COMPOSITION_FROM_FUNGI_AND_PLANT_NAKASHIMA_ET_AL_1990
220	pc__AA_COMPOSITION_OF_MEMBRANE_PROTEINS_NAKASHIMA_ET_AL_1990
221	pc__NORMALIZED_COMPOSITION_OF_MEMBRANE_PROTEINS_NAKASHIMA_ET_AL_1990
222	pc__TRANSMEMBRANE_REGIONS_OF_NON_MT_PROTEINS_NAKASHIMA_ET_AL_1990
223	pc__TRANSMEMBRANE_REGIONS_OF_MT_PROTEINS_NAKASHIMA_ET_AL_1990
224	pc__RATIO_OF_AVERAGE_AND_COMPUTED_COMPOSITION_NAKASHIMA_ET_AL_1990
225	pc__AA_COMPOSITION_OF_CYT_OF_SINGLE_SPANNING_PROTEINS_NAKASHIMA_NISHIKAWA_1992
226	pc__AA_COMPOSITION_OF_CYT2_OF_SINGLE_SPANNING_PROTEINS_NAKASHIMA_NISHIKAWA
227	pc__AA_COMPOSITION_OF_EXT_OF_SINGLE_SPANNING_PROTEINS_NAKASHIMA_NISHIKAWA_1992
228	pc__AA_COMPOSITION_OF_EXT2_OF_SINGLE_SPANNING_PROTEINS_NAKASHIMA_NISHIKAWA
229	pc__AA_COMPOSITION_OF_MEM_OF_SINGLE_SPANNING_PROTEINS_NAKASHIMA_NISHIKAWA_1992
230	pc__AA_COMPOSITION_OF_CYT_OF_MULTI_SPANNING_PROTEINS_NAKASHIMA_NISHIKAWA_1992
231	pc__AA_COMPOSITION_OF_EXT_OF_MULTI_SPANNING_PROTEINS_NAKASHIMA_NISHIKAWA_1992
232	pc__AA_COMPOSITION_OF_MEM_OF_MULTI_SPANNING_PROTEINS_NAKASHIMA_NISHIKAWA_1992
233	pc__8_A_CONTACT_NUMBER_NISHIKAWA_OOI_1980
234	pc__14_A_CONTACT_NUMBER_NISHIKAWA_OOI_1986
235	pc__TRANSFER_ENERGY_ORGANIC_SOLVENT_WATER_NOZAKI_TANFORD_1971
236	pc__AVERAGE_NON_BONDED_ENERGY_PER_ATOM_OOBATAKE_OOI_1977
237	pc__SHORT_AND_MEDIUM_RANGE_NON_BONDED_ENERGY_PER_ATOM_OOBATAKE_OOI_1977
238	pc__LONG_RANGE_NON_BONDED_ENERGY_PER_ATOM_OOBATAKE_OOI_1977
239	pc__AVERAGE_NON_BONDED_ENERGY_PER_RESIDUE_OOBATAKE_OOI_1977
240	pc__SHORT_AND_MEDIUM_RANGE_NON_BONDED_ENERGY_PER_RESIDUE_OOBATAKE_OOI_1977
241	pc__OPTIMIZED_BETA_STRUCTURE_COIL_EQUILIBRIUM_CONSTANT_OOBATAKE_ET_AL_1985
242	pc__OPTIMIZED_PROPENSITY_TO_FORM_REVERSE_TURN_OOBATAKE_ET_AL_1985
243	pc__OPTIMIZED_TRANSFER_ENERGY_PARAMETER_OOBATAKE_ET_AL_1985
244	pc__OPTIMIZED_AVERAGE_NON_BONDED_ENERGY_PER_ATOM_OOBATAKE_ET_AL_1985
245	pc__OPTIMIZED_SIDE_CHAIN_INTERACTION_PARAMETER_OOBATAKE_ET_AL_1985
246	pc__NORMALIZED_FREQUENCY_OF_ALPHA_HELIX_FROM_LG_PALAU_ET_AL_1981
247	pc__NORMALIZED_FREQUENCY_OF_ALPHA_HELIX_FROM_CF_PALAU_ET_AL_1981
248	pc__NORMALIZED_FREQUENCY_OF_BETA_SHEET_FROM_LG_PALAU_ET_AL_1981
249	pc__NORMALIZED_FREQUENCY_OF_BETA_SHEET_FROM_CF_PALAU_ET_AL_1981
250	pc__NORMALIZED_FREQUENCY_OF_TURN_FROM_LG_PALAU_ET_AL_1981
251	pc__NORMALIZED_FREQUENCY_OF_TURN_FROM_CF_PALAU_ET_AL_1981
252	pc__NORMALIZED_FREQUENCY_OF_ALPHA_HELIX_IN_ALL_ALPHA_CLASS_PALAU_ET_AL_1981
253	pc__NORMALIZED_FREQUENCY_OF_ALPHA_HELIX_IN_ALPHA_BETA_CLASS_PALAU_ET_AL_1981
254	pc__NORMALIZED_FREQUENCY_OF_ALPHA_HELIX_IN_ALPHA_BETA_CLASS_PALAU_ET_AL_1981_2
255	pc__NORMALIZED_FREQUENCY_OF_BETA_SHEET_IN_ALL_BETA_CLASS_PALAU_ET_AL_1981
256	pc__NORMALIZED_FREQUENCY_OF_BETA_SHEET_IN_ALPHA_BETA_CLASS_PALAU_ET_AL_1981
257	pc__NORMALIZED_FREQUENCY_OF_BETA_SHEET_IN_ALPHA_BETA_CLASS_PALAU_ET_AL_1981_2
258	pc__NORMALIZED_FREQUENCY_OF_TURN_IN_ALL_ALPHA_CLASS_PALAU_ET_AL_1981
259	pc__NORMALIZED_FREQUENCY_OF_TURN_IN_ALL_BETA_CLASS_PALAU_ET_AL_1981
260	pc__NORMALIZED_FREQUENCY_OF_TURN_IN_ALPHA_BETA_CLASS_PALAU_ET_AL_1981
261	pc__NORMALIZED_FREQUENCY_OF_TURN_IN_ALPHA_BETA_CLASS_PALAU_ET_AL_1981_2
262	pc__HPLC_PARAMETER_PARKER_ET_AL_1986
263	pc__PARTITION_COEFFICIENT_PLISKA_ET_AL_1981
264	pc__SURROUNDING_HYDROPHOBICITY_IN_FOLDED_FORM_PONNUSWAMY_ET_AL_1980
265	pc__AVERAGE_GAIN_IN_SURROUNDING_HYDROPHOBICITY_PONNUSWAMY_ET_AL_1980
266	pc__AVERAGE_GAIN_RATIO_IN_SURROUNDING_HYDROPHOBICITY_PONNUSWAMY_ET_AL_1980
267	pc__SURROUNDING_HYDROPHOBICITY_IN_ALPHA_HELIX_PONNUSWAMY_ET_AL_1980
268	pc__SURROUNDING_HYDROPHOBICITY_IN_BETA_SHEET_PONNUSWAMY_ET_AL_1980
269	pc__SURROUNDING_HYDROPHOBICITY_IN_TURN_PONNUSWAMY_ET_AL_1980
270	pc__ACCESSIBILITY_REDUCTION_RATIO_PONNUSWAMY_ET_AL_1980
271	pc__AVERAGE_NUMBER_OF_SURROUNDING_RESIDUES_PONNUSWAMY_ET_AL_1980
272	pc__INTERCEPT_IN_REGRESSION_ANALYSIS_PRABHAKARAN_PONNUSWAMY_1982
273	pc__SLOPE_IN_REGRESSION_ANALYSIS_X_1_0E1_PRABHAKARAN_PONNUSWAMY_1982
274	pc__CORRELATION_COEFFICIENT_IN_REGRESSION_ANALYSIS_PRABHAKARAN_PONNUSWAMY_1982
275	pc__HYDROPHOBICITY_PRABHAKARAN_1990
276	pc__RELATIVE_FREQUENCY_IN_ALPHA_HELIX_PRABHAKARAN_1990
277	pc__RELATIVE_FREQUENCY_IN_BETA_SHEET_PRABHAKARAN_1990
278	pc__RELATIVE_FREQUENCY_IN_REVERSE_TURN_PRABHAKARAN_1990
279	pc__HELIX_COIL_EQUILIBRIUM_CONSTANT_PTITSYN_FINKELSTEIN_1983
280	pc__BETA_COIL_EQUILIBRIUM_CONSTANT_PTITSYN_FINKELSTEIN_1983
281	pc__WEIGHTS_FOR_ALPHA_HELIX_AT_THE_WINDOW_POSITION_OF_6_QIAN_SEJNOWSKI_1988
282	pc__WEIGHTS_FOR_ALPHA_HELIX_AT_THE_WINDOW_POSITION_OF_5_QIAN_SEJNOWSKI_1988
283	pc__WEIGHTS_FOR_ALPHA_HELIX_AT_THE_WINDOW_POSITION_OF_4_QIAN_SEJNOWSKI_1988
284	pc__WEIGHTS_FOR_ALPHA_HELIX_AT_THE_WINDOW_POSITION_OF_3_QIAN_SEJNOWSKI_1988
285	pc__WEIGHTS_FOR_ALPHA_HELIX_AT_THE_WINDOW_POSITION_OF_2_QIAN_SEJNOWSKI_1988
286	pc__WEIGHTS_FOR_ALPHA_HELIX_AT_THE_WINDOW_POSITION_OF_1_QIAN_SEJNOWSKI_1988
287	pc__WEIGHTS_FOR_ALPHA_HELIX_AT_THE_WINDOW_POSITION_OF_0_QIAN_SEJNOWSKI_1988
288	pc__WEIGHTS_FOR_ALPHA_HELIX_AT_THE_WINDOW_POSITION_OF_1_QIAN_SEJNOWSKI_1988_2
289	pc__WEIGHTS_FOR_ALPHA_HELIX_AT_THE_WINDOW_POSITION_OF_2_QIAN_SEJNOWSKI_1988_2
290	pc__WEIGHTS_FOR_ALPHA_HELIX_AT_THE_WINDOW_POSITION_OF_3_QIAN_SEJNOWSKI_1988_2
291	pc__WEIGHTS_FOR_ALPHA_HELIX_AT_THE_WINDOW_POSITION_OF_4_QIAN_SEJNOWSKI_1988_2
292	pc__WEIGHTS_FOR_ALPHA_HELIX_AT_THE_WINDOW_POSITION_OF_5_QIAN_SEJNOWSKI_1988_2
293	pc__WEIGHTS_FOR_ALPHA_HELIX_AT_THE_WINDOW_POSITION_OF_6_QIAN_SEJNOWSKI_1988_2
294	pc__WEIGHTS_FOR_BETA_SHEET_AT_THE_WINDOW_POSITION_OF_6_QIAN_SEJNOWSKI_1988
295	pc__WEIGHTS_FOR_BETA_SHEET_AT_THE_WINDOW_POSITION_OF_5_QIAN_SEJNOWSKI_1988
296	pc__WEIGHTS_FOR_BETA_SHEET_AT_THE_WINDOW_POSITION_OF_4_QIAN_SEJNOWSKI_1988
297	pc__WEIGHTS_FOR_BETA_SHEET_AT_THE_WINDOW_POSITION_OF_3_QIAN_SEJNOWSKI_1988
298	pc__WEIGHTS_FOR_BETA_SHEET_AT_THE_WINDOW_POSITION_OF_2_QIAN_SEJNOWSKI_1988
299	pc__WEIGHTS_FOR_BETA_SHEET_AT_THE_WINDOW_POSITION_OF_1_QIAN_SEJNOWSKI_1988
300	pc__WEIGHTS_FOR_BETA_SHEET_AT_THE_WINDOW_POSITION_OF_0_QIAN_SEJNOWSKI_1988
301	pc__WEIGHTS_FOR_BETA_SHEET_AT_THE_WINDOW_POSITION_OF_1_QIAN_SEJNOWSKI_1988_2
302	pc__WEIGHTS_FOR_BETA_SHEET_AT_THE_WINDOW_POSITION_OF_2_QIAN_SEJNOWSKI_1988_2
303	pc__WEIGHTS_FOR_BETA_SHEET_AT_THE_WINDOW_POSITION_OF_3_QIAN_SEJNOWSKI_1988_2
304	pc__WEIGHTS_FOR_BETA_SHEET_AT_THE_WINDOW_POSITION_OF_4_QIAN_SEJNOWSKI_1988_2
305	pc__WEIGHTS_FOR_BETA_SHEET_AT_THE_WINDOW_POSITION_OF_5_QIAN_SEJNOWSKI_1988_2
306	pc__WEIGHTS_FOR_BETA_SHEET_AT_THE_WINDOW_POSITION_OF_6_QIAN_SEJNOWSKI_1988_2
307	pc__WEIGHTS_FOR_COIL_AT_THE_WINDOW_POSITION_OF_6_QIAN_SEJNOWSKI_1988
308	pc__WEIGHTS_FOR_COIL_AT_THE_WINDOW_POSITION_OF_5_QIAN_SEJNOWSKI_1988
309	pc__WEIGHTS_FOR_COIL_AT_THE_WINDOW_POSITION_OF_4_QIAN_SEJNOWSKI_1988
310	pc__WEIGHTS_FOR_COIL_AT_THE_WINDOW_POSITION_OF_3_QIAN_SEJNOWSKI_1988
311	pc__WEIGHTS_FOR_COIL_AT_THE_WINDOW_POSITION_OF_2_QIAN_SEJNOWSKI_1988
312	pc__WEIGHTS_FOR_COIL_AT_THE_WINDOW_POSITION_OF_1_QIAN_SEJNOWSKI_1988
313	pc__WEIGHTS_FOR_COIL_AT_THE_WINDOW_POSITION_OF_0_QIAN_SEJNOWSKI_1988
314	pc__WEIGHTS_FOR_COIL_AT_THE_WINDOW_POSITION_OF_1_QIAN_SEJNOWSKI_1988_2
315	pc__WEIGHTS_FOR_COIL_AT_THE_WINDOW_POSITION_OF_2_QIAN_SEJNOWSKI_1988_2
316	pc__WEIGHTS_FOR_COIL_AT_THE_WINDOW_POSITION_OF_3_QIAN_SEJNOWSKI_1988_2
317	pc__WEIGHTS_FOR_COIL_AT_THE_WINDOW_POSITION_OF_4_QIAN_SEJNOWSKI_1988_2
318	pc__WEIGHTS_FOR_COIL_AT_THE_WINDOW_POSITION_OF_5_QIAN_SEJNOWSKI_1988_2
319	pc__WEIGHTS_FOR_COIL_AT_THE_WINDOW_POSITION_OF_6_QIAN_SEJNOWSKI_1988_2
320	pc__AVERAGE_REDUCED_DISTANCE_FOR_C_ALPHA_RACKOVSKY_SCHERAGA_1977
321	pc__AVERAGE_REDUCED_DISTANCE_FOR_SIDE_CHAIN_RACKOVSKY_SCHERAGA_1977
322	pc__SIDE_CHAIN_ORIENTATIONAL_PREFERENCE_RACKOVSKY_SCHERAGA_1977
323	pc__AVERAGE_RELATIVE_FRACTIONAL_OCCURRENCE_IN_A0_I_RACKOVSKY_SCHERAGA_1982
324	pc__AVERAGE_RELATIVE_FRACTIONAL_OCCURRENCE_IN_AR_I_RACKOVSKY_SCHERAGA_1982
325	pc__AVERAGE_RELATIVE_FRACTIONAL_OCCURRENCE_IN_AL_I_RACKOVSKY_SCHERAGA_1982
326	pc__AVERAGE_RELATIVE_FRACTIONAL_OCCURRENCE_IN_EL_I_RACKOVSKY_SCHERAGA_1982
327	pc__AVERAGE_RELATIVE_FRACTIONAL_OCCURRENCE_IN_E0_I_RACKOVSKY_SCHERAGA_1982
328	pc__AVERAGE_RELATIVE_FRACTIONAL_OCCURRENCE_IN_ER_I_RACKOVSKY_SCHERAGA_1982
329	pc__AVERAGE_RELATIVE_FRACTIONAL_OCCURRENCE_IN_A0_I_1_RACKOVSKY_SCHERAGA_1982
330	pc__AVERAGE_RELATIVE_FRACTIONAL_OCCURRENCE_IN_AR_I_1_RACKOVSKY_SCHERAGA_1982
331	pc__AVERAGE_RELATIVE_FRACTIONAL_OCCURRENCE_IN_AL_I_1_RACKOVSKY_SCHERAGA_1982
332	pc__AVERAGE_RELATIVE_FRACTIONAL_OCCURRENCE_IN_EL_I_1_RACKOVSKY_SCHERAGA_1982
333	pc__AVERAGE_RELATIVE_FRACTIONAL_OCCURRENCE_IN_E0_I_1_RACKOVSKY_SCHERAGA_1982
334	pc__AVERAGE_RELATIVE_FRACTIONAL_OCCURRENCE_IN_ER_I_1_RACKOVSKY_SCHERAGA_1982
335	pc__VALUE_OF_THETA_I_RACKOVSKY_SCHERAGA_1982
336	pc__VALUE_OF_THETA_I_1_RACKOVSKY_SCHERAGA_1982
337	pc__TRANSFER_FREE_ENERGY_FROM_CHX_TO_WAT_RADZICKA_WOLFENDEN_1988
338	pc__TRANSFER_FREE_ENERGY_FROM_OCT_TO_WAT_RADZICKA_WOLFENDEN_1988
339	pc__TRANSFER_FREE_ENERGY_FROM_VAP_TO_CHX_RADZICKA_WOLFENDEN_1988
340	pc__TRANSFER_FREE_ENERGY_FROM_CHX_TO_OCT_RADZICKA_WOLFENDEN_1988
341	pc__TRANSFER_FREE_ENERGY_FROM_VAP_TO_OCT_RADZICKA_WOLFENDEN_1988
342	pc__ACCESSIBLE_SURFACE_AREA_RADZICKA_WOLFENDEN_1988
343	pc__ENERGY_TRANSFER_FROM_OUT_TO_IN_95_BURIED_RADZICKA_WOLFENDEN_1988
344	pc__MEAN_POLARITY_RADZICKA_WOLFENDEN_1988
345	pc__RELATIVE_PREFERENCE_VALUE_AT_N_RICHARDSON_RICHARDSON_1988
346	pc__RELATIVE_PREFERENCE_VALUE_AT_N_RICHARDSON_RICHARDSON_1988_2
347	pc__RELATIVE_PREFERENCE_VALUE_AT_N_CAP_RICHARDSON_RICHARDSON_1988
348	pc__RELATIVE_PREFERENCE_VALUE_AT_N1_RICHARDSON_RICHARDSON_1988
349	pc__RELATIVE_PREFERENCE_VALUE_AT_N2_RICHARDSON_RICHARDSON_1988
350	pc__RELATIVE_PREFERENCE_VALUE_AT_N3_RICHARDSON_RICHARDSON_1988
351	pc__RELATIVE_PREFERENCE_VALUE_AT_N4_RICHARDSON_RICHARDSON_1988
352	pc__RELATIVE_PREFERENCE_VALUE_AT_N5_RICHARDSON_RICHARDSON_1988
353	pc__RELATIVE_PREFERENCE_VALUE_AT_MID_RICHARDSON_RICHARDSON_1988
354	pc__RELATIVE_PREFERENCE_VALUE_AT_C5_RICHARDSON_RICHARDSON_1988
355	pc__RELATIVE_PREFERENCE_VALUE_AT_C4_RICHARDSON_RICHARDSON_1988
356	pc__RELATIVE_PREFERENCE_VALUE_AT_C3_RICHARDSON_RICHARDSON_1988
357	pc__RELATIVE_PREFERENCE_VALUE_AT_C2_RICHARDSON_RICHARDSON_1988
358	pc__RELATIVE_PREFERENCE_VALUE_AT_C1_RICHARDSON_RICHARDSON_1988
359	pc__RELATIVE_PREFERENCE_VALUE_AT_C_CAP_RICHARDSON_RICHARDSON_1988
360	pc__RELATIVE_PREFERENCE_VALUE_AT_C_RICHARDSON_RICHARDSON_1988
361	pc__RELATIVE_PREFERENCE_VALUE_AT_C_RICHARDSON_RICHARDSON_1988_2
362	pc__INFORMATION_MEASURE_FOR_ALPHA_HELIX_ROBSON_SUZUKI_1976
363	pc__INFORMATION_MEASURE_FOR_N_TERMINAL_HELIX_ROBSON_SUZUKI_1976
364	pc__INFORMATION_MEASURE_FOR_MIDDLE_HELIX_ROBSON_SUZUKI_1976
365	pc__INFORMATION_MEASURE_FOR_C_TERMINAL_HELIX_ROBSON_SUZUKI_1976
366	pc__INFORMATION_MEASURE_FOR_EXTENDED_ROBSON_SUZUKI_1976
367	pc__INFORMATION_MEASURE_FOR_PLEATED_SHEET_ROBSON_SUZUKI_1976
368	pc__INFORMATION_MEASURE_FOR_EXTENDED_WITHOUT_H_BOND_ROBSON_SUZUKI_1976
369	pc__INFORMATION_MEASURE_FOR_TURN_ROBSON_SUZUKI_1976
370	pc__INFORMATION_MEASURE_FOR_N_TERMINAL_TURN_ROBSON_SUZUKI_1976
371	pc__INFORMATION_MEASURE_FOR_MIDDLE_TURN_ROBSON_SUZUKI_1976
372	pc__INFORMATION_MEASURE_FOR_C_TERMINAL_TURN_ROBSON_SUZUKI_1976
373	pc__INFORMATION_MEASURE_FOR_COIL_ROBSON_SUZUKI_1976
374	pc__INFORMATION_MEASURE_FOR_LOOP_ROBSON_SUZUKI_1976
375	pc__HYDRATION_FREE_ENERGY_ROBSON_OSGUTHORPE_1979
376	pc__MEAN_AREA_BURIED_ON_TRANSFER_ROSE_ET_AL_1985
377	pc__MEAN_FRACTIONAL_AREA_LOSS_ROSE_ET_AL_1985
378	pc__SIDE_CHAIN_HYDROPATHY_UNCORRECTED_FOR_SOLVATION_ROSEMAN_1988
379	pc__SIDE_CHAIN_HYDROPATHY_CORRECTED_FOR_SOLVATION_ROSEMAN_1988
380	pc__LOSS_OF_SIDE_CHAIN_HYDROPATHY_BY_HELIX_FORMATION_ROSEMAN_1988
381	pc__TRANSFER_FREE_ENERGY_SIMON_1976_CITED_BY_CHARTON_CHARTON_1982
382	pc__PRINCIPAL_COMPONENT_I_SNEATH_1966
383	pc__PRINCIPAL_COMPONENT_II_SNEATH_1966
384	pc__PRINCIPAL_COMPONENT_III_SNEATH_1966
385	pc__PRINCIPAL_COMPONENT_IV_SNEATH_1966
386	pc__ZIMM_BRAGG_PARAMETER_S_AT_20_C_SUEKI_ET_AL_1984
387	pc__ZIMM_BRAGG_PARAMETER_SIGMA_X_1_0E4_SUEKI_ET_AL_1984
388	pc__OPTIMAL_MATCHING_HYDROPHOBICITY_SWEET_EISENBERG_1983
389	pc__NORMALIZED_FREQUENCY_OF_ALPHA_HELIX_TANAKA_SCHERAGA_1977
390	pc__NORMALIZED_FREQUENCY_OF_ISOLATED_HELIX_TANAKA_SCHERAGA_1977
391	pc__NORMALIZED_FREQUENCY_OF_EXTENDED_STRUCTURE_TANAKA_SCHERAGA_1977
392	pc__NORMALIZED_FREQUENCY_OF_CHAIN_REVERSAL_R_TANAKA_SCHERAGA_1977
393	pc__NORMALIZED_FREQUENCY_OF_CHAIN_REVERSAL_S_TANAKA_SCHERAGA_1977
394	pc__NORMALIZED_FREQUENCY_OF_CHAIN_REVERSAL_D_TANAKA_SCHERAGA_1977
395	pc__NORMALIZED_FREQUENCY_OF_LEFT_HANDED_HELIX_TANAKA_SCHERAGA_1977
396	pc__NORMALIZED_FREQUENCY_OF_ZETA_R_TANAKA_SCHERAGA_1977
397	pc__NORMALIZED_FREQUENCY_OF_COIL_TANAKA_SCHERAGA_1977
398	pc__NORMALIZED_FREQUENCY_OF_CHAIN_REVERSAL_TANAKA_SCHERAGA_1977
399	pc__RELATIVE_POPULATION_OF_CONFORMATIONAL_STATE_A_VASQUEZ_ET_AL_1983
400	pc__RELATIVE_POPULATION_OF_CONFORMATIONAL_STATE_C_VASQUEZ_ET_AL_1983
401	pc__RELATIVE_POPULATION_OF_CONFORMATIONAL_STATE_E_VASQUEZ_ET_AL_1983
402	pc__ELECTRON_ION_INTERACTION_POTENTIAL_VELJKOVIC_ET_AL_1985
403	pc__TRANSFER_FREE_ENERGY_TO_LIPOPHILIC_PHASE_VON_HEIJNE_BLOMBERG_1979
404	pc__AVERAGE_INTERACTIONS_PER_SIDE_CHAIN_ATOM_WARME_MORGAN_1978
405	pc__RF_VALUE_IN_HIGH_SALT_CHROMATOGRAPHY_WEBER_LACEY_1978
406	pc__PROPENSITY_TO_BE_BURIED_INSIDE_WERTZ_SCHERAGA_1978
407	pc__FREE_ENERGY_CHANGE_OF_EPSILON_I_TO_EPSILON_EX_WERTZ_SCHERAGA_1978
408	pc__FREE_ENERGY_CHANGE_OF_ALPHA_RI_TO_ALPHA_RH_WERTZ_SCHERAGA_1978
409	pc__FREE_ENERGY_CHANGE_OF_EPSILON_I_TO_ALPHA_RH_WERTZ_SCHERAGA_1978
410	pc__POLAR_REQUIREMENT_WOESE_1973
411	pc__HYDRATION_POTENTIAL_WOLFENDEN_ET_AL_1981
412	pc__PRINCIPAL_PROPERTY_VALUE_Z1_WOLD_ET_AL_1987
413	pc__PRINCIPAL_PROPERTY_VALUE_Z2_WOLD_ET_AL_1987
414	pc__PRINCIPAL_PROPERTY_VALUE_Z3_WOLD_ET_AL_1987
415	pc__UNFOLDING_GIBBS_ENERGY_IN_WATER_PH7_0_YUTANI_ET_AL_1987
416	pc__UNFOLDING_GIBBS_ENERGY_IN_WATER_PH9_0_YUTANI_ET_AL_1987
417	pc__ACTIVATION_GIBBS_ENERGY_OF_UNFOLDING_PH7_0_YUTANI_ET_AL_1987
418	pc__ACTIVATION_GIBBS_ENERGY_OF_UNFOLDING_PH9_0_YUTANI_ET_AL_1987
419	pc__DEPENDENCE_OF_PARTITION_COEFFICIENT_ON_IONIC_STRENGTH_ZASLAVSKY_ET_AL
420	pc__HYDROPHOBICITY_ZIMMERMAN_ET_AL_1968
421	pc__BULKINESS_ZIMMERMAN_ET_AL_1968
422	pc__POLARITY_ZIMMERMAN_ET_AL_1968
423	pc__ISOELECTRIC_POINT_ZIMMERMAN_ET_AL_1968
424	pc__RF_RANK_ZIMMERMAN_ET_AL_1968
425	pc__NORMALIZED_POSITIONAL_RESIDUE_FREQUENCY_AT_HELIX_TERMINI_N4_AURORA_ROSE
426	pc__NORMALIZED_POSITIONAL_RESIDUE_FREQUENCY_AT_HELIX_TERMINI_N_AURORA_ROSE
427	pc__NORMALIZED_POSITIONAL_RESIDUE_FREQUENCY_AT_HELIX_TERMINI_N_AURORA_ROSE_2
428	pc__NORMALIZED_POSITIONAL_RESIDUE_FREQUENCY_AT_HELIX_TERMINI_N_AURORA_ROSE_3
429	pc__NORMALIZED_POSITIONAL_RESIDUE_FREQUENCY_AT_HELIX_TERMINI_NC_AURORA_ROSE
430	pc__NORMALIZED_POSITIONAL_RESIDUE_FREQUENCY_AT_HELIX_TERMINI_N1_AURORA_ROSE
431	pc__NORMALIZED_POSITIONAL_RESIDUE_FREQUENCY_AT_HELIX_TERMINI_N2_AURORA_ROSE
432	pc__NORMALIZED_POSITIONAL_RESIDUE_FREQUENCY_AT_HELIX_TERMINI_N3_AURORA_ROSE
433	pc__NORMALIZED_POSITIONAL_RESIDUE_FREQUENCY_AT_HELIX_TERMINI_N4_AURORA_ROSE_2
434	pc__NORMALIZED_POSITIONAL_RESIDUE_FREQUENCY_AT_HELIX_TERMINI_N5_AURORA_ROSE
435	pc__NORMALIZED_POSITIONAL_RESIDUE_FREQUENCY_AT_HELIX_TERMINI_C5_AURORA_ROSE
436	pc__NORMALIZED_POSITIONAL_RESIDUE_FREQUENCY_AT_HELIX_TERMINI_C4_AURORA_ROSE
437	pc__NORMALIZED_POSITIONAL_RESIDUE_FREQUENCY_AT_HELIX_TERMINI_C3_AURORA_ROSE
438	pc__NORMALIZED_POSITIONAL_RESIDUE_FREQUENCY_AT_HELIX_TERMINI_C2_AURORA_ROSE
439	pc__NORMALIZED_POSITIONAL_RESIDUE_FREQUENCY_AT_HELIX_TERMINI_C1_AURORA_ROSE
440	pc__NORMALIZED_POSITIONAL_RESIDUE_FREQUENCY_AT_HELIX_TERMINI_CC_AURORA_ROSE
441	pc__NORMALIZED_POSITIONAL_RESIDUE_FREQUENCY_AT_HELIX_TERMINI_C_AURORA_ROSE
442	pc__NORMALIZED_POSITIONAL_RESIDUE_FREQUENCY_AT_HELIX_TERMINI_C_AURORA_ROSE_2
443	pc__NORMALIZED_POSITIONAL_RESIDUE_FREQUENCY_AT_HELIX_TERMINI_C_AURORA_ROSE_3
444	pc__NORMALIZED_POSITIONAL_RESIDUE_FREQUENCY_AT_HELIX_TERMINI_C4_AURORA_ROSE_2
445	pc__DELTA_G_VALUES_FOR_THE_PEPTIDES_EXTRAPOLATED_TO_0_M_UREA_O_NEIL_DEGRADO
446	pc__HELIX_FORMATION_PARAMETERS_DELTA_DELTA_G_O_NEIL_DEGRADO_1990
447	pc__NORMALIZED_FLEXIBILITY_PARAMETERS_B_VALUES_AVERAGE_VIHINEN_ET_AL_1994
448	pc__NORMALIZED_FLEXIBILITY_PARAMETERS_B_VALUES_FOR_EACH_RESIDUE_SURROUNDED_BY
449	pc__NORMALIZED_FLEXIBILITY_PARAMETERS_B_VALUES_FOR_EACH_RESIDUE_SURROUNDED_BY_2
450	pc__NORMALIZED_FLEXIBILITY_PARAMETERS_B_VALUES_FOR_EACH_RESIDUE_SURROUNDED_BY_3
451	pc__FREE_ENERGY_IN_ALPHA_HELICAL_CONFORMATION_MUNOZ_SERRANO_1994
452	pc__FREE_ENERGY_IN_ALPHA_HELICAL_REGION_MUNOZ_SERRANO_1994
453	pc__FREE_ENERGY_IN_BETA_STRAND_CONFORMATION_MUNOZ_SERRANO_1994
454	pc__FREE_ENERGY_IN_BETA_STRAND_REGION_MUNOZ_SERRANO_1994
455	pc__FREE_ENERGY_IN_BETA_STRAND_REGION_MUNOZ_SERRANO_1994_2
456	pc__FREE_ENERGIES_OF_TRANSFER_OF_ACWL_X_LL_PEPTIDES_FROM_BILAYER_INTERFACE_TO
457	pc__THERMODYNAMIC_BETA_SHEET_PROPENSITY_KIM_BERG_1993
458	pc__TURN_PROPENSITY_SCALE_FOR_TRANSMEMBRANE_HELICES_MONNE_ET_AL_1999
459	pc__ALPHA_HELIX_PROPENSITY_OF_POSITION_44_IN_T4_LYSOZYME_BLABER_ET_AL_1993
460	pc__P_VALUES_OF_MESOPHILIC_PROTEINS_BASED_ON_THE_DISTRIBUTIONS_OF_B_VALUES
461	pc__P_VALUES_OF_THERMOPHILIC_PROTEINS_BASED_ON_THE_DISTRIBUTIONS_OF_B_VALUES
462	pc__DISTRIBUTION_OF_AMINO_ACID_RESIDUES_IN_THE_18_NON_REDUNDANT_FAMILIES_OF
463	pc__DISTRIBUTION_OF_AMINO_ACID_RESIDUES_IN_THE_18_NON_REDUNDANT_FAMILIES_OF_2
464	pc__DISTRIBUTION_OF_AMINO_ACID_RESIDUES_IN_THE_ALPHA_HELICES_IN_THERMOPHILIC
465	pc__DISTRIBUTION_OF_AMINO_ACID_RESIDUES_IN_THE_ALPHA_HELICES_IN_MESOPHILIC
466	pc__SIDE_CHAIN_CONTRIBUTION_TO_PROTEIN_STABILITY_KJ_MOL_TAKANO_YUTANI_2001
467	pc__PROPENSITY_OF_AMINO_ACIDS_WITHIN_PI_HELICES_FODJE_AL_KARADAGHI_2002
468	pc__HYDROPATHY_SCALE_BASED_ON_SELF_INFORMATION_VALUES_IN_THE_TWO_STATE_MODEL_5
469	pc__HYDROPATHY_SCALE_BASED_ON_SELF_INFORMATION_VALUES_IN_THE_TWO_STATE_MODEL_9
470	pc__HYDROPATHY_SCALE_BASED_ON_SELF_INFORMATION_VALUES_IN_THE_TWO_STATE_MODEL_16
471	pc__HYDROPATHY_SCALE_BASED_ON_SELF_INFORMATION_VALUES_IN_THE_TWO_STATE_MODEL_20
472	pc__HYDROPATHY_SCALE_BASED_ON_SELF_INFORMATION_VALUES_IN_THE_TWO_STATE_MODEL_25
473	pc__HYDROPATHY_SCALE_BASED_ON_SELF_INFORMATION_VALUES_IN_THE_TWO_STATE_MODEL_36
474	pc__HYDROPATHY_SCALE_BASED_ON_SELF_INFORMATION_VALUES_IN_THE_TWO_STATE_MODEL_50
475	pc__AVERAGED_TURN_PROPENSITIES_IN_A_TRANSMEMBRANE_HELIX_MONNE_ET_AL_1999
476	pc__ALPHA_HELIX_PROPENSITY_DERIVED_FROM_DESIGNED_SEQUENCES_KOEHL_LEVITT_1999
477	pc__BETA_SHEET_PROPENSITY_DERIVED_FROM_DESIGNED_SEQUENCES_KOEHL_LEVITT_1999
478	pc__COMPOSITION_OF_AMINO_ACIDS_IN_EXTRACELLULAR_PROTEINS_PERCENT_CEDANO_ET
479	pc__COMPOSITION_OF_AMINO_ACIDS_IN_ANCHORED_PROTEINS_PERCENT_CEDANO_ET_AL
480	pc__COMPOSITION_OF_AMINO_ACIDS_IN_MEMBRANE_PROTEINS_PERCENT_CEDANO_ET_AL
481	pc__COMPOSITION_OF_AMINO_ACIDS_IN_INTRACELLULAR_PROTEINS_PERCENT_CEDANO_ET
482	pc__COMPOSITION_OF_AMINO_ACIDS_IN_NUCLEAR_PROTEINS_PERCENT_CEDANO_ET_AL
483	pc__SURFACE_COMPOSITION_OF_AMINO_ACIDS_IN_INTRACELLULAR_PROTEINS_OF_THERMOPHILES
484	pc__SURFACE_COMPOSITION_OF_AMINO_ACIDS_IN_INTRACELLULAR_PROTEINS_OF_MESOPHILES
485	pc__SURFACE_COMPOSITION_OF_AMINO_ACIDS_IN_EXTRACELLULAR_PROTEINS_OF_MESOPHILES
486	pc__SURFACE_COMPOSITION_OF_AMINO_ACIDS_IN_NUCLEAR_PROTEINS_PERCENT
487	pc__INTERIOR_COMPOSITION_OF_AMINO_ACIDS_IN_INTRACELLULAR_PROTEINS_OF_THERMOPHILES
488	pc__INTERIOR_COMPOSITION_OF_AMINO_ACIDS_IN_INTRACELLULAR_PROTEINS_OF_MESOPHILES
489	pc__INTERIOR_COMPOSITION_OF_AMINO_ACIDS_IN_EXTRACELLULAR_PROTEINS_OF_MESOPHILES
490	pc__INTERIOR_COMPOSITION_OF_AMINO_ACIDS_IN_NUCLEAR_PROTEINS_PERCENT
491	pc__ENTIRE_CHAIN_COMPOSITION_OF_AMINO_ACIDS_IN_INTRACELLULAR_PROTEINS_OF
492	pc__ENTIRE_CHAIN_COMPOSITION_OF_AMINO_ACIDS_IN_INTRACELLULAR_PROTEINS_OF_2
493	pc__ENTIRE_CHAIN_COMPOSITION_OF_AMINO_ACIDS_IN_EXTRACELLULAR_PROTEINS_OF
494	pc__ENTIRE_CHAIN_COMPOSITINO_OF_AMINO_ACIDS_IN_NUCLEAR_PROTEINS_PERCENT
495	pc__SCREENING_COEFFICIENTS_GAMMA_LOCAL_AVBELJ_2000
496	pc__SCREENING_COEFFICIENTS_GAMMA_NON_LOCAL_AVBELJ_2000
497	pc__SLOPES_TRIPEPTIDE_FDPB_VFF_NEUTRAL_AVBELJ_2000
498	pc__SLOPES_TRIPEPTIDES_LD_VFF_NEUTRAL_AVBELJ_2000
499	pc__SLOPES_TRIPEPTIDE_FDPB_VFF_NOSIDE_AVBELJ_2000
500	pc__SLOPES_TRIPEPTIDE_FDPB_VFF_ALL_AVBELJ_2000
501	pc__SLOPES_TRIPEPTIDE_FDPB_PARSE_NEUTRAL_AVBELJ_2000
502	pc__SLOPES_DEKAPEPTIDE_FDPB_VFF_NEUTRAL_AVBELJ_2000
503	pc__SLOPES_PROTEINS_FDPB_VFF_NEUTRAL_AVBELJ_2000
504	pc__SIDE_CHAIN_CONFORMATION_BY_GAUSSIAN_EVOLUTIONARY_METHOD_YANG_ET_AL_2002
505	pc__AMPHIPHILICITY_INDEX_MITAKU_ET_AL_2002
506	pc__VOLUMES_INCLUDING_THE_CRYSTALLOGRAPHIC_WATERS_USING_THE_PROTOR_TSAI_ET_AL
507	pc__VOLUMES_NOT_INCLUDING_THE_CRYSTALLOGRAPHIC_WATERS_USING_THE_PROTOR_TSAI_ET
508	pc__ELECTRON_ION_INTERACTION_POTENTIAL_VALUES_COSIC_1994
509	pc__HYDROPHOBICITY_SCALES_PONNUSWAMY_1993
510	pc__HYDROPHOBICITY_COEFFICIENT_IN_RP_HPLC_C18_WITH_0_1_TFA_MECN_H2O_WILCE_ET
511	pc__HYDROPHOBICITY_COEFFICIENT_IN_RP_HPLC_C8_WITH_0_1_TFA_MECN_H2O_WILCE_ET_AL
512	pc__HYDROPHOBICITY_COEFFICIENT_IN_RP_HPLC_C4_WITH_0_1_TFA_MECN_H2O_WILCE_ET_AL
513	pc__HYDROPHOBICITY_COEFFICIENT_IN_RP_HPLC_C18_WITH_0_1_TFA_2_PROH_MECN_H2O
514	pc__HYDROPHILICITY_SCALE_KUHN_ET_AL_1995
515	pc__RETENTION_COEFFICIENT_AT_PH_2_GUO_ET_AL_1986
516	pc__MODIFIED_KYTE_DOOLITTLE_HYDROPHOBICITY_SCALE_JURETIC_ET_AL_1998
517	pc__INTERACTIVITY_SCALE_OBTAINED_FROM_THE_CONTACT_MATRIX_BASTOLLA_ET_AL_2005
518	pc__INTERACTIVITY_SCALE_OBTAINED_BY_MAXIMIZING_THE_MEAN_OF_CORRELATION
519	pc__INTERACTIVITY_SCALE_OBTAINED_BY_MAXIMIZING_THE_MEAN_OF_CORRELATION_2
520	pc__LINKER_PROPENSITY_INDEX_SUYAMA_OHARA_2003
521	pc__KNOWLEDGE_BASED_MEMBRANE_PROPENSITY_SCALE_FROM_1D_HELIX_IN_MPTOPO_DATABASES
522	pc__KNOWLEDGE_BASED_MEMBRANE_PROPENSITY_SCALE_FROM_3D_HELIX_IN_MPTOPO_DATABASES
523	pc__LINKER_PROPENSITY_FROM_ALL_DATASET_GEORGE_HERINGA_2003
524	pc__LINKER_PROPENSITY_FROM_1_LINKER_DATASET_GEORGE_HERINGA_2003
525	pc__LINKER_PROPENSITY_FROM_2_LINKER_DATASET_GEORGE_HERINGA_2003
526	pc__LINKER_PROPENSITY_FROM_3_LINKER_DATASET_GEORGE_HERINGA_2003
527	pc__LINKER_PROPENSITY_FROM_SMALL_DATASET_LINKER_LENGTH_IS_LESS_THAN_SIX
528	pc__LINKER_PROPENSITY_FROM_MEDIUM_DATASET_LINKER_LENGTH_IS_BETWEEN_SIX_AND_14
529	pc__LINKER_PROPENSITY_FROM_LONG_DATASET_LINKER_LENGTH_IS_GREATER_THAN_14
530	pc__LINKER_PROPENSITY_FROM_HELICAL_ANNOTATED_BY_DSSP_DATASET_GEORGE_HERINGA
531	pc__LINKER_PROPENSITY_FROM_NON_HELICAL_ANNOTATED_BY_DSSP_DATASET
532	pc__THE_STABILITY_SCALE_FROM_THE_KNOWLEDGE_BASED_ATOM_ATOM_POTENTIAL_ZHOU_ZHOU
533	pc__THE_RELATIVE_STABILITY_SCALE_EXTRACTED_FROM_MUTATION_EXPERIMENTS_ZHOU_ZHOU
534	pc__BURIABILITY_ZHOU_ZHOU_2004
535	pc__LINKER_INDEX_BAE_ET_AL_2005
536	pc__MEAN_VOLUMES_OF_RESIDUES_BURIED_IN_PROTEIN_INTERIORS_HARPAZ_ET_AL_1994
537	pc__AVERAGE_VOLUMES_OF_RESIDUES_PONTIUS_ET_AL_1996
538	pc__HYDROSTATIC_PRESSURE_ASYMMETRY_INDEX_PAI_DI_GIULIO_2005
539	pc__HYDROPHOBICITY_INDEX_WOLFENDEN_ET_AL_1979
540	pc__AVERAGE_INTERNAL_PREFERENCES_OLSEN_1980
541	pc__HYDROPHOBICITY_RELATED_INDEX_KIDERA_ET_AL_1985
542	pc__APPARENT_PARTITION_ENERGIES_CALCULATED_FROM_WERTZ_SCHERAGA_INDEX_GUY_1985
543	pc__APPARENT_PARTITION_ENERGIES_CALCULATED_FROM_ROBSON_OSGUTHORPE_INDEX_GUY
544	pc__APPARENT_PARTITION_ENERGIES_CALCULATED_FROM_JANIN_INDEX_GUY_1985
545	pc__APPARENT_PARTITION_ENERGIES_CALCULATED_FROM_CHOTHIA_INDEX_GUY_1985
546	pc__HYDROPATHIES_OF_AMINO_ACID_SIDE_CHAINS_NEUTRAL_FORM_ROSEMAN_1988
547	pc__HYDROPATHIES_OF_AMINO_ACID_SIDE_CHAINS_PI_VALUES_IN_PH_7_0_ROSEMAN_1988
548	pc__WEIGHTS_FROM_THE_IFH_SCALE_JACOBS_WHITE_1989
549	pc__HYDROPHOBICITY_INDEX_3_0_PH_COWAN_WHITTAKER_1990
550	pc__SCALED_SIDE_CHAIN_HYDROPHOBICITY_VALUES_BLACK_MOULD_1991
551	pc__HYDROPHOBICITY_SCALE_FROM_NATIVE_PROTEIN_STRUCTURES_CASARI_SIPPL_1992
552	pc__NNEIG_INDEX_CORNETTE_ET_AL_1987
553	pc__SWEIG_INDEX_CORNETTE_ET_AL_1987
554	pc__PRIFT_INDEX_CORNETTE_ET_AL_1987
555	pc__PRILS_INDEX_CORNETTE_ET_AL_1987
556	pc__ALTFT_INDEX_CORNETTE_ET_AL_1987
557	pc__ALTLS_INDEX_CORNETTE_ET_AL_1987
558	pc__TOTFT_INDEX_CORNETTE_ET_AL_1987
559	pc__TOTLS_INDEX_CORNETTE_ET_AL_1987
560	pc__RELATIVE_PARTITION_ENERGIES_DERIVED_BY_THE_BETHE_APPROXIMATION
561	pc__OPTIMIZED_RELATIVE_PARTITION_ENERGIES_METHOD_A_MIYAZAWA_JERNIGAN_1999
562	pc__OPTIMIZED_RELATIVE_PARTITION_ENERGIES_METHOD_B_MIYAZAWA_JERNIGAN_1999
563	pc__OPTIMIZED_RELATIVE_PARTITION_ENERGIES_METHOD_C_MIYAZAWA_JERNIGAN_1999
564	pc__OPTIMIZED_RELATIVE_PARTITION_ENERGIES_METHOD_D_MIYAZAWA_JERNIGAN_1999
565	pc__HYDROPHOBICITY_INDEX_ENGELMAN_ET_AL_1986
566	pc__HYDROPHOBICITY_INDEX_FASMAN_1989
567	pc__NUMBER_OF_VERTICES_ORDER_OF_THE_GRAPH_KARKBARA_KNISLEY_2016
568	pc__NUMBER_OF_EDGES_SIZE_OF_THE_GRAPH_KARKBARA_KNISLEY_2016
569	pc__TOTAL_WEIGHTED_DEGREE_OF_THE_GRAPH_OBTAINED_BY_ADDING_ALL_THE_WEIGHTS_OF
570	pc__WEIGHTED_DOMINATION_NUMBER_KARKBARA_KNISLEY_2016
571	pc__AVERAGE_ECCENTRICITY_KARKBARA_KNISLEY_2016
572	pc__RADIUS_MINIMUM_ECCENTRICITY_KARKBARA_KNISLEY_2016
573	pc__DIAMETER_MAXIMUM_ECCENTRICITY_KARKBARA_KNISLEY_2016
574	pc__AVERAGE_WEIGHTED_DEGREE_TOTAL_DEGREE_DIVIDED_BY_THE_NUMBER_OF_VERTICES
575	pc__MAXIMUM_EIGENVALUE_OF_THE_WEIGHTED_LAPLACIAN_MATRIX_OF_THE_GRAPH
576	pc__MINIMUM_EIGENVALUE_OF_THE_WEIGHTED_LAPLACIAN_MATRIX_OF_THE_GRAPH
577	pc__AVERAGE_EIGENVALUE_OF_THE_LAPLACIAN_MATRIX_OF_THE_THE_GRAPH
578	pc__SECOND_SMALLEST_EIGENVALUE_OF_THE_LAPLACIAN_MATRIX_OF_THE_GRAPH
579	pc__WEIGHTED_DOMINATION_NUMBER_USING_THE_ATOMIC_NUMBER_KARKBARA_KNISLEY_2016
580	pc__AVERAGE_WEIGHTED_ECCENTRICITY_BASED_ON_THE_THE_ATOMIC_NUMBER
581	pc__WEIGHTED_RADIUS_BASED_ON_THE_ATOMIC_NUMBER_MINIMUM_ECCENTRICITY
582	pc__WEIGHTED_DIAMETER_BASED_ON_THE_ATOMIC_NUMBER_MAXIMUM_ECCENTRICITY
583	pc__TOTAL_WEIGHTED_ATOMIC_NUMBER_OF_THE_GRAPH_OBTAINED_BY_SUMMING_ALL_THE_ATOMIC
584	pc__AVERAGE_WEIGHTED_ATOMIC_NUMBER_OR_DEGREE_BASED_ON_ATOMIC_NUMBER_IN_THE_GRAPH
585	pc__WEIGHTED_MAXIMUM_EIGENVALUE_BASED_ON_THE_ATOMIC_NUMBERS
586	pc__WEIGHTED_MINIMUM_EIGENVALUE_BASED_ON_THE_ATOMIC_NUMBERS
587	pc__WEIGHTED_AVERAGE_EIGENVALUE_BASED_ON_THE_ATOMIC_NUMBERS
588	pc__WEIGHTED_SECOND_SMALLEST_EIGENVALUE_OF_THE_WEIGHTED_LAPLACIAN_MATRIX
589	A_ALTS910101
590	R_ALTS910101
591	N_ALTS910101
592	D_ALTS910101
593	C_ALTS910101
594	Q_ALTS910101
595	E_ALTS910101
596	G_ALTS910101
597	H_ALTS910101
598	I_ALTS910101
599	L_ALTS910101
600	K_ALTS910101
601	M_ALTS910101
602	F_ALTS910101
603	P_ALTS910101
604	S_ALTS910101
605	T_ALTS910101
606	W_ALTS910101
607	Y_ALTS910101
608	V_ALTS910101
609	A_AZAE970101
610	R_AZAE970101
611	N_AZAE970101
612	D_AZAE970101
613	C_AZAE970101
614	Q_AZAE970101
615	E_AZAE970101
616	G_AZAE970101
617	H_AZAE970101
618	I_AZAE970101
619	L_AZAE970101
620	K_AZAE970101
621	M_AZAE970101
622	F_AZAE970101
623	P_AZAE970101
624	S_AZAE970101
625	T_AZAE970101
626	W_AZAE970101
627	Y_AZAE970101
628	V_AZAE970101
629	A_AZAE970102
630	R_AZAE970102
631	N_AZAE970102
632	D_AZAE970102
633	C_AZAE970102
634	Q_AZAE970102
635	E_AZAE970102
636	G_AZAE970102
637	H_AZAE970102
638	I_AZAE970102
639	L_AZAE970102
640	K_AZAE970102
641	M_AZAE970102
642	F_AZAE970102
643	P_AZAE970102
644	S_AZAE970102
645	T_AZAE970102
646	W_AZAE970102
647	Y_AZAE970102
648	V_AZAE970102
649	A_BASU010101
650	R_BASU010101
651	N_BASU010101
652	D_BASU010101
653	C_BASU010101
654	Q_BASU010101
655	E_BASU010101
656	G_BASU010101
657	H_BASU010101
658	I_BASU010101
659	L_BASU010101
660	K_BASU010101
661	M_BASU010101
662	F_BASU010101
663	P_BASU010101
664	S_BASU010101
665	T_BASU010101
666	W_BASU010101
667	Y_BASU010101
668	V_BASU010101
669	A_BENS940101
670	R_BENS940101
671	N_BENS940101
672	D_BENS940101
673	C_BENS940101
674	Q_BENS940101
675	E_BENS940101
676	G_BENS940101
677	H_BENS940101
678	I_BENS940101
679	L_BENS940101
680	K_BENS940101
681	M_BENS940101
682	F_BENS940101
683	P_BENS940101
684	S_BENS940101
685	T_BENS940101
686	W_BENS940101
687	Y_BENS940101
688	V_BENS940101
689	A_BENS940102
690	R_BENS940102
691	N_BENS940102
692	D_BENS940102
693	C_BENS940102
694	Q_BENS940102
695	E_BENS940102
696	G_BENS940102
697	H_BENS940102
698	I_BENS940102
699	L_BENS940102
700	K_BENS940102
701	M_BENS940102
702	F_BENS940102
703	P_BENS940102
704	S_BENS940102
705	T_BENS940102
706	W_BENS940102
707	Y_BENS940102
708	V_BENS940102
709	A_BENS940103
710	R_BENS940103
711	N_BENS940103
712	D_BENS940103
713	C_BENS940103
714	Q_BENS940103
715	E_BENS940103
716	G_BENS940103
717	H_BENS940103
718	I_BENS940103
719	L_BENS940103
720	K_BENS940103
721	M_BENS940103
722	F_BENS940103
723	P_BENS940103
724	S_BENS940103
725	T_BENS940103
726	W_BENS940103
727	Y_BENS940103
728	V_BENS940103
729	A_BENS940104
730	R_BENS940104
731	N_BENS940104
732	D_BENS940104
733	C_BENS940104
734	Q_BENS940104
735	E_BENS940104
736	G_BENS940104
737	H_BENS940104
738	I_BENS940104
739	L_BENS940104
740	K_BENS940104
741	M_BENS940104
742	F_BENS940104
743	P_BENS940104
744	S_BENS940104
745	T_BENS940104
746	W_BENS940104
747	Y_BENS940104
748	V_BENS940104
749	A_BETM990101
750	R_BETM990101
751	N_BETM990101
752	D_BETM990101
753	C_BETM990101
754	Q_BETM990101
755	E_BETM990101
756	G_BETM990101
757	H_BETM990101
758	I_BETM990101
759	L_BETM990101
760	K_BETM990101
761	M_BETM990101
762	F_BETM990101
763	P_BETM990101
764	S_BETM990101
765	T_BETM990101
766	W_BETM990101
767	Y_BETM990101
768	V_BETM990101
769	A_BONM030101
770	R_BONM030101
771	N_BONM030101
772	D_BONM030101
773	C_BONM030101
774	Q_BONM030101
775	E_BONM030101
776	G_BONM030101
777	H_BONM030101
778	I_BONM030101
779	L_BONM030101
780	K_BONM030101
781	M_BONM030101
782	F_BONM030101
783	P_BONM030101
784	S_BONM030101
785	T_BONM030101
786	W_BONM030101
787	Y_BONM030101
788	V_BONM030101
789	A_BONM030102
790	R_BONM030102
791	N_BONM030102
792	D_BONM030102
793	C_BONM030102
794	Q_BONM030102
795	E_BONM030102
796	G_BONM030102
797	H_BONM030102
798	I_BONM030102
799	L_BONM030102
800	K_BONM030102
801	M_BONM030102
802	F_BONM030102
803	P_BONM030102
804	S_BONM030102
805	T_BONM030102
806	W_BONM030102
807	Y_BONM030102
808	V_BONM030102
809	A_BONM030103
810	R_BONM030103
811	N_BONM030103
812	D_BONM030103
813	C_BONM030103
814	Q_BONM030103
815	E_BONM030103
816	G_BONM030103
817	H_BONM030103
818	I_BONM030103
819	L_BONM030103
820	K_BONM030103
821	M_BONM030103
822	F_BONM030103
823	P_BONM030103
824	S_BONM030103
825	T_BONM030103
826	W_BONM030103
827	Y_BONM030103
828	V_BONM030103
829	A_BONM030104
830	R_BONM030104
831	N_BONM030104
832	D_BONM030104
833	C_BONM030104
834	Q_BONM030104
835	E_BONM030104
836	G_BONM030104
837	H_BONM030104
838	I_BONM030104
839	L_BONM030104
840	K_BONM030104
841	M_BONM030104
842	F_BONM030104
843	P_BONM030104
844	S_BONM030104
845	T_BONM030104
846	W_BONM030104
847	Y_BONM030104
848	V_BONM030104
849	A_BONM030105
850	R_BONM030105
851	N_BONM030105
852	D_BONM030105
853	C_BONM030105
854	Q_BONM030105
855	E_BONM030105
856	G_BONM030105
857	H_BONM030105
858	I_BONM030105
859	L_BONM030105
860	K_BONM030105
861	M_BONM030105
862	F_BONM030105
863	P_BONM030105
864	S_BONM030105
865	T_BONM030105
866	W_BONM030105
867	Y_BONM030105
868	V_BONM030105
869	A_BONM030106
870	R_BONM030106
871	N_BONM030106
872	D_BONM030106
873	C_BONM030106
874	Q_BONM030106
875	E_BONM030106
876	G_BONM030106
877	H_BONM030106
878	I_BONM030106
879	L_BONM030106
880	K_BONM030106
881	M_BONM030106
882	F_BONM030106
883	P_BONM030106
884	S_BONM030106
885	T_BONM030106
886	W_BONM030106
887	Y_BONM030106
888	V_BONM030106
889	A_BRYS930101
890	R_BRYS930101
891	N_BRYS930101
892	D_BRYS930101
893	C_BRYS930101
894	Q_BRYS930101
895	E_BRYS930101
896	G_BRYS930101
897	H_BRYS930101
898	I_BRYS930101
899	L_BRYS930101
900	K_BRYS930101
901	M_BRYS930101
902	F_BRYS930101
903	P_BRYS930101
904	S_BRYS930101
905	T_BRYS930101
906	W_BRYS930101
907	Y_BRYS930101
908	V_BRYS930101
909	A_CSEM940101
910	R_CSEM940101
911	N_CSEM940101
912	D_CSEM940101
913	C_CSEM940101
914	Q_CSEM940101
915	E_CSEM940101
916	G_CSEM940101
917	H_CSEM940101
918	I_CSEM940101
919	L_CSEM940101
920	K_CSEM940101
921	M_CSEM940101
922	F_CSEM940101
923	P_CSEM940101
924	S_CSEM940101
925	T_CSEM940101
926	W_CSEM940101
927	Y_CSEM940101
928	V_CSEM940101
929	A_DAYM780301
930	R_DAYM780301
931	N_DAYM780301
932	D_DAYM780301
933	C_DAYM780301
934	Q_DAYM780301
935	E_DAYM780301
936	G_DAYM780301
937	H_DAYM780301
938	I_DAYM780301
939	L_DAYM780301
940	K_DAYM780301
941	M_DAYM780301
942	F_DAYM780301
943	P_DAYM780301
944	S_DAYM780301
945	T_DAYM780301
946	W_DAYM780301
947	Y_DAYM780301
948	V_DAYM780301
949	A_FEND850101
950	R_FEND850101
951	N_FEND850101
952	D_FEND850101
953	C_FEND850101
954	Q_FEND850101
955	E_FEND850101
956	G_FEND850101
957	H_FEND850101
958	I_FEND850101
959	L_FEND850101
960	K_FEND850101
961	M_FEND850101
962	F_FEND850101
963	P_FEND850101
964	S_FEND850101
965	T_FEND850101
966	W_FEND850101
967	Y_FEND850101
968	V_FEND850101
969	A_FITW660101
970	R_FITW660101
971	N_FITW660101
972	D_FITW660101
973	C_FITW660101
974	Q_FITW660101
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976	G_FITW660101
977	H_FITW660101
978	I_FITW660101
979	L_FITW660101
980	K_FITW660101
981	M_FITW660101
982	F_FITW660101
983	P_FITW660101
984	S_FITW660101
985	T_FITW660101
986	W_FITW660101
987	Y_FITW660101
988	V_FITW660101
989	A_GEOD900101
990	R_GEOD900101
991	N_GEOD900101
992	D_GEOD900101
993	C_GEOD900101
994	Q_GEOD900101
995	E_GEOD900101
996	G_GEOD900101
997	H_GEOD900101
998	I_GEOD900101
999	L_GEOD900101
1000	K_GEOD900101
1001	M_GEOD900101
1002	F_GEOD900101
1003	P_GEOD900101
1004	S_GEOD900101
1005	T_GEOD900101
1006	W_GEOD900101
1007	Y_GEOD900101
1008	V_GEOD900101
1009	A_GONG920101
1010	R_GONG920101
1011	N_GONG920101
1012	D_GONG920101
1013	C_GONG920101
1014	Q_GONG920101
1015	E_GONG920101
1016	G_GONG920101
1017	H_GONG920101
1018	I_GONG920101
1019	L_GONG920101
1020	K_GONG920101
1021	M_GONG920101
1022	F_GONG920101
1023	P_GONG920101
1024	S_GONG920101
1025	T_GONG920101
1026	W_GONG920101
1027	Y_GONG920101
1028	V_GONG920101
1029	A_GRAR740104
1030	R_GRAR740104
1031	N_GRAR740104
1032	D_GRAR740104
1033	C_GRAR740104
1034	Q_GRAR740104
1035	E_GRAR740104
1036	G_GRAR740104
1037	H_GRAR740104
1038	I_GRAR740104
1039	L_GRAR740104
1040	K_GRAR740104
1041	M_GRAR740104
1042	F_GRAR740104
1043	P_GRAR740104
1044	S_GRAR740104
1045	T_GRAR740104
1046	W_GRAR740104
1047	Y_GRAR740104
1048	V_GRAR740104
1049	A_HENS920101
1050	R_HENS920101
1051	N_HENS920101
1052	D_HENS920101
1053	C_HENS920101
1054	Q_HENS920101
1055	E_HENS920101
1056	G_HENS920101
1057	H_HENS920101
1058	I_HENS920101
1059	L_HENS920101
1060	K_HENS920101
1061	M_HENS920101
1062	F_HENS920101
1063	P_HENS920101
1064	S_HENS920101
1065	T_HENS920101
1066	W_HENS920101
1067	Y_HENS920101
1068	V_HENS920101
1069	A_HENS920102
1070	R_HENS920102
1071	N_HENS920102
1072	D_HENS920102
1073	C_HENS920102
1074	Q_HENS920102
1075	E_HENS920102
1076	G_HENS920102
1077	H_HENS920102
1078	I_HENS920102
1079	L_HENS920102
1080	K_HENS920102
1081	M_HENS920102
1082	F_HENS920102
1083	P_HENS920102
1084	S_HENS920102
1085	T_HENS920102
1086	W_HENS920102
1087	Y_HENS920102
1088	V_HENS920102
1089	A_HENS920103
1090	R_HENS920103
1091	N_HENS920103
1092	D_HENS920103
1093	C_HENS920103
1094	Q_HENS920103
1095	E_HENS920103
1096	G_HENS920103
1097	H_HENS920103
1098	I_HENS920103
1099	L_HENS920103
1100	K_HENS920103
1101	M_HENS920103
1102	F_HENS920103
1103	P_HENS920103
1104	S_HENS920103
1105	T_HENS920103
1106	W_HENS920103
1107	Y_HENS920103
1108	V_HENS920103
1109	A_JOHM930101
1110	R_JOHM930101
1111	N_JOHM930101
1112	D_JOHM930101
1113	C_JOHM930101
1114	Q_JOHM930101
1115	E_JOHM930101
1116	G_JOHM930101
1117	H_JOHM930101
1118	I_JOHM930101
1119	L_JOHM930101
1120	K_JOHM930101
1121	M_JOHM930101
1122	F_JOHM930101
1123	P_JOHM930101
1124	S_JOHM930101
1125	T_JOHM930101
1126	W_JOHM930101
1127	Y_JOHM930101
1128	V_JOHM930101
1129	A_JOND920103
1130	R_JOND920103
1131	N_JOND920103
1132	D_JOND920103
1133	C_JOND920103
1134	Q_JOND920103
1135	E_JOND920103
1136	G_JOND920103
1137	H_JOND920103
1138	I_JOND920103
1139	L_JOND920103
1140	K_JOND920103
1141	M_JOND920103
1142	F_JOND920103
1143	P_JOND920103
1144	S_JOND920103
1145	T_JOND920103
1146	W_JOND920103
1147	Y_JOND920103
1148	V_JOND920103
1149	A_JOND940101
1150	R_JOND940101
1151	N_JOND940101
1152	D_JOND940101
1153	C_JOND940101
1154	Q_JOND940101
1155	E_JOND940101
1156	G_JOND940101
1157	H_JOND940101
1158	I_JOND940101
1159	L_JOND940101
1160	K_JOND940101
1161	M_JOND940101
1162	F_JOND940101
1163	P_JOND940101
1164	S_JOND940101
1165	T_JOND940101
1166	W_JOND940101
1167	Y_JOND940101
1168	V_JOND940101
1169	A_KAPO950101
1170	R_KAPO950101
1171	N_KAPO950101
1172	D_KAPO950101
1173	C_KAPO950101
1174	Q_KAPO950101
1175	E_KAPO950101
1176	G_KAPO950101
1177	H_KAPO950101
1178	I_KAPO950101
1179	L_KAPO950101
1180	K_KAPO950101
1181	M_KAPO950101
1182	F_KAPO950101
1183	P_KAPO950101
1184	S_KAPO950101
1185	T_KAPO950101
1186	W_KAPO950101
1187	Y_KAPO950101
1188	V_KAPO950101
1189	A_KESO980101
1190	R_KESO980101
1191	N_KESO980101
1192	D_KESO980101
1193	C_KESO980101
1194	Q_KESO980101
1195	E_KESO980101
1196	G_KESO980101
1197	H_KESO980101
1198	I_KESO980101
1199	L_KESO980101
1200	K_KESO980101
1201	M_KESO980101
1202	F_KESO980101
1203	P_KESO980101
1204	S_KESO980101
1205	T_KESO980101
1206	W_KESO980101
1207	Y_KESO980101
1208	V_KESO980101
1209	A_KESO980102
1210	R_KESO980102
1211	N_KESO980102
1212	D_KESO980102
1213	C_KESO980102
1214	Q_KESO980102
1215	E_KESO980102
1216	G_KESO980102
1217	H_KESO980102
1218	I_KESO980102
1219	L_KESO980102
1220	K_KESO980102
1221	M_KESO980102
1222	F_KESO980102
1223	P_KESO980102
1224	S_KESO980102
1225	T_KESO980102
1226	W_KESO980102
1227	Y_KESO980102
1228	V_KESO980102
1229	A_KOLA920101
1230	R_KOLA920101
1231	N_KOLA920101
1232	D_KOLA920101
1233	C_KOLA920101
1234	Q_KOLA920101
1235	E_KOLA920101
1236	G_KOLA920101
1237	H_KOLA920101
1238	I_KOLA920101
1239	L_KOLA920101
1240	K_KOLA920101
1241	M_KOLA920101
1242	F_KOLA920101
1243	P_KOLA920101
1244	S_KOLA920101
1245	T_KOLA920101
1246	W_KOLA920101
1247	Y_KOLA920101
1248	V_KOLA920101
1249	A_KOLA930101
1250	R_KOLA930101
1251	N_KOLA930101
1252	D_KOLA930101
1253	C_KOLA930101
1254	Q_KOLA930101
1255	E_KOLA930101
1256	G_KOLA930101
1257	H_KOLA930101
1258	I_KOLA930101
1259	L_KOLA930101
1260	K_KOLA930101
1261	M_KOLA930101
1262	F_KOLA930101
1263	P_KOLA930101
1264	S_KOLA930101
1265	T_KOLA930101
1266	W_KOLA930101
1267	Y_KOLA930101
1268	V_KOLA930101
1269	A_LEVJ860101
1270	R_LEVJ860101
1271	N_LEVJ860101
1272	D_LEVJ860101
1273	C_LEVJ860101
1274	Q_LEVJ860101
1275	E_LEVJ860101
1276	G_LEVJ860101
1277	H_LEVJ860101
1278	I_LEVJ860101
1279	L_LEVJ860101
1280	K_LEVJ860101
1281	M_LEVJ860101
1282	F_LEVJ860101
1283	P_LEVJ860101
1284	S_LEVJ860101
1285	T_LEVJ860101
1286	W_LEVJ860101
1287	Y_LEVJ860101
1288	V_LEVJ860101
1289	A_LIWA970101
1290	R_LIWA970101
1291	N_LIWA970101
1292	D_LIWA970101
1293	C_LIWA970101
1294	Q_LIWA970101
1295	E_LIWA970101
1296	G_LIWA970101
1297	H_LIWA970101
1298	I_LIWA970101
1299	L_LIWA970101
1300	K_LIWA970101
1301	M_LIWA970101
1302	F_LIWA970101
1303	P_LIWA970101
1304	S_LIWA970101
1305	T_LIWA970101
1306	W_LIWA970101
1307	Y_LIWA970101
1308	V_LIWA970101
1309	A_LUTR910101
1310	R_LUTR910101
1311	N_LUTR910101
1312	D_LUTR910101
1313	C_LUTR910101
1314	Q_LUTR910101
1315	E_LUTR910101
1316	G_LUTR910101
1317	H_LUTR910101
1318	I_LUTR910101
1319	L_LUTR910101
1320	K_LUTR910101
1321	M_LUTR910101
1322	F_LUTR910101
1323	P_LUTR910101
1324	S_LUTR910101
1325	T_LUTR910101
1326	W_LUTR910101
1327	Y_LUTR910101
1328	V_LUTR910101
1329	A_LUTR910102
1330	R_LUTR910102
1331	N_LUTR910102
1332	D_LUTR910102
1333	C_LUTR910102
1334	Q_LUTR910102
1335	E_LUTR910102
1336	G_LUTR910102
1337	H_LUTR910102
1338	I_LUTR910102
1339	L_LUTR910102
1340	K_LUTR910102
1341	M_LUTR910102
1342	F_LUTR910102
1343	P_LUTR910102
1344	S_LUTR910102
1345	T_LUTR910102
1346	W_LUTR910102
1347	Y_LUTR910102
1348	V_LUTR910102
1349	A_LUTR910103
1350	R_LUTR910103
1351	N_LUTR910103
1352	D_LUTR910103
1353	C_LUTR910103
1354	Q_LUTR910103
1355	E_LUTR910103
1356	G_LUTR910103
1357	H_LUTR910103
1358	I_LUTR910103
1359	L_LUTR910103
1360	K_LUTR910103
1361	M_LUTR910103
1362	F_LUTR910103
1363	P_LUTR910103
1364	S_LUTR910103
1365	T_LUTR910103
1366	W_LUTR910103
1367	Y_LUTR910103
1368	V_LUTR910103
1369	A_LUTR910104
1370	R_LUTR910104
1371	N_LUTR910104
1372	D_LUTR910104
1373	C_LUTR910104
1374	Q_LUTR910104
1375	E_LUTR910104
1376	G_LUTR910104
1377	H_LUTR910104
1378	I_LUTR910104
1379	L_LUTR910104
1380	K_LUTR910104
1381	M_LUTR910104
1382	F_LUTR910104
1383	P_LUTR910104
1384	S_LUTR910104
1385	T_LUTR910104
1386	W_LUTR910104
1387	Y_LUTR910104
1388	V_LUTR910104
1389	A_LUTR910105
1390	R_LUTR910105
1391	N_LUTR910105
1392	D_LUTR910105
1393	C_LUTR910105
1394	Q_LUTR910105
1395	E_LUTR910105
1396	G_LUTR910105
1397	H_LUTR910105
1398	I_LUTR910105
1399	L_LUTR910105
1400	K_LUTR910105
1401	M_LUTR910105
1402	F_LUTR910105
1403	P_LUTR910105
1404	S_LUTR910105
1405	T_LUTR910105
1406	W_LUTR910105
1407	Y_LUTR910105
1408	V_LUTR910105
1409	A_LUTR910106
1410	R_LUTR910106
1411	N_LUTR910106
1412	D_LUTR910106
1413	C_LUTR910106
1414	Q_LUTR910106
1415	E_LUTR910106
1416	G_LUTR910106
1417	H_LUTR910106
1418	I_LUTR910106
1419	L_LUTR910106
1420	K_LUTR910106
1421	M_LUTR910106
1422	F_LUTR910106
1423	P_LUTR910106
1424	S_LUTR910106
1425	T_LUTR910106
1426	W_LUTR910106
1427	Y_LUTR910106
1428	V_LUTR910106
1429	A_LUTR910107
1430	R_LUTR910107
1431	N_LUTR910107
1432	D_LUTR910107
1433	C_LUTR910107
1434	Q_LUTR910107
1435	E_LUTR910107
1436	G_LUTR910107
1437	H_LUTR910107
1438	I_LUTR910107
1439	L_LUTR910107
1440	K_LUTR910107
1441	M_LUTR910107
1442	F_LUTR910107
1443	P_LUTR910107
1444	S_LUTR910107
1445	T_LUTR910107
1446	W_LUTR910107
1447	Y_LUTR910107
1448	V_LUTR910107
1449	A_LUTR910108
1450	R_LUTR910108
1451	N_LUTR910108
1452	D_LUTR910108
1453	C_LUTR910108
1454	Q_LUTR910108
1455	E_LUTR910108
1456	G_LUTR910108
1457	H_LUTR910108
1458	I_LUTR910108
1459	L_LUTR910108
1460	K_LUTR910108
1461	M_LUTR910108
1462	F_LUTR910108
1463	P_LUTR910108
1464	S_LUTR910108
1465	T_LUTR910108
1466	W_LUTR910108
1467	Y_LUTR910108
1468	V_LUTR910108
1469	A_LUTR910109
1470	R_LUTR910109
1471	N_LUTR910109
1472	D_LUTR910109
1473	C_LUTR910109
1474	Q_LUTR910109
1475	E_LUTR910109
1476	G_LUTR910109
1477	H_LUTR910109
1478	I_LUTR910109
1479	L_LUTR910109
1480	K_LUTR910109
1481	M_LUTR910109
1482	F_LUTR910109
1483	P_LUTR910109
1484	S_LUTR910109
1485	T_LUTR910109
1486	W_LUTR910109
1487	Y_LUTR910109
1488	V_LUTR910109
1489	A_MCLA710101
1490	R_MCLA710101
1491	N_MCLA710101
1492	D_MCLA710101
1493	C_MCLA710101
1494	Q_MCLA710101
1495	E_MCLA710101
1496	G_MCLA710101
1497	H_MCLA710101
1498	I_MCLA710101
1499	L_MCLA710101
1500	K_MCLA710101
1501	M_MCLA710101
1502	F_MCLA710101
1503	P_MCLA710101
1504	S_MCLA710101
1505	T_MCLA710101
1506	W_MCLA710101
1507	Y_MCLA710101
1508	V_MCLA710101
1509	A_MCLA720101
1510	R_MCLA720101
1511	N_MCLA720101
1512	D_MCLA720101
1513	C_MCLA720101
1514	Q_MCLA720101
1515	E_MCLA720101
1516	G_MCLA720101
1517	H_MCLA720101
1518	I_MCLA720101
1519	L_MCLA720101
1520	K_MCLA720101
1521	M_MCLA720101
1522	F_MCLA720101
1523	P_MCLA720101
1524	S_MCLA720101
1525	T_MCLA720101
1526	W_MCLA720101
1527	Y_MCLA720101
1528	V_MCLA720101
1529	A_MEHP950102
1530	R_MEHP950102
1531	N_MEHP950102
1532	D_MEHP950102
1533	C_MEHP950102
1534	Q_MEHP950102
1535	E_MEHP950102
1536	G_MEHP950102
1537	H_MEHP950102
1538	I_MEHP950102
1539	L_MEHP950102
1540	K_MEHP950102
1541	M_MEHP950102
1542	F_MEHP950102
1543	P_MEHP950102
1544	S_MEHP950102
1545	T_MEHP950102
1546	W_MEHP950102
1547	Y_MEHP950102
1548	V_MEHP950102
1549	A_MICC010101
1550	R_MICC010101
1551	N_MICC010101
1552	D_MICC010101
1553	C_MICC010101
1554	Q_MICC010101
1555	E_MICC010101
1556	G_MICC010101
1557	H_MICC010101
1558	I_MICC010101
1559	L_MICC010101
1560	K_MICC010101
1561	M_MICC010101
1562	F_MICC010101
1563	P_MICC010101
1564	S_MICC010101
1565	T_MICC010101
1566	W_MICC010101
1567	Y_MICC010101
1568	V_MICC010101
1569	A_MIRL960101
1570	R_MIRL960101
1571	N_MIRL960101
1572	D_MIRL960101
1573	C_MIRL960101
1574	Q_MIRL960101
1575	E_MIRL960101
1576	G_MIRL960101
1577	H_MIRL960101
1578	I_MIRL960101
1579	L_MIRL960101
1580	K_MIRL960101
1581	M_MIRL960101
1582	F_MIRL960101
1583	P_MIRL960101
1584	S_MIRL960101
1585	T_MIRL960101
1586	W_MIRL960101
1587	Y_MIRL960101
1588	V_MIRL960101
1589	A_MIYS850102
1590	R_MIYS850102
1591	N_MIYS850102
1592	D_MIYS850102
1593	C_MIYS850102
1594	Q_MIYS850102
1595	E_MIYS850102
1596	G_MIYS850102
1597	H_MIYS850102
1598	I_MIYS850102
1599	L_MIYS850102
1600	K_MIYS850102
1601	M_MIYS850102
1602	F_MIYS850102
1603	P_MIYS850102
1604	S_MIYS850102
1605	T_MIYS850102
1606	W_MIYS850102
1607	Y_MIYS850102
1608	V_MIYS850102
1609	A_MIYS850103
1610	R_MIYS850103
1611	N_MIYS850103
1612	D_MIYS850103
1613	C_MIYS850103
1614	Q_MIYS850103
1615	E_MIYS850103
1616	G_MIYS850103
1617	H_MIYS850103
1618	I_MIYS850103
1619	L_MIYS850103
1620	K_MIYS850103
1621	M_MIYS850103
1622	F_MIYS850103
1623	P_MIYS850103
1624	S_MIYS850103
1625	T_MIYS850103
1626	W_MIYS850103
1627	Y_MIYS850103
1628	V_MIYS850103
1629	A_MIYS930101
1630	R_MIYS930101
1631	N_MIYS930101
1632	D_MIYS930101
1633	C_MIYS930101
1634	Q_MIYS930101
1635	E_MIYS930101
1636	G_MIYS930101
1637	H_MIYS930101
1638	I_MIYS930101
1639	L_MIYS930101
1640	K_MIYS930101
1641	M_MIYS930101
1642	F_MIYS930101
1643	P_MIYS930101
1644	S_MIYS930101
1645	T_MIYS930101
1646	W_MIYS930101
1647	Y_MIYS930101
1648	V_MIYS930101
1649	A_MIYS960101
1650	R_MIYS960101
1651	N_MIYS960101
1652	D_MIYS960101
1653	C_MIYS960101
1654	Q_MIYS960101
1655	E_MIYS960101
1656	G_MIYS960101
1657	H_MIYS960101
1658	I_MIYS960101
1659	L_MIYS960101
1660	K_MIYS960101
1661	M_MIYS960101
1662	F_MIYS960101
1663	P_MIYS960101
1664	S_MIYS960101
1665	T_MIYS960101
1666	W_MIYS960101
1667	Y_MIYS960101
1668	V_MIYS960101
1669	A_MIYS960102
1670	R_MIYS960102
1671	N_MIYS960102
1672	D_MIYS960102
1673	C_MIYS960102
1674	Q_MIYS960102
1675	E_MIYS960102
1676	G_MIYS960102
1677	H_MIYS960102
1678	I_MIYS960102
1679	L_MIYS960102
1680	K_MIYS960102
1681	M_MIYS960102
1682	F_MIYS960102
1683	P_MIYS960102
1684	S_MIYS960102
1685	T_MIYS960102
1686	W_MIYS960102
1687	Y_MIYS960102
1688	V_MIYS960102
1689	A_MIYS960103
1690	R_MIYS960103
1691	N_MIYS960103
1692	D_MIYS960103
1693	C_MIYS960103
1694	Q_MIYS960103
1695	E_MIYS960103
1696	G_MIYS960103
1697	H_MIYS960103
1698	I_MIYS960103
1699	L_MIYS960103
1700	K_MIYS960103
1701	M_MIYS960103
1702	F_MIYS960103
1703	P_MIYS960103
1704	S_MIYS960103
1705	T_MIYS960103
1706	W_MIYS960103
1707	Y_MIYS960103
1708	V_MIYS960103
1709	A_MIYS990106
1710	R_MIYS990106
1711	N_MIYS990106
1712	D_MIYS990106
1713	C_MIYS990106
1714	Q_MIYS990106
1715	E_MIYS990106
1716	G_MIYS990106
1717	H_MIYS990106
1718	I_MIYS990106
1719	L_MIYS990106
1720	K_MIYS990106
1721	M_MIYS990106
1722	F_MIYS990106
1723	P_MIYS990106
1724	S_MIYS990106
1725	T_MIYS990106
1726	W_MIYS990106
1727	Y_MIYS990106
1728	V_MIYS990106
1729	A_MIYS990107
1730	R_MIYS990107
1731	N_MIYS990107
1732	D_MIYS990107
1733	C_MIYS990107
1734	Q_MIYS990107
1735	E_MIYS990107
1736	G_MIYS990107
1737	H_MIYS990107
1738	I_MIYS990107
1739	L_MIYS990107
1740	K_MIYS990107
1741	M_MIYS990107
1742	F_MIYS990107
1743	P_MIYS990107
1744	S_MIYS990107
1745	T_MIYS990107
1746	W_MIYS990107
1747	Y_MIYS990107
1748	V_MIYS990107
1749	A_MIYT790101
1750	R_MIYT790101
1751	N_MIYT790101
1752	D_MIYT790101
1753	C_MIYT790101
1754	Q_MIYT790101
1755	E_MIYT790101
1756	G_MIYT790101
1757	H_MIYT790101
1758	I_MIYT790101
1759	L_MIYT790101
1760	K_MIYT790101
1761	M_MIYT790101
1762	F_MIYT790101
1763	P_MIYT790101
1764	S_MIYT790101
1765	T_MIYT790101
1766	W_MIYT790101
1767	Y_MIYT790101
1768	V_MIYT790101
1769	A_MOHR870101
1770	R_MOHR870101
1771	N_MOHR870101
1772	D_MOHR870101
1773	C_MOHR870101
1774	Q_MOHR870101
1775	E_MOHR870101
1776	G_MOHR870101
1777	H_MOHR870101
1778	I_MOHR870101
1779	L_MOHR870101
1780	K_MOHR870101
1781	M_MOHR870101
1782	F_MOHR870101
1783	P_MOHR870101
1784	S_MOHR870101
1785	T_MOHR870101
1786	W_MOHR870101
1787	Y_MOHR870101
1788	V_MOHR870101
1789	A_MOOG990101
1790	R_MOOG990101
1791	N_MOOG990101
1792	D_MOOG990101
1793	C_MOOG990101
1794	Q_MOOG990101
1795	E_MOOG990101
1796	G_MOOG990101
1797	H_MOOG990101
1798	I_MOOG990101
1799	L_MOOG990101
1800	K_MOOG990101
1801	M_MOOG990101
1802	F_MOOG990101
1803	P_MOOG990101
1804	S_MOOG990101
1805	T_MOOG990101
1806	W_MOOG990101
1807	Y_MOOG990101
1808	V_MOOG990101
1809	A_NIEK910101
1810	R_NIEK910101
1811	N_NIEK910101
1812	D_NIEK910101
1813	C_NIEK910101
1814	Q_NIEK910101
1815	E_NIEK910101
1816	G_NIEK910101
1817	H_NIEK910101
1818	I_NIEK910101
1819	L_NIEK910101
1820	K_NIEK910101
1821	M_NIEK910101
1822	F_NIEK910101
1823	P_NIEK910101
1824	S_NIEK910101
1825	T_NIEK910101
1826	W_NIEK910101
1827	Y_NIEK910101
1828	V_NIEK910101
1829	A_NIEK910102
1830	R_NIEK910102
1831	N_NIEK910102
1832	D_NIEK910102
1833	C_NIEK910102
1834	Q_NIEK910102
1835	E_NIEK910102
1836	G_NIEK910102
1837	H_NIEK910102
1838	I_NIEK910102
1839	L_NIEK910102
1840	K_NIEK910102
1841	M_NIEK910102
1842	F_NIEK910102
1843	P_NIEK910102
1844	S_NIEK910102
1845	T_NIEK910102
1846	W_NIEK910102
1847	Y_NIEK910102
1848	V_NIEK910102
1849	A_OVEJ920101
1850	R_OVEJ920101
1851	N_OVEJ920101
1852	D_OVEJ920101
1853	C_OVEJ920101
1854	Q_OVEJ920101
1855	E_OVEJ920101
1856	G_OVEJ920101
1857	H_OVEJ920101
1858	I_OVEJ920101
1859	L_OVEJ920101
1860	K_OVEJ920101
1861	M_OVEJ920101
1862	F_OVEJ920101
1863	P_OVEJ920101
1864	S_OVEJ920101
1865	T_OVEJ920101
1866	W_OVEJ920101
1867	Y_OVEJ920101
1868	V_OVEJ920101
1869	A_QU_C930101
1870	R_QU_C930101
1871	N_QU_C930101
1872	D_QU_C930101
1873	C_QU_C930101
1874	Q_QU_C930101
1875	E_QU_C930101
1876	G_QU_C930101
1877	H_QU_C930101
1878	I_QU_C930101
1879	L_QU_C930101
1880	K_QU_C930101
1881	M_QU_C930101
1882	F_QU_C930101
1883	P_QU_C930101
1884	S_QU_C930101
1885	T_QU_C930101
1886	W_QU_C930101
1887	Y_QU_C930101
1888	V_QU_C930101
1889	A_QU_C930102
1890	R_QU_C930102
1891	N_QU_C930102
1892	D_QU_C930102
1893	C_QU_C930102
1894	Q_QU_C930102
1895	E_QU_C930102
1896	G_QU_C930102
1897	H_QU_C930102
1898	I_QU_C930102
1899	L_QU_C930102
1900	K_QU_C930102
1901	M_QU_C930102
1902	F_QU_C930102
1903	P_QU_C930102
1904	S_QU_C930102
1905	T_QU_C930102
1906	W_QU_C930102
1907	Y_QU_C930102
1908	V_QU_C930102
1909	A_QU_C930103
1910	R_QU_C930103
1911	N_QU_C930103
1912	D_QU_C930103
1913	C_QU_C930103
1914	Q_QU_C930103
1915	E_QU_C930103
1916	G_QU_C930103
1917	H_QU_C930103
1918	I_QU_C930103
1919	L_QU_C930103
1920	K_QU_C930103
1921	M_QU_C930103
1922	F_QU_C930103
1923	P_QU_C930103
1924	S_QU_C930103
1925	T_QU_C930103
1926	W_QU_C930103
1927	Y_QU_C930103
1928	V_QU_C930103
1929	A_RIER950101
1930	R_RIER950101
1931	N_RIER950101
1932	D_RIER950101
1933	C_RIER950101
1934	Q_RIER950101
1935	E_RIER950101
1936	G_RIER950101
1937	H_RIER950101
1938	I_RIER950101
1939	L_RIER950101
1940	K_RIER950101
1941	M_RIER950101
1942	F_RIER950101
1943	P_RIER950101
1944	S_RIER950101
1945	T_RIER950101
1946	W_RIER950101
1947	Y_RIER950101
1948	V_RIER950101
1949	A_RISJ880101
1950	R_RISJ880101
1951	N_RISJ880101
1952	D_RISJ880101
1953	C_RISJ880101
1954	Q_RISJ880101
1955	E_RISJ880101
1956	G_RISJ880101
1957	H_RISJ880101
1958	I_RISJ880101
1959	L_RISJ880101
1960	K_RISJ880101
1961	M_RISJ880101
1962	F_RISJ880101
1963	P_RISJ880101
1964	S_RISJ880101
1965	T_RISJ880101
1966	W_RISJ880101
1967	Y_RISJ880101
1968	V_RISJ880101
1969	A_SIMK990101
1970	R_SIMK990101
1971	N_SIMK990101
1972	D_SIMK990101
1973	C_SIMK990101
1974	Q_SIMK990101
1975	E_SIMK990101
1976	G_SIMK990101
1977	H_SIMK990101
1978	I_SIMK990101
1979	L_SIMK990101
1980	K_SIMK990101
1981	M_SIMK990101
1982	F_SIMK990101
1983	P_SIMK990101
1984	S_SIMK990101
1985	T_SIMK990101
1986	W_SIMK990101
1987	Y_SIMK990101
1988	V_SIMK990101
1989	A_SIMK990102
1990	R_SIMK990102
1991	N_SIMK990102
1992	D_SIMK990102
1993	C_SIMK990102
1994	Q_SIMK990102
1995	E_SIMK990102
1996	G_SIMK990102
1997	H_SIMK990102
1998	I_SIMK990102
1999	L_SIMK990102
2000	K_SIMK990102
2001	M_SIMK990102
2002	F_SIMK990102
2003	P_SIMK990102
2004	S_SIMK990102
2005	T_SIMK990102
2006	W_SIMK990102
2007	Y_SIMK990102
2008	V_SIMK990102
2009	A_SIMK990103
2010	R_SIMK990103
2011	N_SIMK990103
2012	D_SIMK990103
2013	C_SIMK990103
2014	Q_SIMK990103
2015	E_SIMK990103
2016	G_SIMK990103
2017	H_SIMK990103
2018	I_SIMK990103
2019	L_SIMK990103
2020	K_SIMK990103
2021	M_SIMK990103
2022	F_SIMK990103
2023	P_SIMK990103
2024	S_SIMK990103
2025	T_SIMK990103
2026	W_SIMK990103
2027	Y_SIMK990103
2028	V_SIMK990103
2029	A_SIMK990104
2030	R_SIMK990104
2031	N_SIMK990104
2032	D_SIMK990104
2033	C_SIMK990104
2034	Q_SIMK990104
2035	E_SIMK990104
2036	G_SIMK990104
2037	H_SIMK990104
2038	I_SIMK990104
2039	L_SIMK990104
2040	K_SIMK990104
2041	M_SIMK990104
2042	F_SIMK990104
2043	P_SIMK990104
2044	S_SIMK990104
2045	T_SIMK990104
2046	W_SIMK990104
2047	Y_SIMK990104
2048	V_SIMK990104
2049	A_SIMK990105
2050	R_SIMK990105
2051	N_SIMK990105
2052	D_SIMK990105
2053	C_SIMK990105
2054	Q_SIMK990105
2055	E_SIMK990105
2056	G_SIMK990105
2057	H_SIMK990105
2058	I_SIMK990105
2059	L_SIMK990105
2060	K_SIMK990105
2061	M_SIMK990105
2062	F_SIMK990105
2063	P_SIMK990105
2064	S_SIMK990105
2065	T_SIMK990105
2066	W_SIMK990105
2067	Y_SIMK990105
2068	V_SIMK990105
2069	A_SKOJ000101
2070	R_SKOJ000101
2071	N_SKOJ000101
2072	D_SKOJ000101
2073	C_SKOJ000101
2074	Q_SKOJ000101
2075	E_SKOJ000101
2076	G_SKOJ000101
2077	H_SKOJ000101
2078	I_SKOJ000101
2079	L_SKOJ000101
2080	K_SKOJ000101
2081	M_SKOJ000101
2082	F_SKOJ000101
2083	P_SKOJ000101
2084	S_SKOJ000101
2085	T_SKOJ000101
2086	W_SKOJ000101
2087	Y_SKOJ000101
2088	V_SKOJ000101
2089	A_SKOJ000102
2090	R_SKOJ000102
2091	N_SKOJ000102
2092	D_SKOJ000102
2093	C_SKOJ000102
2094	Q_SKOJ000102
2095	E_SKOJ000102
2096	G_SKOJ000102
2097	H_SKOJ000102
2098	I_SKOJ000102
2099	L_SKOJ000102
2100	K_SKOJ000102
2101	M_SKOJ000102
2102	F_SKOJ000102
2103	P_SKOJ000102
2104	S_SKOJ000102
2105	T_SKOJ000102
2106	W_SKOJ000102
2107	Y_SKOJ000102
2108	V_SKOJ000102
2109	A_SKOJ970101
2110	R_SKOJ970101
2111	N_SKOJ970101
2112	D_SKOJ970101
2113	C_SKOJ970101
2114	Q_SKOJ970101
2115	E_SKOJ970101
2116	G_SKOJ970101
2117	H_SKOJ970101
2118	I_SKOJ970101
2119	L_SKOJ970101
2120	K_SKOJ970101
2121	M_SKOJ970101
2122	F_SKOJ970101
2123	P_SKOJ970101
2124	S_SKOJ970101
2125	T_SKOJ970101
2126	W_SKOJ970101
2127	Y_SKOJ970101
2128	V_SKOJ970101
2129	A_TANS760101
2130	R_TANS760101
2131	N_TANS760101
2132	D_TANS760101
2133	C_TANS760101
2134	Q_TANS760101
2135	E_TANS760101
2136	G_TANS760101
2137	H_TANS760101
2138	I_TANS760101
2139	L_TANS760101
2140	K_TANS760101
2141	M_TANS760101
2142	F_TANS760101
2143	P_TANS760101
2144	S_TANS760101
2145	T_TANS760101
2146	W_TANS760101
2147	Y_TANS760101
2148	V_TANS760101
2149	A_TANS760102
2150	R_TANS760102
2151	N_TANS760102
2152	D_TANS760102
2153	C_TANS760102
2154	Q_TANS760102
2155	E_TANS760102
2156	G_TANS760102
2157	H_TANS760102
2158	I_TANS760102
2159	L_TANS760102
2160	K_TANS760102
2161	M_TANS760102
2162	F_TANS760102
2163	P_TANS760102
2164	S_TANS760102
2165	T_TANS760102
2166	W_TANS760102
2167	Y_TANS760102
2168	V_TANS760102
2169	A_THOP960101
2170	R_THOP960101
2171	N_THOP960101
2172	D_THOP960101
2173	C_THOP960101
2174	Q_THOP960101
2175	E_THOP960101
2176	G_THOP960101
2177	H_THOP960101
2178	I_THOP960101
2179	L_THOP960101
2180	K_THOP960101
2181	M_THOP960101
2182	F_THOP960101
2183	P_THOP960101
2184	S_THOP960101
2185	T_THOP960101
2186	W_THOP960101
2187	Y_THOP960101
2188	V_THOP960101
2189	A_TOBD000101
2190	R_TOBD000101
2191	N_TOBD000101
2192	D_TOBD000101
2193	C_TOBD000101
2194	Q_TOBD000101
2195	E_TOBD000101
2196	G_TOBD000101
2197	H_TOBD000101
2198	I_TOBD000101
2199	L_TOBD000101
2200	K_TOBD000101
2201	M_TOBD000101
2202	F_TOBD000101
2203	P_TOBD000101
2204	S_TOBD000101
2205	T_TOBD000101
2206	W_TOBD000101
2207	Y_TOBD000101
2208	V_TOBD000101
2209	A_TOBD000102
2210	R_TOBD000102
2211	N_TOBD000102
2212	D_TOBD000102
2213	C_TOBD000102
2214	Q_TOBD000102
2215	E_TOBD000102
2216	G_TOBD000102
2217	H_TOBD000102
2218	I_TOBD000102
2219	L_TOBD000102
2220	K_TOBD000102
2221	M_TOBD000102
2222	F_TOBD000102
2223	P_TOBD000102
2224	S_TOBD000102
2225	T_TOBD000102
2226	W_TOBD000102
2227	Y_TOBD000102
2228	V_TOBD000102
2229	A_TUDE900101
2230	R_TUDE900101
2231	N_TUDE900101
2232	D_TUDE900101
2233	C_TUDE900101
2234	Q_TUDE900101
2235	E_TUDE900101
2236	G_TUDE900101
2237	H_TUDE900101
2238	I_TUDE900101
2239	L_TUDE900101
2240	K_TUDE900101
2241	M_TUDE900101
2242	F_TUDE900101
2243	P_TUDE900101
2244	S_TUDE900101
2245	T_TUDE900101
2246	W_TUDE900101
2247	Y_TUDE900101
2248	V_TUDE900101
2249	A_VENM980101
2250	R_VENM980101
2251	N_VENM980101
2252	D_VENM980101
2253	C_VENM980101
2254	Q_VENM980101
2255	E_VENM980101
2256	G_VENM980101
2257	H_VENM980101
2258	I_VENM980101
2259	L_VENM980101
2260	K_VENM980101
2261	M_VENM980101
2262	F_VENM980101
2263	P_VENM980101
2264	S_VENM980101
2265	T_VENM980101
2266	W_VENM980101
2267	Y_VENM980101
2268	V_VENM980101
2269	A_VOGG950101
2270	R_VOGG950101
2271	N_VOGG950101
2272	D_VOGG950101
2273	C_VOGG950101
2274	Q_VOGG950101
2275	E_VOGG950101
2276	G_VOGG950101
2277	H_VOGG950101
2278	I_VOGG950101
2279	L_VOGG950101
2280	K_VOGG950101
2281	M_VOGG950101
2282	F_VOGG950101
2283	P_VOGG950101
2284	S_VOGG950101
2285	T_VOGG950101
2286	W_VOGG950101
2287	Y_VOGG950101
2288	V_VOGG950101
2289	A_WEIL970101
2290	R_WEIL970101
2291	N_WEIL970101
2292	D_WEIL970101
2293	C_WEIL970101
2294	Q_WEIL970101
2295	E_WEIL970101
2296	G_WEIL970101
2297	H_WEIL970101
2298	I_WEIL970101
2299	L_WEIL970101
2300	K_WEIL970101
2301	M_WEIL970101
2302	F_WEIL970101
2303	P_WEIL970101
2304	S_WEIL970101
2305	T_WEIL970101
2306	W_WEIL970101
2307	Y_WEIL970101
2308	V_WEIL970101
2309	A_WEIL970102
2310	R_WEIL970102
2311	N_WEIL970102
2312	D_WEIL970102
2313	C_WEIL970102
2314	Q_WEIL970102
2315	E_WEIL970102
2316	G_WEIL970102
2317	H_WEIL970102
2318	I_WEIL970102
2319	L_WEIL970102
2320	K_WEIL970102
2321	M_WEIL970102
2322	F_WEIL970102
2323	P_WEIL970102
2324	S_WEIL970102
2325	T_WEIL970102
2326	W_WEIL970102
2327	Y_WEIL970102
2328	V_WEIL970102
2329	A_ZHAC000101
2330	R_ZHAC000101
2331	N_ZHAC000101
2332	D_ZHAC000101
2333	C_ZHAC000101
2334	Q_ZHAC000101
2335	E_ZHAC000101
2336	G_ZHAC000101
2337	H_ZHAC000101
2338	I_ZHAC000101
2339	L_ZHAC000101
2340	K_ZHAC000101
2341	M_ZHAC000101
2342	F_ZHAC000101
2343	P_ZHAC000101
2344	S_ZHAC000101
2345	T_ZHAC000101
2346	W_ZHAC000101
2347	Y_ZHAC000101
2348	V_ZHAC000101
2349	A_ZHAC000104
2350	R_ZHAC000104
2351	N_ZHAC000104
2352	D_ZHAC000104
2353	C_ZHAC000104
2354	Q_ZHAC000104
2355	E_ZHAC000104
2356	G_ZHAC000104
2357	H_ZHAC000104
2358	I_ZHAC000104
2359	L_ZHAC000104
2360	K_ZHAC000104
2361	M_ZHAC000104
2362	F_ZHAC000104
2363	P_ZHAC000104
2364	S_ZHAC000104
2365	T_ZHAC000104
2366	W_ZHAC000104
2367	Y_ZHAC000104
2368	V_ZHAC000104
2369	A_ZHAC000106
2370	R_ZHAC000106
2371	N_ZHAC000106
2372	D_ZHAC000106
2373	C_ZHAC000106
2374	Q_ZHAC000106
2375	E_ZHAC000106
2376	G_ZHAC000106
2377	H_ZHAC000106
2378	I_ZHAC000106
2379	L_ZHAC000106
2380	K_ZHAC000106
2381	M_ZHAC000106
2382	F_ZHAC000106
2383	P_ZHAC000106
2384	S_ZHAC000106
2385	T_ZHAC000106
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