Locus_tag	OperonID	Description
KNU28_gp001	operon_0001	NC_055781.1|gene-KNU28_gp001|KNU28_gp001
KNU28_gp002	operon_0001	NC_055781.1|gene-KNU28_gp002|KNU28_gp002
KNU28_gp003	operon_0001	NC_055781.1|gene-KNU28_gp003|KNU28_gp003
KNU28_gp004	operon_0001	NC_055781.1|gene-KNU28_gp004|KNU28_gp004
KNU28_gp005	operon_0001	NC_055781.1|gene-KNU28_gp005|KNU28_gp005
KNU28_gp006	operon_0002	NC_055781.1|gene-KNU28_gp006|KNU28_gp006
KNU28_gp007	operon_0002	NC_055781.1|gene-KNU28_gp007|KNU28_gp007
KNU28_gp008	operon_0002	NC_055781.1|gene-KNU28_gp008|KNU28_gp008
KNU28_gp009	operon_0002	NC_055781.1|gene-KNU28_gp009|KNU28_gp009
KNU28_gp010	operon_0002	NC_055781.1|gene-KNU28_gp010|KNU28_gp010
KNU28_gp011	operon_0003	NC_055781.1|gene-KNU28_gp011|KNU28_gp011
KNU28_gp012	operon_0003	NC_055781.1|gene-KNU28_gp012|KNU28_gp012
KNU28_gp013	operon_0004	NC_055781.1|gene-KNU28_gp013|KNU28_gp013
KNU28_gp014	operon_0004	NC_055781.1|gene-KNU28_gp014|KNU28_gp014
KNU28_gp015	operon_0004	NC_055781.1|gene-KNU28_gp015|KNU28_gp015
KNU28_gp016	operon_0004	NC_055781.1|gene-KNU28_gp016|KNU28_gp016
KNU28_gp017	operon_0004	NC_055781.1|gene-KNU28_gp017|KNU28_gp017
KNU28_gp018	operon_0004	NC_055781.1|gene-KNU28_gp018|KNU28_gp018
KNU28_gp019	operon_0004	NC_055781.1|gene-KNU28_gp019|KNU28_gp019
KNU28_gp020	operon_0004	NC_055781.1|gene-KNU28_gp020|KNU28_gp020
KNU28_gp021	operon_0004	NC_055781.1|gene-KNU28_gp021|KNU28_gp021
KNU28_gp022	operon_0004	NC_055781.1|gene-KNU28_gp022|KNU28_gp022
KNU28_gp023	operon_0004	NC_055781.1|gene-KNU28_gp023|KNU28_gp023
KNU28_gp024	operon_0004	NC_055781.1|gene-KNU28_gp024|KNU28_gp024
KNU28_gp025	operon_0004	NC_055781.1|gene-KNU28_gp025|KNU28_gp025
KNU28_gp026	operon_0004	NC_055781.1|gene-KNU28_gp026|KNU28_gp026
KNU28_gp027	operon_0004	NC_055781.1|gene-KNU28_gp027|KNU28_gp027
KNU28_gp028	operon_0004	NC_055781.1|gene-KNU28_gp028|KNU28_gp028
KNU28_gp029	operon_0004	NC_055781.1|gene-KNU28_gp029|KNU28_gp029
KNU28_gp030	operon_0004	NC_055781.1|gene-KNU28_gp030|KNU28_gp030
KNU28_gp031	operon_0005	NC_055781.1|gene-KNU28_gp031|KNU28_gp031
KNU28_gp032	operon_0006	NC_055781.1|gene-KNU28_gp032|KNU28_gp032
KNU28_gp033	operon_0006	NC_055781.1|gene-KNU28_gp033|KNU28_gp033
KNU28_gp034	operon_0007	NC_055781.1|gene-KNU28_gp034|KNU28_gp034
KNU28_gp035	operon_0007	NC_055781.1|gene-KNU28_gp035|KNU28_gp035
KNU28_gp036	operon_0007	NC_055781.1|gene-KNU28_gp036|KNU28_gp036
KNU28_gp037	operon_0007	NC_055781.1|gene-KNU28_gp037|KNU28_gp037
KNU28_gp038	operon_0007	NC_055781.1|gene-KNU28_gp038|KNU28_gp038
KNU28_gp039	operon_0007	NC_055781.1|gene-KNU28_gp039|KNU28_gp039
KNU28_gp040	operon_0007	NC_055781.1|gene-KNU28_gp040|KNU28_gp040
KNU28_gp041	operon_0007	NC_055781.1|gene-KNU28_gp041|KNU28_gp041
KNU28_gp042	operon_0008	NC_055781.1|gene-KNU28_gp042|KNU28_gp042
KNU28_gp043	operon_0008	NC_055781.1|gene-KNU28_gp043|KNU28_gp043
KNU28_gp044	operon_0009	NC_055781.1|gene-KNU28_gp044|KNU28_gp044
KNU28_gp045	operon_0009	NC_055781.1|gene-KNU28_gp045|KNU28_gp045
KNU28_gp046	operon_0009	NC_055781.1|gene-KNU28_gp046|KNU28_gp046
KNU28_gp047	operon_0009	NC_055781.1|gene-KNU28_gp047|KNU28_gp047
KNU28_gp048	operon_0009	NC_055781.1|gene-KNU28_gp048|KNU28_gp048
KNU28_gp049	operon_0009	NC_055781.1|gene-KNU28_gp049|KNU28_gp049
KNU28_gp050	operon_0010	NC_055781.1|gene-KNU28_gp050|KNU28_gp050
KNU28_gp051	operon_0010	NC_055781.1|gene-KNU28_gp051|KNU28_gp051
KNU28_gp052	operon_0010	NC_055781.1|gene-KNU28_gp052|KNU28_gp052
KNU28_gp053	operon_0010	NC_055781.1|gene-KNU28_gp053|KNU28_gp053
KNU28_gp054	operon_0010	NC_055781.1|gene-KNU28_gp054|KNU28_gp054
KNU28_gp055	operon_0011	NC_055781.1|gene-KNU28_gp055|KNU28_gp055
KNU28_gp056	operon_0011	NC_055781.1|gene-KNU28_gp056|KNU28_gp056
KNU28_gp057	operon_0012	NC_055781.1|gene-KNU28_gp057|KNU28_gp057
KNU28_gp058	operon_0012	NC_055781.1|gene-KNU28_gp058|KNU28_gp058
KNU28_gp059	operon_0013	NC_055781.1|gene-KNU28_gp059|KNU28_gp059
KNU28_gp060	operon_0013	NC_055781.1|gene-KNU28_gp060|KNU28_gp060
KNU28_gp061	operon_0013	NC_055781.1|gene-KNU28_gp061|KNU28_gp061
KNU28_gp062	operon_0014	NC_055781.1|gene-KNU28_gp062|KNU28_gp062
KNU28_gp063	operon_0015	NC_055781.1|gene-KNU28_gp063|KNU28_gp063
KNU28_gp064	operon_0016	NC_055781.1|gene-KNU28_gp064|KNU28_gp064
KNU28_gp065	operon_0016	NC_055781.1|gene-KNU28_gp065|KNU28_gp065
KNU28_gp066	operon_0016	NC_055781.1|gene-KNU28_gp066|KNU28_gp066
KNU28_gp067	operon_0016	NC_055781.1|gene-KNU28_gp067|KNU28_gp067
KNU28_gp068	operon_0016	NC_055781.1|gene-KNU28_gp068|KNU28_gp068
KNU28_gp069	operon_0016	NC_055781.1|gene-KNU28_gp069|KNU28_gp069
KNU28_gp070	operon_0016	NC_055781.1|gene-KNU28_gp070|KNU28_gp070
KNU28_gp071	operon_0016	NC_055781.1|gene-KNU28_gp071|KNU28_gp071
KNU28_gp072	operon_0016	NC_055781.1|gene-KNU28_gp072|KNU28_gp072
KNU28_gp073	operon_0016	NC_055781.1|gene-KNU28_gp073|KNU28_gp073
KNU28_gp074	operon_0016	NC_055781.1|gene-KNU28_gp074|KNU28_gp074
KNU28_gp075	operon_0016	NC_055781.1|gene-KNU28_gp075|KNU28_gp075
KNU28_gp076	operon_0016	NC_055781.1|gene-KNU28_gp076|KNU28_gp076
KNU28_gp077	operon_0016	NC_055781.1|gene-KNU28_gp077|KNU28_gp077
KNU28_gp078	operon_0016	NC_055781.1|gene-KNU28_gp078|KNU28_gp078
KNU28_gp079	operon_0016	NC_055781.1|gene-KNU28_gp079|KNU28_gp079
KNU28_gp080	operon_0016	NC_055781.1|gene-KNU28_gp080|KNU28_gp080
KNU28_gp081	operon_0016	NC_055781.1|gene-KNU28_gp081|KNU28_gp081
KNU28_gp082	operon_0017	NC_055781.1|gene-KNU28_gp082|KNU28_gp082
KNU28_gp083	operon_0017	NC_055781.1|gene-KNU28_gp083|KNU28_gp083
KNU28_gp084	operon_0017	NC_055781.1|gene-KNU28_gp084|KNU28_gp084
KNU28_gp085	operon_0017	NC_055781.1|gene-KNU28_gp085|KNU28_gp085
KNU28_gp086	operon_0017	NC_055781.1|gene-KNU28_gp086|KNU28_gp086
KNU28_gp087	operon_0017	NC_055781.1|gene-KNU28_gp087|KNU28_gp087
KNU28_gp088	operon_0017	NC_055781.1|gene-KNU28_gp088|KNU28_gp088
KNU28_gp089	operon_0018	NC_055781.1|gene-KNU28_gp089|KNU28_gp089
KNU28_gp090	operon_0018	NC_055781.1|gene-KNU28_gp090|KNU28_gp090
KNU28_gp091	operon_0018	NC_055781.1|gene-KNU28_gp091|KNU28_gp091
KNU28_gp092	operon_0018	NC_055781.1|gene-KNU28_gp092|KNU28_gp092
KNU28_gp093	operon_0018	NC_055781.1|gene-KNU28_gp093|KNU28_gp093
KNU28_gp094	operon_0018	NC_055781.1|gene-KNU28_gp094|KNU28_gp094
KNU28_gp095	operon_0018	NC_055781.1|gene-KNU28_gp095|KNU28_gp095
KNU28_gp096	operon_0018	NC_055781.1|gene-KNU28_gp096|KNU28_gp096
KNU28_gp097	operon_0018	NC_055781.1|gene-KNU28_gp097|KNU28_gp097
KNU28_gp098	operon_0018	NC_055781.1|gene-KNU28_gp098|KNU28_gp098
KNU28_gp099	operon_0018	NC_055781.1|gene-KNU28_gp099|KNU28_gp099
KNU28_gp100	operon_0018	NC_055781.1|gene-KNU28_gp100|KNU28_gp100
KNU28_gp263	operon_0019	NC_055781.1|gene-KNU28_gp263|KNU28_gp263
KNU28_gp262	operon_0020	NC_055781.1|gene-KNU28_gp262|KNU28_gp262
KNU28_gp261	operon_0020	NC_055781.1|gene-KNU28_gp261|KNU28_gp261
KNU28_gp260	operon_0020	NC_055781.1|gene-KNU28_gp260|KNU28_gp260
KNU28_gp259	operon_0020	NC_055781.1|gene-KNU28_gp259|KNU28_gp259
KNU28_gp258	operon_0020	NC_055781.1|gene-KNU28_gp258|KNU28_gp258
KNU28_gp257	operon_0021	NC_055781.1|gene-KNU28_gp257|KNU28_gp257
KNU28_gp256	operon_0021	NC_055781.1|gene-KNU28_gp256|KNU28_gp256
KNU28_gp255	operon_0021	NC_055781.1|gene-KNU28_gp255|KNU28_gp255
KNU28_gp254	operon_0021	NC_055781.1|gene-KNU28_gp254|KNU28_gp254
KNU28_gp253	operon_0021	NC_055781.1|gene-KNU28_gp253|KNU28_gp253
KNU28_gp252	operon_0021	NC_055781.1|gene-KNU28_gp252|KNU28_gp252
KNU28_gp251	operon_0021	NC_055781.1|gene-KNU28_gp251|KNU28_gp251
KNU28_gp250	operon_0021	NC_055781.1|gene-KNU28_gp250|KNU28_gp250
KNU28_gp249	operon_0021	NC_055781.1|gene-KNU28_gp249|KNU28_gp249
KNU28_gp248	operon_0021	NC_055781.1|gene-KNU28_gp248|KNU28_gp248
KNU28_gp247	operon_0021	NC_055781.1|gene-KNU28_gp247|KNU28_gp247
KNU28_gp246	operon_0021	NC_055781.1|gene-KNU28_gp246|KNU28_gp246
KNU28_gp245	operon_0022	NC_055781.1|gene-KNU28_gp245|KNU28_gp245
KNU28_gp244	operon_0022	NC_055781.1|gene-KNU28_gp244|KNU28_gp244
KNU28_gp243	operon_0022	NC_055781.1|gene-KNU28_gp243|KNU28_gp243
KNU28_gp242	operon_0022	NC_055781.1|gene-KNU28_gp242|KNU28_gp242
KNU28_gp241	operon_0022	NC_055781.1|gene-KNU28_gp241|KNU28_gp241
KNU28_gp240	operon_0022	NC_055781.1|gene-KNU28_gp240|KNU28_gp240
KNU28_gp239	operon_0023	NC_055781.1|gene-KNU28_gp239|KNU28_gp239
KNU28_gp238	operon_0023	NC_055781.1|gene-KNU28_gp238|KNU28_gp238
KNU28_gp237	operon_0023	NC_055781.1|gene-KNU28_gp237|KNU28_gp237
KNU28_gp236	operon_0023	NC_055781.1|gene-KNU28_gp236|KNU28_gp236
KNU28_gp235	operon_0023	NC_055781.1|gene-KNU28_gp235|KNU28_gp235
KNU28_gp234	operon_0023	NC_055781.1|gene-KNU28_gp234|KNU28_gp234
KNU28_gp233	operon_0023	NC_055781.1|gene-KNU28_gp233|KNU28_gp233
KNU28_gp232	operon_0023	NC_055781.1|gene-KNU28_gp232|KNU28_gp232
KNU28_gp231	operon_0023	NC_055781.1|gene-KNU28_gp231|KNU28_gp231
KNU28_gp230	operon_0024	NC_055781.1|gene-KNU28_gp230|KNU28_gp230
KNU28_gp229	operon_0024	NC_055781.1|gene-KNU28_gp229|KNU28_gp229
KNU28_gp228	operon_0024	NC_055781.1|gene-KNU28_gp228|KNU28_gp228
KNU28_gp227	operon_0024	NC_055781.1|gene-KNU28_gp227|KNU28_gp227
KNU28_gp226	operon_0024	NC_055781.1|gene-KNU28_gp226|KNU28_gp226
KNU28_gp225	operon_0024	NC_055781.1|gene-KNU28_gp225|KNU28_gp225
KNU28_gp224	operon_0024	NC_055781.1|gene-KNU28_gp224|KNU28_gp224
KNU28_gp223	operon_0024	NC_055781.1|gene-KNU28_gp223|KNU28_gp223
KNU28_gp222	operon_0024	NC_055781.1|gene-KNU28_gp222|KNU28_gp222
KNU28_gp221	operon_0024	NC_055781.1|gene-KNU28_gp221|KNU28_gp221
KNU28_gp220	operon_0024	NC_055781.1|gene-KNU28_gp220|KNU28_gp220
KNU28_gp219	operon_0024	NC_055781.1|gene-KNU28_gp219|KNU28_gp219
KNU28_gp218	operon_0024	NC_055781.1|gene-KNU28_gp218|KNU28_gp218
KNU28_gp217	operon_0024	NC_055781.1|gene-KNU28_gp217|KNU28_gp217
KNU28_gp216	operon_0025	NC_055781.1|gene-KNU28_gp216|KNU28_gp216
KNU28_gp215	operon_0025	NC_055781.1|gene-KNU28_gp215|KNU28_gp215
KNU28_gp214	operon_0025	NC_055781.1|gene-KNU28_gp214|KNU28_gp214
KNU28_gp213	operon_0025	NC_055781.1|gene-KNU28_gp213|KNU28_gp213
KNU28_gp212	operon_0025	NC_055781.1|gene-KNU28_gp212|KNU28_gp212
KNU28_gp211	operon_0025	NC_055781.1|gene-KNU28_gp211|KNU28_gp211
KNU28_gp210	operon_0025	NC_055781.1|gene-KNU28_gp210|KNU28_gp210
KNU28_gp209	operon_0025	NC_055781.1|gene-KNU28_gp209|KNU28_gp209
KNU28_gp208	operon_0025	NC_055781.1|gene-KNU28_gp208|KNU28_gp208
KNU28_gp207	operon_0025	NC_055781.1|gene-KNU28_gp207|KNU28_gp207
KNU28_gp206	operon_0025	NC_055781.1|gene-KNU28_gp206|KNU28_gp206
KNU28_gp205	operon_0025	NC_055781.1|gene-KNU28_gp205|KNU28_gp205
KNU28_gp204	operon_0025	NC_055781.1|gene-KNU28_gp204|KNU28_gp204
KNU28_gp203	operon_0026	NC_055781.1|gene-KNU28_gp203|KNU28_gp203
KNU28_gp202	operon_0026	NC_055781.1|gene-KNU28_gp202|KNU28_gp202
KNU28_gp201	operon_0026	NC_055781.1|gene-KNU28_gp201|KNU28_gp201
KNU28_gp200	operon_0026	NC_055781.1|gene-KNU28_gp200|KNU28_gp200
KNU28_gp199	operon_0026	NC_055781.1|gene-KNU28_gp199|KNU28_gp199
KNU28_gp198	operon_0027	NC_055781.1|gene-KNU28_gp198|KNU28_gp198
KNU28_gp197	operon_0027	NC_055781.1|gene-KNU28_gp197|KNU28_gp197
KNU28_gp196	operon_0027	NC_055781.1|gene-KNU28_gp196|KNU28_gp196
KNU28_gp195	operon_0027	NC_055781.1|gene-KNU28_gp195|KNU28_gp195
KNU28_gp194	operon_0027	NC_055781.1|gene-KNU28_gp194|KNU28_gp194
KNU28_gp193	operon_0028	NC_055781.1|gene-KNU28_gp193|KNU28_gp193
KNU28_gp192	operon_0028	NC_055781.1|gene-KNU28_gp192|KNU28_gp192
KNU28_gp191	operon_0028	NC_055781.1|gene-KNU28_gp191|KNU28_gp191
KNU28_gp190	operon_0028	NC_055781.1|gene-KNU28_gp190|KNU28_gp190
KNU28_gp189	operon_0028	NC_055781.1|gene-KNU28_gp189|KNU28_gp189
KNU28_gp188	operon_0028	NC_055781.1|gene-KNU28_gp188|KNU28_gp188
KNU28_gp187	operon_0028	NC_055781.1|gene-KNU28_gp187|KNU28_gp187
KNU28_gp186	operon_0028	NC_055781.1|gene-KNU28_gp186|KNU28_gp186
KNU28_gp185	operon_0028	NC_055781.1|gene-KNU28_gp185|KNU28_gp185
KNU28_gp184	operon_0029	NC_055781.1|gene-KNU28_gp184|KNU28_gp184
KNU28_gp183	operon_0029	NC_055781.1|gene-KNU28_gp183|KNU28_gp183
KNU28_gp182	operon_0029	NC_055781.1|gene-KNU28_gp182|KNU28_gp182
KNU28_gp181	operon_0029	NC_055781.1|gene-KNU28_gp181|KNU28_gp181
KNU28_gp180	operon_0029	NC_055781.1|gene-KNU28_gp180|KNU28_gp180
KNU28_gp179	operon_0029	NC_055781.1|gene-KNU28_gp179|KNU28_gp179
KNU28_gp178	operon_0029	NC_055781.1|gene-KNU28_gp178|KNU28_gp178
KNU28_gp177	operon_0030	NC_055781.1|gene-KNU28_gp177|KNU28_gp177
KNU28_gp176	operon_0030	NC_055781.1|gene-KNU28_gp176|KNU28_gp176
KNU28_gp175	operon_0030	NC_055781.1|gene-KNU28_gp175|KNU28_gp175
KNU28_gp174	operon_0031	NC_055781.1|gene-KNU28_gp174|KNU28_gp174
KNU28_gp173	operon_0031	NC_055781.1|gene-KNU28_gp173|KNU28_gp173
KNU28_gp172	operon_0031	NC_055781.1|gene-KNU28_gp172|KNU28_gp172
KNU28_gp171	operon_0031	NC_055781.1|gene-KNU28_gp171|KNU28_gp171
KNU28_gp170	operon_0031	NC_055781.1|gene-KNU28_gp170|KNU28_gp170
KNU28_gp169	operon_0031	NC_055781.1|gene-KNU28_gp169|KNU28_gp169
KNU28_gp168	operon_0031	NC_055781.1|gene-KNU28_gp168|KNU28_gp168
KNU28_gp167	operon_0031	NC_055781.1|gene-KNU28_gp167|KNU28_gp167
KNU28_gp166	operon_0031	NC_055781.1|gene-KNU28_gp166|KNU28_gp166
KNU28_gp165	operon_0031	NC_055781.1|gene-KNU28_gp165|KNU28_gp165
KNU28_gp164	operon_0031	NC_055781.1|gene-KNU28_gp164|KNU28_gp164
KNU28_gp163	operon_0031	NC_055781.1|gene-KNU28_gp163|KNU28_gp163
KNU28_gp162	operon_0031	NC_055781.1|gene-KNU28_gp162|KNU28_gp162
KNU28_gp161	operon_0032	NC_055781.1|gene-KNU28_gp161|KNU28_gp161
KNU28_gp160	operon_0032	NC_055781.1|gene-KNU28_gp160|KNU28_gp160
KNU28_gp159	operon_0032	NC_055781.1|gene-KNU28_gp159|KNU28_gp159
KNU28_gp158	operon_0032	NC_055781.1|gene-KNU28_gp158|KNU28_gp158
KNU28_gp157	operon_0032	NC_055781.1|gene-KNU28_gp157|KNU28_gp157
KNU28_gp156	operon_0032	NC_055781.1|gene-KNU28_gp156|KNU28_gp156
KNU28_gp155	operon_0032	NC_055781.1|gene-KNU28_gp155|KNU28_gp155
KNU28_gp154	operon_0032	NC_055781.1|gene-KNU28_gp154|KNU28_gp154
KNU28_gp153	operon_0032	NC_055781.1|gene-KNU28_gp153|KNU28_gp153
KNU28_gp152	operon_0032	NC_055781.1|gene-KNU28_gp152|KNU28_gp152
KNU28_gp151	operon_0033	NC_055781.1|gene-KNU28_gp151|KNU28_gp151
KNU28_gp150	operon_0034	NC_055781.1|gene-KNU28_gp150|KNU28_gp150
KNU28_gp149	operon_0034	NC_055781.1|gene-KNU28_gp149|KNU28_gp149
KNU28_gp148	operon_0035	NC_055781.1|gene-KNU28_gp148|KNU28_gp148
KNU28_gp147	operon_0035	NC_055781.1|gene-KNU28_gp147|KNU28_gp147
KNU28_gp146	operon_0035	NC_055781.1|gene-KNU28_gp146|KNU28_gp146
KNU28_gp145	operon_0035	NC_055781.1|gene-KNU28_gp145|KNU28_gp145
KNU28_gp144	operon_0035	NC_055781.1|gene-KNU28_gp144|KNU28_gp144
KNU28_gp143	operon_0035	NC_055781.1|gene-KNU28_gp143|KNU28_gp143
KNU28_gp142	operon_0036	NC_055781.1|gene-KNU28_gp142|KNU28_gp142
KNU28_gp141	operon_0037	NC_055781.1|gene-KNU28_gp141|KNU28_gp141
KNU28_gp140	operon_0037	NC_055781.1|gene-KNU28_gp140|KNU28_gp140
KNU28_gp139	operon_0037	NC_055781.1|gene-KNU28_gp139|KNU28_gp139
KNU28_gp138	operon_0037	NC_055781.1|gene-KNU28_gp138|KNU28_gp138
KNU28_gp137	operon_0037	NC_055781.1|gene-KNU28_gp137|KNU28_gp137
KNU28_gp136	operon_0037	NC_055781.1|gene-KNU28_gp136|KNU28_gp136
KNU28_gp135	operon_0037	NC_055781.1|gene-KNU28_gp135|KNU28_gp135
KNU28_gp134	operon_0038	NC_055781.1|gene-KNU28_gp134|KNU28_gp134
KNU28_gp133	operon_0038	NC_055781.1|gene-KNU28_gp133|KNU28_gp133
KNU28_gp132	operon_0038	NC_055781.1|gene-KNU28_gp132|KNU28_gp132
KNU28_gp131	operon_0038	NC_055781.1|gene-KNU28_gp131|KNU28_gp131
KNU28_gp130	operon_0038	NC_055781.1|gene-KNU28_gp130|KNU28_gp130
KNU28_gp129	operon_0038	NC_055781.1|gene-KNU28_gp129|KNU28_gp129
KNU28_gp128	operon_0038	NC_055781.1|gene-KNU28_gp128|KNU28_gp128
KNU28_gp127	operon_0039	NC_055781.1|gene-KNU28_gp127|KNU28_gp127
KNU28_gp126	operon_0039	NC_055781.1|gene-KNU28_gp126|KNU28_gp126
KNU28_gp125	operon_0039	NC_055781.1|gene-KNU28_gp125|KNU28_gp125
KNU28_gp124	operon_0039	NC_055781.1|gene-KNU28_gp124|KNU28_gp124
KNU28_gp123	operon_0040	NC_055781.1|gene-KNU28_gp123|KNU28_gp123
KNU28_gp122	operon_0040	NC_055781.1|gene-KNU28_gp122|KNU28_gp122
KNU28_gp121	operon_0040	NC_055781.1|gene-KNU28_gp121|KNU28_gp121
KNU28_gp120	operon_0041	NC_055781.1|gene-KNU28_gp120|KNU28_gp120
KNU28_gp119	operon_0041	NC_055781.1|gene-KNU28_gp119|KNU28_gp119
KNU28_gp118	operon_0041	NC_055781.1|gene-KNU28_gp118|KNU28_gp118
KNU28_gp117	operon_0041	NC_055781.1|gene-KNU28_gp117|KNU28_gp117
KNU28_gp116	operon_0041	NC_055781.1|gene-KNU28_gp116|KNU28_gp116
KNU28_gp115	operon_0042	NC_055781.1|gene-KNU28_gp115|KNU28_gp115
KNU28_gp114	operon_0042	NC_055781.1|gene-KNU28_gp114|KNU28_gp114
KNU28_gp113	operon_0042	NC_055781.1|gene-KNU28_gp113|KNU28_gp113
KNU28_gp112	operon_0042	NC_055781.1|gene-KNU28_gp112|KNU28_gp112
KNU28_gp111	operon_0042	NC_055781.1|gene-KNU28_gp111|KNU28_gp111
KNU28_gp110	operon_0042	NC_055781.1|gene-KNU28_gp110|KNU28_gp110
KNU28_gp109	operon_0042	NC_055781.1|gene-KNU28_gp109|KNU28_gp109
KNU28_gp108	operon_0042	NC_055781.1|gene-KNU28_gp108|KNU28_gp108
KNU28_gp107	operon_0042	NC_055781.1|gene-KNU28_gp107|KNU28_gp107
KNU28_gp106	operon_0043	NC_055781.1|gene-KNU28_gp106|KNU28_gp106
KNU28_gp105	operon_0043	NC_055781.1|gene-KNU28_gp105|KNU28_gp105
KNU28_gp104	operon_0044	NC_055781.1|gene-KNU28_gp104|KNU28_gp104
KNU28_gp103	operon_0044	NC_055781.1|gene-KNU28_gp103|KNU28_gp103
KNU28_gp102	operon_0045	NC_055781.1|gene-KNU28_gp102|KNU28_gp102
KNU28_gp101	operon_0045	NC_055781.1|gene-KNU28_gp101|KNU28_gp101
KNU28_gp001	operon_0047	NC_055781.1|gene-KNU28_gp001|KNU28_gp001
KNU28_gp002	operon_0047	NC_055781.1|gene-KNU28_gp002|KNU28_gp002
KNU28_gp003	operon_0047	NC_055781.1|gene-KNU28_gp003|KNU28_gp003
KNU28_gp004	operon_0047	NC_055781.1|gene-KNU28_gp004|KNU28_gp004
KNU28_gp005	operon_0047	NC_055781.1|gene-KNU28_gp005|KNU28_gp005
KNU28_gp006	operon_0048	NC_055781.1|gene-KNU28_gp006|KNU28_gp006
KNU28_gp007	operon_0048	NC_055781.1|gene-KNU28_gp007|KNU28_gp007
KNU28_gp008	operon_0048	NC_055781.1|gene-KNU28_gp008|KNU28_gp008
KNU28_gp009	operon_0048	NC_055781.1|gene-KNU28_gp009|KNU28_gp009
KNU28_gp010	operon_0048	NC_055781.1|gene-KNU28_gp010|KNU28_gp010
KNU28_gp011	operon_0049	NC_055781.1|gene-KNU28_gp011|KNU28_gp011
KNU28_gp012	operon_0049	NC_055781.1|gene-KNU28_gp012|KNU28_gp012
KNU28_gp013	operon_0050	NC_055781.1|gene-KNU28_gp013|KNU28_gp013
KNU28_gp014	operon_0050	NC_055781.1|gene-KNU28_gp014|KNU28_gp014
KNU28_gp015	operon_0050	NC_055781.1|gene-KNU28_gp015|KNU28_gp015
KNU28_gp016	operon_0050	NC_055781.1|gene-KNU28_gp016|KNU28_gp016
KNU28_gp017	operon_0050	NC_055781.1|gene-KNU28_gp017|KNU28_gp017
KNU28_gp018	operon_0050	NC_055781.1|gene-KNU28_gp018|KNU28_gp018
KNU28_gp019	operon_0050	NC_055781.1|gene-KNU28_gp019|KNU28_gp019
KNU28_gp020	operon_0050	NC_055781.1|gene-KNU28_gp020|KNU28_gp020
KNU28_gp021	operon_0050	NC_055781.1|gene-KNU28_gp021|KNU28_gp021
KNU28_gp022	operon_0050	NC_055781.1|gene-KNU28_gp022|KNU28_gp022
KNU28_gp023	operon_0050	NC_055781.1|gene-KNU28_gp023|KNU28_gp023
KNU28_gp024	operon_0050	NC_055781.1|gene-KNU28_gp024|KNU28_gp024
KNU28_gp025	operon_0050	NC_055781.1|gene-KNU28_gp025|KNU28_gp025
KNU28_gp026	operon_0050	NC_055781.1|gene-KNU28_gp026|KNU28_gp026
KNU28_gp027	operon_0050	NC_055781.1|gene-KNU28_gp027|KNU28_gp027
KNU28_gp028	operon_0050	NC_055781.1|gene-KNU28_gp028|KNU28_gp028
KNU28_gp029	operon_0050	NC_055781.1|gene-KNU28_gp029|KNU28_gp029
KNU28_gp030	operon_0050	NC_055781.1|gene-KNU28_gp030|KNU28_gp030
KNU28_gp031	operon_0051	NC_055781.1|gene-KNU28_gp031|KNU28_gp031
KNU28_gp032	operon_0052	NC_055781.1|gene-KNU28_gp032|KNU28_gp032
KNU28_gp033	operon_0052	NC_055781.1|gene-KNU28_gp033|KNU28_gp033
KNU28_gp034	operon_0053	NC_055781.1|gene-KNU28_gp034|KNU28_gp034
KNU28_gp035	operon_0053	NC_055781.1|gene-KNU28_gp035|KNU28_gp035
KNU28_gp036	operon_0053	NC_055781.1|gene-KNU28_gp036|KNU28_gp036
KNU28_gp037	operon_0053	NC_055781.1|gene-KNU28_gp037|KNU28_gp037
KNU28_gp038	operon_0053	NC_055781.1|gene-KNU28_gp038|KNU28_gp038
KNU28_gp039	operon_0053	NC_055781.1|gene-KNU28_gp039|KNU28_gp039
KNU28_gp040	operon_0053	NC_055781.1|gene-KNU28_gp040|KNU28_gp040
KNU28_gp041	operon_0053	NC_055781.1|gene-KNU28_gp041|KNU28_gp041
KNU28_gp042	operon_0054	NC_055781.1|gene-KNU28_gp042|KNU28_gp042
KNU28_gp043	operon_0054	NC_055781.1|gene-KNU28_gp043|KNU28_gp043
KNU28_gp044	operon_0055	NC_055781.1|gene-KNU28_gp044|KNU28_gp044
KNU28_gp045	operon_0055	NC_055781.1|gene-KNU28_gp045|KNU28_gp045
KNU28_gp046	operon_0055	NC_055781.1|gene-KNU28_gp046|KNU28_gp046
KNU28_gp047	operon_0055	NC_055781.1|gene-KNU28_gp047|KNU28_gp047
KNU28_gp048	operon_0055	NC_055781.1|gene-KNU28_gp048|KNU28_gp048
KNU28_gp049	operon_0055	NC_055781.1|gene-KNU28_gp049|KNU28_gp049
KNU28_gp050	operon_0056	NC_055781.1|gene-KNU28_gp050|KNU28_gp050
KNU28_gp051	operon_0056	NC_055781.1|gene-KNU28_gp051|KNU28_gp051
KNU28_gp052	operon_0056	NC_055781.1|gene-KNU28_gp052|KNU28_gp052
KNU28_gp053	operon_0056	NC_055781.1|gene-KNU28_gp053|KNU28_gp053
KNU28_gp054	operon_0056	NC_055781.1|gene-KNU28_gp054|KNU28_gp054
KNU28_gp055	operon_0057	NC_055781.1|gene-KNU28_gp055|KNU28_gp055
KNU28_gp056	operon_0057	NC_055781.1|gene-KNU28_gp056|KNU28_gp056
KNU28_gp057	operon_0058	NC_055781.1|gene-KNU28_gp057|KNU28_gp057
KNU28_gp058	operon_0058	NC_055781.1|gene-KNU28_gp058|KNU28_gp058
KNU28_gp059	operon_0059	NC_055781.1|gene-KNU28_gp059|KNU28_gp059
KNU28_gp060	operon_0059	NC_055781.1|gene-KNU28_gp060|KNU28_gp060
KNU28_gp061	operon_0059	NC_055781.1|gene-KNU28_gp061|KNU28_gp061
KNU28_gp062	operon_0060	NC_055781.1|gene-KNU28_gp062|KNU28_gp062
KNU28_gp063	operon_0061	NC_055781.1|gene-KNU28_gp063|KNU28_gp063
KNU28_gp064	operon_0062	NC_055781.1|gene-KNU28_gp064|KNU28_gp064
KNU28_gp065	operon_0062	NC_055781.1|gene-KNU28_gp065|KNU28_gp065
KNU28_gp066	operon_0062	NC_055781.1|gene-KNU28_gp066|KNU28_gp066
KNU28_gp067	operon_0062	NC_055781.1|gene-KNU28_gp067|KNU28_gp067
KNU28_gp068	operon_0062	NC_055781.1|gene-KNU28_gp068|KNU28_gp068
KNU28_gp069	operon_0062	NC_055781.1|gene-KNU28_gp069|KNU28_gp069
KNU28_gp070	operon_0062	NC_055781.1|gene-KNU28_gp070|KNU28_gp070
KNU28_gp071	operon_0062	NC_055781.1|gene-KNU28_gp071|KNU28_gp071
KNU28_gp072	operon_0062	NC_055781.1|gene-KNU28_gp072|KNU28_gp072
KNU28_gp073	operon_0062	NC_055781.1|gene-KNU28_gp073|KNU28_gp073
KNU28_gp074	operon_0062	NC_055781.1|gene-KNU28_gp074|KNU28_gp074
KNU28_gp075	operon_0062	NC_055781.1|gene-KNU28_gp075|KNU28_gp075
KNU28_gp076	operon_0062	NC_055781.1|gene-KNU28_gp076|KNU28_gp076
KNU28_gp077	operon_0062	NC_055781.1|gene-KNU28_gp077|KNU28_gp077
KNU28_gp078	operon_0062	NC_055781.1|gene-KNU28_gp078|KNU28_gp078
KNU28_gp079	operon_0062	NC_055781.1|gene-KNU28_gp079|KNU28_gp079
KNU28_gp080	operon_0062	NC_055781.1|gene-KNU28_gp080|KNU28_gp080
KNU28_gp081	operon_0062	NC_055781.1|gene-KNU28_gp081|KNU28_gp081
KNU28_gp082	operon_0063	NC_055781.1|gene-KNU28_gp082|KNU28_gp082
KNU28_gp083	operon_0063	NC_055781.1|gene-KNU28_gp083|KNU28_gp083
KNU28_gp084	operon_0063	NC_055781.1|gene-KNU28_gp084|KNU28_gp084
KNU28_gp085	operon_0063	NC_055781.1|gene-KNU28_gp085|KNU28_gp085
KNU28_gp086	operon_0063	NC_055781.1|gene-KNU28_gp086|KNU28_gp086
KNU28_gp087	operon_0063	NC_055781.1|gene-KNU28_gp087|KNU28_gp087
KNU28_gp088	operon_0063	NC_055781.1|gene-KNU28_gp088|KNU28_gp088
KNU28_gp089	operon_0064	NC_055781.1|gene-KNU28_gp089|KNU28_gp089
KNU28_gp090	operon_0064	NC_055781.1|gene-KNU28_gp090|KNU28_gp090
KNU28_gp091	operon_0064	NC_055781.1|gene-KNU28_gp091|KNU28_gp091
KNU28_gp092	operon_0064	NC_055781.1|gene-KNU28_gp092|KNU28_gp092
KNU28_gp093	operon_0064	NC_055781.1|gene-KNU28_gp093|KNU28_gp093
KNU28_gp094	operon_0064	NC_055781.1|gene-KNU28_gp094|KNU28_gp094
KNU28_gp095	operon_0064	NC_055781.1|gene-KNU28_gp095|KNU28_gp095
KNU28_gp096	operon_0064	NC_055781.1|gene-KNU28_gp096|KNU28_gp096
KNU28_gp097	operon_0064	NC_055781.1|gene-KNU28_gp097|KNU28_gp097
KNU28_gp098	operon_0064	NC_055781.1|gene-KNU28_gp098|KNU28_gp098
KNU28_gp099	operon_0064	NC_055781.1|gene-KNU28_gp099|KNU28_gp099
KNU28_gp100	operon_0064	NC_055781.1|gene-KNU28_gp100|KNU28_gp100
KNU28_gt001	operon_0064	NC_055781.1|gene-KNU28_gt001|KNU28_gt001
KNU28_gp263	operon_0064	NC_055781.1|gene-KNU28_gp263|KNU28_gp263
KNU28_gp262	operon_0065	NC_055781.1|gene-KNU28_gp262|KNU28_gp262
KNU28_gp261	operon_0065	NC_055781.1|gene-KNU28_gp261|KNU28_gp261
KNU28_gp260	operon_0065	NC_055781.1|gene-KNU28_gp260|KNU28_gp260
KNU28_gp259	operon_0065	NC_055781.1|gene-KNU28_gp259|KNU28_gp259
KNU28_gp258	operon_0065	NC_055781.1|gene-KNU28_gp258|KNU28_gp258
KNU28_gp257	operon_0066	NC_055781.1|gene-KNU28_gp257|KNU28_gp257
KNU28_gp256	operon_0066	NC_055781.1|gene-KNU28_gp256|KNU28_gp256
KNU28_gp255	operon_0066	NC_055781.1|gene-KNU28_gp255|KNU28_gp255
KNU28_gp254	operon_0066	NC_055781.1|gene-KNU28_gp254|KNU28_gp254
KNU28_gp253	operon_0066	NC_055781.1|gene-KNU28_gp253|KNU28_gp253
KNU28_gp252	operon_0066	NC_055781.1|gene-KNU28_gp252|KNU28_gp252
KNU28_gp251	operon_0066	NC_055781.1|gene-KNU28_gp251|KNU28_gp251
KNU28_gp250	operon_0066	NC_055781.1|gene-KNU28_gp250|KNU28_gp250
KNU28_gp249	operon_0066	NC_055781.1|gene-KNU28_gp249|KNU28_gp249
KNU28_gp248	operon_0066	NC_055781.1|gene-KNU28_gp248|KNU28_gp248
KNU28_gp247	operon_0066	NC_055781.1|gene-KNU28_gp247|KNU28_gp247
KNU28_gp246	operon_0066	NC_055781.1|gene-KNU28_gp246|KNU28_gp246
KNU28_gp245	operon_0067	NC_055781.1|gene-KNU28_gp245|KNU28_gp245
KNU28_gp244	operon_0067	NC_055781.1|gene-KNU28_gp244|KNU28_gp244
KNU28_gp243	operon_0067	NC_055781.1|gene-KNU28_gp243|KNU28_gp243
KNU28_gp242	operon_0067	NC_055781.1|gene-KNU28_gp242|KNU28_gp242
KNU28_gp241	operon_0067	NC_055781.1|gene-KNU28_gp241|KNU28_gp241
KNU28_gp240	operon_0067	NC_055781.1|gene-KNU28_gp240|KNU28_gp240
KNU28_gp239	operon_0068	NC_055781.1|gene-KNU28_gp239|KNU28_gp239
KNU28_gp238	operon_0068	NC_055781.1|gene-KNU28_gp238|KNU28_gp238
KNU28_gp237	operon_0068	NC_055781.1|gene-KNU28_gp237|KNU28_gp237
KNU28_gp236	operon_0068	NC_055781.1|gene-KNU28_gp236|KNU28_gp236
KNU28_gp235	operon_0068	NC_055781.1|gene-KNU28_gp235|KNU28_gp235
KNU28_gp234	operon_0068	NC_055781.1|gene-KNU28_gp234|KNU28_gp234
KNU28_gp233	operon_0068	NC_055781.1|gene-KNU28_gp233|KNU28_gp233
KNU28_gp232	operon_0068	NC_055781.1|gene-KNU28_gp232|KNU28_gp232
KNU28_gp231	operon_0068	NC_055781.1|gene-KNU28_gp231|KNU28_gp231
KNU28_gp230	operon_0069	NC_055781.1|gene-KNU28_gp230|KNU28_gp230
KNU28_gp229	operon_0069	NC_055781.1|gene-KNU28_gp229|KNU28_gp229
KNU28_gp228	operon_0069	NC_055781.1|gene-KNU28_gp228|KNU28_gp228
KNU28_gp227	operon_0069	NC_055781.1|gene-KNU28_gp227|KNU28_gp227
KNU28_gp226	operon_0069	NC_055781.1|gene-KNU28_gp226|KNU28_gp226
KNU28_gp225	operon_0069	NC_055781.1|gene-KNU28_gp225|KNU28_gp225
KNU28_gp224	operon_0069	NC_055781.1|gene-KNU28_gp224|KNU28_gp224
KNU28_gp223	operon_0069	NC_055781.1|gene-KNU28_gp223|KNU28_gp223
KNU28_gp222	operon_0069	NC_055781.1|gene-KNU28_gp222|KNU28_gp222
KNU28_gp221	operon_0069	NC_055781.1|gene-KNU28_gp221|KNU28_gp221
KNU28_gp220	operon_0069	NC_055781.1|gene-KNU28_gp220|KNU28_gp220
KNU28_gp219	operon_0069	NC_055781.1|gene-KNU28_gp219|KNU28_gp219
KNU28_gp218	operon_0069	NC_055781.1|gene-KNU28_gp218|KNU28_gp218
KNU28_gp217	operon_0069	NC_055781.1|gene-KNU28_gp217|KNU28_gp217
KNU28_gp216	operon_0070	NC_055781.1|gene-KNU28_gp216|KNU28_gp216
KNU28_gp215	operon_0070	NC_055781.1|gene-KNU28_gp215|KNU28_gp215
KNU28_gp214	operon_0070	NC_055781.1|gene-KNU28_gp214|KNU28_gp214
KNU28_gp213	operon_0070	NC_055781.1|gene-KNU28_gp213|KNU28_gp213
KNU28_gp212	operon_0070	NC_055781.1|gene-KNU28_gp212|KNU28_gp212
KNU28_gp211	operon_0070	NC_055781.1|gene-KNU28_gp211|KNU28_gp211
KNU28_gp210	operon_0070	NC_055781.1|gene-KNU28_gp210|KNU28_gp210
KNU28_gp209	operon_0070	NC_055781.1|gene-KNU28_gp209|KNU28_gp209
KNU28_gp208	operon_0070	NC_055781.1|gene-KNU28_gp208|KNU28_gp208
KNU28_gp207	operon_0070	NC_055781.1|gene-KNU28_gp207|KNU28_gp207
KNU28_gp206	operon_0070	NC_055781.1|gene-KNU28_gp206|KNU28_gp206
KNU28_gp205	operon_0070	NC_055781.1|gene-KNU28_gp205|KNU28_gp205
KNU28_gp204	operon_0070	NC_055781.1|gene-KNU28_gp204|KNU28_gp204
KNU28_gp203	operon_0071	NC_055781.1|gene-KNU28_gp203|KNU28_gp203
KNU28_gp202	operon_0071	NC_055781.1|gene-KNU28_gp202|KNU28_gp202
KNU28_gp201	operon_0071	NC_055781.1|gene-KNU28_gp201|KNU28_gp201
KNU28_gp200	operon_0071	NC_055781.1|gene-KNU28_gp200|KNU28_gp200
KNU28_gp199	operon_0071	NC_055781.1|gene-KNU28_gp199|KNU28_gp199
KNU28_gp198	operon_0072	NC_055781.1|gene-KNU28_gp198|KNU28_gp198
KNU28_gp197	operon_0072	NC_055781.1|gene-KNU28_gp197|KNU28_gp197
KNU28_gp196	operon_0072	NC_055781.1|gene-KNU28_gp196|KNU28_gp196
KNU28_gp195	operon_0072	NC_055781.1|gene-KNU28_gp195|KNU28_gp195
KNU28_gp194	operon_0072	NC_055781.1|gene-KNU28_gp194|KNU28_gp194
KNU28_gp193	operon_0073	NC_055781.1|gene-KNU28_gp193|KNU28_gp193
KNU28_gp192	operon_0073	NC_055781.1|gene-KNU28_gp192|KNU28_gp192
KNU28_gp191	operon_0073	NC_055781.1|gene-KNU28_gp191|KNU28_gp191
KNU28_gp190	operon_0073	NC_055781.1|gene-KNU28_gp190|KNU28_gp190
KNU28_gp189	operon_0073	NC_055781.1|gene-KNU28_gp189|KNU28_gp189
KNU28_gp188	operon_0073	NC_055781.1|gene-KNU28_gp188|KNU28_gp188
KNU28_gp187	operon_0073	NC_055781.1|gene-KNU28_gp187|KNU28_gp187
KNU28_gp186	operon_0073	NC_055781.1|gene-KNU28_gp186|KNU28_gp186
KNU28_gp185	operon_0073	NC_055781.1|gene-KNU28_gp185|KNU28_gp185
KNU28_gp184	operon_0074	NC_055781.1|gene-KNU28_gp184|KNU28_gp184
KNU28_gp183	operon_0074	NC_055781.1|gene-KNU28_gp183|KNU28_gp183
KNU28_gp182	operon_0074	NC_055781.1|gene-KNU28_gp182|KNU28_gp182
KNU28_gp181	operon_0074	NC_055781.1|gene-KNU28_gp181|KNU28_gp181
KNU28_gp180	operon_0074	NC_055781.1|gene-KNU28_gp180|KNU28_gp180
KNU28_gp179	operon_0074	NC_055781.1|gene-KNU28_gp179|KNU28_gp179
KNU28_gp178	operon_0074	NC_055781.1|gene-KNU28_gp178|KNU28_gp178
KNU28_gp177	operon_0075	NC_055781.1|gene-KNU28_gp177|KNU28_gp177
KNU28_gp176	operon_0075	NC_055781.1|gene-KNU28_gp176|KNU28_gp176
KNU28_gp175	operon_0075	NC_055781.1|gene-KNU28_gp175|KNU28_gp175
KNU28_gp174	operon_0076	NC_055781.1|gene-KNU28_gp174|KNU28_gp174
KNU28_gp173	operon_0076	NC_055781.1|gene-KNU28_gp173|KNU28_gp173
KNU28_gp172	operon_0076	NC_055781.1|gene-KNU28_gp172|KNU28_gp172
KNU28_gp171	operon_0076	NC_055781.1|gene-KNU28_gp171|KNU28_gp171
KNU28_gp170	operon_0076	NC_055781.1|gene-KNU28_gp170|KNU28_gp170
KNU28_gp169	operon_0076	NC_055781.1|gene-KNU28_gp169|KNU28_gp169
KNU28_gp168	operon_0076	NC_055781.1|gene-KNU28_gp168|KNU28_gp168
KNU28_gp167	operon_0076	NC_055781.1|gene-KNU28_gp167|KNU28_gp167
KNU28_gp166	operon_0076	NC_055781.1|gene-KNU28_gp166|KNU28_gp166
KNU28_gp165	operon_0076	NC_055781.1|gene-KNU28_gp165|KNU28_gp165
KNU28_gp164	operon_0076	NC_055781.1|gene-KNU28_gp164|KNU28_gp164
KNU28_gp163	operon_0076	NC_055781.1|gene-KNU28_gp163|KNU28_gp163
KNU28_gp162	operon_0076	NC_055781.1|gene-KNU28_gp162|KNU28_gp162
KNU28_gp161	operon_0077	NC_055781.1|gene-KNU28_gp161|KNU28_gp161
KNU28_gp160	operon_0077	NC_055781.1|gene-KNU28_gp160|KNU28_gp160
KNU28_gp159	operon_0077	NC_055781.1|gene-KNU28_gp159|KNU28_gp159
KNU28_gp158	operon_0077	NC_055781.1|gene-KNU28_gp158|KNU28_gp158
KNU28_gp157	operon_0077	NC_055781.1|gene-KNU28_gp157|KNU28_gp157
KNU28_gp156	operon_0077	NC_055781.1|gene-KNU28_gp156|KNU28_gp156
KNU28_gp155	operon_0077	NC_055781.1|gene-KNU28_gp155|KNU28_gp155
KNU28_gp154	operon_0077	NC_055781.1|gene-KNU28_gp154|KNU28_gp154
KNU28_gp153	operon_0077	NC_055781.1|gene-KNU28_gp153|KNU28_gp153
KNU28_gp152	operon_0077	NC_055781.1|gene-KNU28_gp152|KNU28_gp152
KNU28_gp151	operon_0078	NC_055781.1|gene-KNU28_gp151|KNU28_gp151
KNU28_gp150	operon_0079	NC_055781.1|gene-KNU28_gp150|KNU28_gp150
KNU28_gp149	operon_0079	NC_055781.1|gene-KNU28_gp149|KNU28_gp149
KNU28_gp148	operon_0080	NC_055781.1|gene-KNU28_gp148|KNU28_gp148
KNU28_gp147	operon_0080	NC_055781.1|gene-KNU28_gp147|KNU28_gp147
KNU28_gp146	operon_0080	NC_055781.1|gene-KNU28_gp146|KNU28_gp146
KNU28_gp145	operon_0080	NC_055781.1|gene-KNU28_gp145|KNU28_gp145
KNU28_gp144	operon_0080	NC_055781.1|gene-KNU28_gp144|KNU28_gp144
KNU28_gp143	operon_0080	NC_055781.1|gene-KNU28_gp143|KNU28_gp143
KNU28_gp142	operon_0081	NC_055781.1|gene-KNU28_gp142|KNU28_gp142
KNU28_gp141	operon_0082	NC_055781.1|gene-KNU28_gp141|KNU28_gp141
KNU28_gp140	operon_0082	NC_055781.1|gene-KNU28_gp140|KNU28_gp140
KNU28_gp139	operon_0082	NC_055781.1|gene-KNU28_gp139|KNU28_gp139
KNU28_gp138	operon_0082	NC_055781.1|gene-KNU28_gp138|KNU28_gp138
KNU28_gp137	operon_0082	NC_055781.1|gene-KNU28_gp137|KNU28_gp137
KNU28_gp136	operon_0082	NC_055781.1|gene-KNU28_gp136|KNU28_gp136
KNU28_gp135	operon_0082	NC_055781.1|gene-KNU28_gp135|KNU28_gp135
KNU28_gp134	operon_0083	NC_055781.1|gene-KNU28_gp134|KNU28_gp134
KNU28_gp133	operon_0083	NC_055781.1|gene-KNU28_gp133|KNU28_gp133
KNU28_gp132	operon_0083	NC_055781.1|gene-KNU28_gp132|KNU28_gp132
KNU28_gp131	operon_0083	NC_055781.1|gene-KNU28_gp131|KNU28_gp131
KNU28_gp130	operon_0083	NC_055781.1|gene-KNU28_gp130|KNU28_gp130
KNU28_gp129	operon_0083	NC_055781.1|gene-KNU28_gp129|KNU28_gp129
KNU28_gp128	operon_0083	NC_055781.1|gene-KNU28_gp128|KNU28_gp128
KNU28_gp127	operon_0084	NC_055781.1|gene-KNU28_gp127|KNU28_gp127
KNU28_gp126	operon_0084	NC_055781.1|gene-KNU28_gp126|KNU28_gp126
KNU28_gp125	operon_0084	NC_055781.1|gene-KNU28_gp125|KNU28_gp125
KNU28_gp124	operon_0084	NC_055781.1|gene-KNU28_gp124|KNU28_gp124
KNU28_gp123	operon_0085	NC_055781.1|gene-KNU28_gp123|KNU28_gp123
KNU28_gp122	operon_0085	NC_055781.1|gene-KNU28_gp122|KNU28_gp122
KNU28_gp121	operon_0085	NC_055781.1|gene-KNU28_gp121|KNU28_gp121
KNU28_gp120	operon_0086	NC_055781.1|gene-KNU28_gp120|KNU28_gp120
KNU28_gp119	operon_0086	NC_055781.1|gene-KNU28_gp119|KNU28_gp119
KNU28_gp118	operon_0086	NC_055781.1|gene-KNU28_gp118|KNU28_gp118
KNU28_gp117	operon_0086	NC_055781.1|gene-KNU28_gp117|KNU28_gp117
KNU28_gp116	operon_0086	NC_055781.1|gene-KNU28_gp116|KNU28_gp116
KNU28_gp115	operon_0087	NC_055781.1|gene-KNU28_gp115|KNU28_gp115
KNU28_gp114	operon_0087	NC_055781.1|gene-KNU28_gp114|KNU28_gp114
KNU28_gp113	operon_0087	NC_055781.1|gene-KNU28_gp113|KNU28_gp113
KNU28_gp112	operon_0087	NC_055781.1|gene-KNU28_gp112|KNU28_gp112
KNU28_gp111	operon_0087	NC_055781.1|gene-KNU28_gp111|KNU28_gp111
KNU28_gp110	operon_0087	NC_055781.1|gene-KNU28_gp110|KNU28_gp110
KNU28_gp109	operon_0087	NC_055781.1|gene-KNU28_gp109|KNU28_gp109
KNU28_gp108	operon_0087	NC_055781.1|gene-KNU28_gp108|KNU28_gp108
KNU28_gp107	operon_0087	NC_055781.1|gene-KNU28_gp107|KNU28_gp107
KNU28_gp106	operon_0088	NC_055781.1|gene-KNU28_gp106|KNU28_gp106
KNU28_gp105	operon_0088	NC_055781.1|gene-KNU28_gp105|KNU28_gp105
KNU28_gp104	operon_0089	NC_055781.1|gene-KNU28_gp104|KNU28_gp104
KNU28_gp103	operon_0089	NC_055781.1|gene-KNU28_gp103|KNU28_gp103
KNU28_gp102	operon_0090	NC_055781.1|gene-KNU28_gp102|KNU28_gp102
KNU28_gp101	operon_0090	NC_055781.1|gene-KNU28_gp101|KNU28_gp101
KNU28_gt001	operon_0091	NC_055781.1|gene-KNU28_gt001|KNU28_gt001