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EST-based identification of genes expressed in the liver of adult seabass ( Dicentrarchus labrax, L.)

The scarcity of the genomic resources for some fish species, in spite of their commercial interest, could retard the positive effects that modern biotechnology can offer to aquaculture industry. Then an effort should be made to reduce, as far as it concerns genomic resources, the gap that separates...

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Bibliographic Details
Published in:Gene 2006-07, Vol.376 (1), p.102-106
Main Authors: Chini, Valentina, Rimoldi, Simona, Terova, Genciana, Saroglia, Marco, Rossi, Federica, Bernardini, Giovanni, Gornati, Rosalba
Format: Article
Language:English
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Summary:The scarcity of the genomic resources for some fish species, in spite of their commercial interest, could retard the positive effects that modern biotechnology can offer to aquaculture industry. Then an effort should be made to reduce, as far as it concerns genomic resources, the gap that separates farming species from “model organisms”. In this paper, we present an EST project in which we performed single pass sequencing on 1229 randomly selected clones from a sea bass cDNA library. The sequences are deposited in the NCBI database with the following accession numbers: from CV186018–CV186299 CV186018 CV186019 CV186020 CV186021 CV186022 CV186023 CV186024 CV186025 CV186026 CV186027 CV186028 CV186029 CV186030 CV186031 CV186032 CV186033 CV186034 CV186035 CV186036 CV186037 CV186038 CV186039 CV186040 CV186041 CV186042 CV186043 CV186044 CV186045 CV186046 CV186047 CV186048 CV186049 CV186050 CV186051 CV186052 CV186053 CV186054 CV186055 CV186056 CV186057 CV186058 CV186059 CV186060 CV186061 CV186062 CV186063 CV186064 CV186065 CV186066 CV186067 CV186068 CV186069 CV186070 CV186071 CV186072 CV186073 CV186074 CV186075 CV186076 CV186077 CV186078 CV186079 CV186080 CV186081 CV186082 CV186083 CV186084 CV186085 CV186086 CV186087 CV186088 CV186089 CV186090 CV186091 CV186092 CV186093 CV186094 CV186095 CV186096 CV186097 CV186098 CV186099 CV186100 CV186101 CV186102 CV186103 CV186104 CV186105 CV186106 CV186107 CV186108 CV186109 CV186110 CV186111 CV186112 CV186113 CV186114 CV186115 CV186116 CV186117 CV186118 CV186119 CV186120 CV186121 CV186122 CV186123 CV186124 CV186125 CV186126 CV186127 CV186128 CV186129 CV186130 CV186131 CV186132 CV186133 CV186134 CV186135 CV186136 CV186137 CV186138 CV186139 CV186140 CV186141 CV186142 CV186143 CV186144 CV186145 CV186146 CV186147 CV186148 CV186149 CV186150 CV186151 CV186152 CV186153 CV186154 CV186155 CV186156 CV186157 CV186158 CV186159 CV186160 CV186161 CV186162 CV186163 CV186164 CV186165 CV186166 CV186167 CV186168 CV186169 CV186170 CV186171 CV186172 CV186173 CV186174 CV186175 CV186176 CV186177 CV186178 CV186179 CV186180 CV186181 CV186182 CV186183 CV186184 CV186185 CV186186 CV186187 CV186188 CV186189 CV186190 CV186191 CV186192 CV186193 CV186194 CV186195 CV186196 CV186197 CV186198 CV186199 CV186200 CV186201 CV186202 CV186203 CV186204 CV186205 CV186206 CV186207 CV186208 CV186209 CV186210 CV186211 CV186212 CV186213 CV186214 CV186215 CV186216 CV186217 CV186218 CV186219 CV186220 CV186221 CV186222 CV186223 CV186224 CV186225 CV186226 CV186227 CV186228 CV
ISSN:0378-1119
1879-0038
DOI:10.1016/j.gene.2006.02.010