Summary: We proposed a tool named MetaTISA with an aim to improve TIS prediction of current gene-finders for metagenomes. The method employs a two-step strategy to predict TISs by first clustering metagenomic fragments into phylogenetic groups and then predicting TISs independently for each group in an unsupervised manner. As evaluated on experimentally verified TISs, MetaTISA greatly improves the accuracies of TIS prediction of current gene-finders. Availability: The C++ source code is freely available under the GNU GPL license vi
Background: Metagenomic sequencing is becoming a powerful technology for exploring micro-ogranisms f...
Motivation: The correct identification of translation initiation sites (TIS) remains a challenging p...
翻译起始位点(TIS,即基因5′端)的精确定位是原核生物基因预测的一个关键问题,而基因组GC含量和翻译起始机制的多样性是影响当前TIS预测水平的重要因素.结合基因组结构的复杂信息(包括GC含量、TIS...
Summary: We proposed a tool named MetaTISA with an aim to improve TIS prediction of current gene-fin...
We proposed a tool named MetaTISA with an aim to improve TIS prediction of current gene-finders for ...
Summary: We report a new and simple method, TriTISA, for accurate prediction of translation initiati...
Correct annotation of translation initiation site (TIS) is essential for both experiments and bioinf...
Background: Accurate annotation of translation initiation sites (TISs) is essential for understandin...
We report a new and simple method, TriTISA, for accurate prediction of translation initiation site (...
Abstract Background Translation initiation site (TIS) identification is an important aspect of the g...
<div><p>The identification of translation initiation sites (TISs) constitutes an important aspect of...
Driven by the rapid growth of the complete genome sequences, it is accepted that genome annotation h...
Summary: We provide the tool ‘TICO ’ (Translation Initiation site COrrection) for improving the resu...
Abstract Background The accurate prediction of the initiation of translation in sequences of mRNA is...
The computational identification of translation initiation sites (TIS) is a major component of every...
Background: Metagenomic sequencing is becoming a powerful technology for exploring micro-ogranisms f...
Motivation: The correct identification of translation initiation sites (TIS) remains a challenging p...
翻译起始位点(TIS,即基因5′端)的精确定位是原核生物基因预测的一个关键问题,而基因组GC含量和翻译起始机制的多样性是影响当前TIS预测水平的重要因素.结合基因组结构的复杂信息(包括GC含量、TIS...
Summary: We proposed a tool named MetaTISA with an aim to improve TIS prediction of current gene-fin...
We proposed a tool named MetaTISA with an aim to improve TIS prediction of current gene-finders for ...
Summary: We report a new and simple method, TriTISA, for accurate prediction of translation initiati...
Correct annotation of translation initiation site (TIS) is essential for both experiments and bioinf...
Background: Accurate annotation of translation initiation sites (TISs) is essential for understandin...
We report a new and simple method, TriTISA, for accurate prediction of translation initiation site (...
Abstract Background Translation initiation site (TIS) identification is an important aspect of the g...
<div><p>The identification of translation initiation sites (TISs) constitutes an important aspect of...
Driven by the rapid growth of the complete genome sequences, it is accepted that genome annotation h...
Summary: We provide the tool ‘TICO ’ (Translation Initiation site COrrection) for improving the resu...
Abstract Background The accurate prediction of the initiation of translation in sequences of mRNA is...
The computational identification of translation initiation sites (TIS) is a major component of every...
Background: Metagenomic sequencing is becoming a powerful technology for exploring micro-ogranisms f...
Motivation: The correct identification of translation initiation sites (TIS) remains a challenging p...
翻译起始位点(TIS,即基因5′端)的精确定位是原核生物基因预测的一个关键问题,而基因组GC含量和翻译起始机制的多样性是影响当前TIS预测水平的重要因素.结合基因组结构的复杂信息(包括GC含量、TIS...