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![In silico identification of micrornas and their targets in lentil]( "In silico identification of micrornas and their targets in lentil")
In silico identification of micrornas and their targets in lentil26,99 €![Em silico identificação de micrornas e dos seus alvos em lentilha]( "Em silico identificação de micrornas e dos seus alvos em lentilha")
Em silico identificação de micrornas e dos seus alvos em lentilha26,99 €![Em silico identificação de microRNAs e seus alvos em lentilha]( "Em silico identificação de microRNAs e seus alvos em lentilha")
Em silico identificação de microRNAs e seus alvos em lentilha26,99 €![In-silico-Identifizierung von microRNAs und ihren Zielen in Linsen]( "In-silico-Identifizierung von microRNAs und ihren Zielen in Linsen")
In-silico-Identifizierung von microRNAs und ihren Zielen in Linsen39,90 €![Identification in silico des micrornas et de leurs cibles chez la lentille]( "Identification in silico des micrornas et de leurs cibles chez la lentille")
Identification in silico des micrornas et de leurs cibles chez la lentille26,99 €![In-silico-Identifizierung von Mikronährstoffen und ihren Zielen in Linsen]( "In-silico-Identifizierung von Mikronährstoffen und ihren Zielen in Linsen")
In-silico-Identifizierung von Mikronährstoffen und ihren Zielen in Linsen39,90 €![Identificazione in silico dei microrazzi e dei loro bersagli nella lenticchia]( "Identificazione in silico dei microrazzi e dei loro bersagli nella lenticchia")
Identificazione in silico dei microrazzi e dei loro bersagli nella lenticchia26,99 €
In this work, the in silico approach for identification and characterization of conserved miRNAs in lentil expressed sequence tags (ESTs) is adopted. For identification of novel miRNAs in lentil .EST sequences were searched for homology against known mature miRNAs of plant kingdom Viridiplantae in through online BLASTN Comparative-genomics based computational identification resulted in 12 potential miRNA candidates belonging to 12 different miRNA families in lentil. Finally using the potential miRNAs of garlic, a total of 25 target genes were predicted and their probable functions were illustrated. Most of the lentil miRNA target genes which seem to encode growth, development, metabolism and stress response.disease resistances,etc. In near future, improved understanding in the molecular mechanisms of miRNAs in lentil plant may help in the development of novel and precise technique to understand some post-transcriptional gene silencing mechanism in response to stress tolerance.