In silico Analysis of SlNAC1 Transcription Factor, a Positive Modulator for Tomato Leaf Curl Virus

NAC proteins, part of the largest plant transcription factor family, play pivotal roles in development, and biotic abiotic stresses. Among them, SlNAC1 protein tomato serves as a Negative regulator, enhancing tolerance to cold, bacterial, viral diseases. However, our knowledge silico analysis, evolutionary relationships, interactions remains limited. We used tools study tomato. Phylogenetic analysis showed it is closely related other Solanaceae family members. Motif revealed seven conserved motifs shared among The presence NLS confirms its abundance nucleus. Protein-protein interaction predicted ten potential nuclear partners, including five uncharacterized proteins others involved development. In expression, abundant both fruit roots. This provides role tomato, shedding light on context interactions.