IN SILICO PROFILING OF PROLINE BIOSYNTHESIS AND DEGRADATION RELATED GENES DURING FRUIT DEVELOPMENT OF TOMATO

Advancements in DNA sequencing technologies with decreasing costs have sparked the generation of larger gene expression datasets generated at an accelerating rate. The study aimed to visualize spatiotemporal profiles tomato (Solanum lycopersicum L.) genes involved L-proline biosynthesis and show their potential functions. Increasing accumulation, through upregulation downregulation responsible for degradation, plays essential role plants suffering abiotic biotic stress. Understanding possible mechanism degradation needs urgent pattern function these physiological processes. identified governing pathways 10 stages fruit development using Tomato Expression Atlas (TEA) bioinformatic tool. analysis showed that resulted from three governed by six genes, while its occurred two managed genes. bioinformatics also proline synthesis/degradation-related parts various developmental stages. However, degradation-related higher levels than biosynthesis-related This sheds light on a recent tool, which will pave way detect early plant performance analyzing