Computational analysis of heat shock protein (HSP) in Citrus X Sinensis

Heat shock proteins (HSPs) are molecular chaperones and one of the cell’s most important regulatory present in all species. HSPs a multigene family classified into six families according to their weight range between 8KDa 110KDa: HSP100, HSP90, HSP70, HSP60, small heat (sHSPs), ubiquitin. Citrus X Sinensis is very economical, widely grown world. It best sources nutrition, vitamin C, fiber, thiamine, folate, antioxidants. has variety health benefits i.e., protects against cell damage, boosts immune system, heals wounds, etc. For highlighting aspect citrus computing protein, this work great significance. Present studies based on identification characterization sinuses. In silico research was performed; Arabidopsis thaliana protein sequences HSP70 HSP90 were used as reference identify these sinuses through Blast Phytozome. Furthermore, physiochemical properties, multiple sequence alignment, Multiple Expectation Maximization for Motif Elicitation (MEME) phylogeny constructed 44 22 23 HSP90. The expression found Endoplasmic Reticulum. findings provide good understanding families' function site also provides basic knowledge further investigations putative structure dynamic proteins.