通过多种生物信息学工,具分析csm i基因编码的蛋 :自:序列，发现该

Through a variety of bioinformatics tools, the csm i gene coded egg: self-sequence was analyzed, and it was found that the base _ encoding 544 _ base acids has an isoelectric point of 8.81, and the N-terminus: contains 1 signal peptide and contains a signal peptide The protein is generally secreted to the extracellular CBDAS. The subcellular localization results also confirmed that the protein is a stable secreted protein, and it must perform its biological function outside the cell. The secondary junction of THCAS = Xiao Fu, which includes a-helix:, ._p-folding and random coiling, and contains many protein modifications and activation sites, such as phosphorylation sites, glycosylation sites, FDA binding sites, etc., suggest that the honey may be regulated by a variety of factors in the body, and has the potential to receive cell signals and respond to achieve its biological functions.

Through a variety of bioinsynatics, with the analysis of csm i gene-coded eggs: since: sequence, found that the base code 544 syl acids and other electrical points of 8.81, N end: the package contains 1 signal peptide, and protein containing signal peptides are generally secreted to the microcell CBDAS subcellular positioning results also confirmed that the protein is a stable secretion protein, cliff to play its biological function outside. THCAS's level 2 knot plums, including a-helix:, ._p-folding and unconventional curling, containing a lot of protein modification and invigoration points, such as phosphorylation points, glycosylation points, FDA binding points, etc., suggest that the honey and the body may be regulated by a variety of factors, with the ability to accept cell signals and react to achieve the potential of its biological function.

Through a variety of bioinformatics workers, CSMI gene coding egg: Self: sequence analysis, found that the base_ 544 codes_ The base acid isoelectric point is 8.81, N-terminal: it contains a signal peptide, and the protein containing signal peptide is generally secreted to the subcellular localization of extracellular cbdas. The results also confirmed that the protein is a stable secretory protein, which needs to play its biological function in the extracellular. Thcas's secondary knot is Xiaofu, including a-helix, and_ P - fold and random curl, with promise_ Multiple protein modification and activation sites, such as phosphorylation site, glycosylation site and FDA binding site, suggest that the honey may be regulated by many factors in vivo, and has the potential to receive cell signals and respond to realize its biological functions.<br>