Preparation method of blood-pressure-lowering rice material, adopted gene and adopted protein
A technology for lowering blood pressure and blood pressure, which is applied in the field of genes and proteins, and can solve the problems of high cost of ACEIP, inability to realize industrialization, and low content of ACEIP
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Embodiment 1
[0111] Example 1. Preparation of blood pressure-lowering-related proteins and genes encoding them
[0112] This example provides a protein with hypotensive function linked by ten kinds of angiotensin-converting enzyme inhibitory peptides (ACEIP). The protein is named as hypotensive-associated protein (SPAA). 3-8, 11-16, 19-30, 31-33, 34-40, 43-47, 50-61, 64- At positions 66, 68-73 and 76-85, the two ACEIPs that cannot be digested by pepsin are connected by glutamine and arginine, so that the two polypeptides that cannot be digested by pepsin can be Digested with trypsin, the amino acid sequence of SPAA is sequence 1 in the sequence listing.
[0113] The nucleotide sequence encoding SPAA was artificially designed according to the rice codon preference, and the DNA fragment was recorded as the SPAA gene. Synthesis of the SPAA gene.
Embodiment 2
[0114] Example 2. Preparation of new transgenic rice material for lowering blood pressure and detection of its blood pressure lowering function
[0115] 1. Construction of binary plant expression vectors
[0116] The DNA molecule shown in sequence 2 in the sequence list is artificially synthesized, the 1-105th position of sequence 2 is the GluA2 signal peptide sequence, the 106-360th position and the 361-615th position are all SPAA gene sequences, the sequence 2 shown in The DNA fragment was designated GluA2-2SPAA gene.
[0117] The pGPTV-pGluC-tGluB5 expression vector (Wen Jing Li Ling Ling Dai Zhi JianChai Zhi Jie Yin Le Qing Qu. Evaluation of seed storage protein gene 3ˊ-untranslated regions in enhancing gene expression in transgenic riceseed. Transgenic Res (2012 ) 21:545–553.) The DNA fragment between the recognition sequences of SmaI and SacI was replaced with the DNA fragment shown in Sequence 2 to obtain a recombinant vector, which was named pGPTV-SPAA, and pGPTV-SPAA...
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