Difference between revisions of "Team:SDSZ China/Experiment A"
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1 atggcaagag taagatgcgg tagttctctt gccctccttg gcattgtgct gccgagcggg<br> | 1 atggcaagag taagatgcgg tagttctctt gccctccttg gcattgtgct gccgagcggg<br> | ||
| − | + | 61 tcaagaggca ggcagtttca gacacgaccg aggatggagc gaaccttcaa gagggaactg<br> | |
| − | + | 121 tgcaaggata agggcgccgg cgagtggttc cgtctcagcc tcggtgactg tcgcgatgtg | |
181 atccagtgta ccgacgccgg tcttcaggcg ctgcgttgcc cccacggcct ggccttcaac | 181 atccagtgta ccgacgccgg tcttcaggcg ctgcgttgcc cccacggcct ggccttcaac | ||
Revision as of 13:54, 17 October 2018
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Machines
Background Information Product Flow Improvement
- Team
iGem SDSZ_China 2018 
Obtaining Genes
Both fungal and bacterial acetylases have three functional domains- a deacetylase domain, a chitin binding zone, and a low density lipoprotein receptor region. By using the bioinformatics BLAST technique, a sequence highly conserved with known deacetylase domain sequences was searched in the NCBI soft armor gene database.
1 atggcaagag taagatgcgg tagttctctt gccctccttg gcattgtgct gccgagcggg
61 tcaagaggca ggcagtttca gacacgaccg aggatggagc gaaccttcaa gagggaactg
121 tgcaaggata agggcgccgg cgagtggttc cgtctcagcc tcggtgactg tcgcgatgtg 181 atccagtgta ccgacgccgg tcttcaggcg ctgcgttgcc cccacggcct ggccttcaac - Team