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The following table describes the new parts created and submitted to the Registry of Standard Biological Parts by the 2022 iGEM team:


Part Name Description Part Type Length (bp) Usage
BBa_K4467001 PstSCR1 Coding 351 Vital for design of fluorescent fusion proteins that were utilised in wet lab
BBa_K4467002 Pst_12806 Coding 444 Vital for design of fluorescent fusion proteins that were utilised in wet lab
BBa_K4467003 PstHXT1 Coding 1596 Vital for design of fluorescent fusion proteins that were utilised in wet lab
BBa_K4467004 Pgt-IaaM Coding 1770 Vital for design of fluorescent fusion proteins that were utilised in wet lab
BBa_K4467005 TaISP Coding 672 Vital for design of fluorescent fusion proteins that were utilised in wet lab
BBa_K4467006 SERK3B Coding 1851 Vital for design of fluorescent fusion proteins that were utilised in wet lab
BBa_K4467007 PstSCR1-mCerulean fusion protein Coding 1146 Designed for FRET analysis experiment in wet lab
BBa_K4467008 Pst_12806-mCerulean fusion protein Coding 1239 Designed for FRET analysis experiment in wet lab; synthesised in the lab; experimental data was added to Registry
BBa_K4467009 PstHXT1-mCerulean fusion protein Coding 2391 Designed for FRET analysis experiment in wet lab
BBa_K4467010 Pgt-IaaM-mCerulean fusion protein Coding 2565 Designed for FRET analysis experiment in wet lab
BBa_K4467011 TaISP-mVenus fusion protein Coding 1467 Designed for FRET analysis experiment in wet lab; synthesised in the lab; experimental data was added to Registry
BBa_K4467012 SERK3B-mVenus fusion protein Coding 2646 Designed for FRET analysis experiment in wet lab
BBa_K4467013 PstSCR1_P1 Coding 234 Designed by dry lab as an inhibitory peptide against BBa_K4467006
BBa_K4467014 PstSCR1_P2 Coding 237 Designed by dry lab as an inhibitory peptide against BBa_K4467006
BBa_K4467015 PstSCR1_P3 Coding 210 Designed by dry lab as an inhibitory peptide against BBa_K4467006
BBa_K4467016 PstSCR1_P4 Coding 207 Designed by dry lab as an inhibitory peptide against BBa_K4467006
BBa_K4467017 PstSCR1_P5 Coding 210 Designed by dry lab as an inhibitory peptide against BBa_K4467006
BBa_K4467018 Pst_12806_P1 Coding 432 Designed by dry lab as an inhibitory peptide against BBa_K4467007
BBa_K4467019 Pst_12806_P2 Coding 672 Designed by dry lab as an inhibitory peptide against BBa_K4467007
BBa_K4467020 Pst_12806_P3 Coding 294 Designed by dry lab as an inhibitory peptide against BBa_K4467007
BBa_K4467021 Pst_12806_P4 Coding 672 Designed by dry lab as an inhibitory peptide against BBa_K4467007
BBa_K4467022 Pst_12806_P5 Coding 156 Designed by dry lab as an inhibitory peptide against BBa_K4467007
BBa_K4467023 Pst_12806_P6 Coding 198 Designed by dry lab as an inhibitory peptide against BBa_K4467007
BBa_K4467024 Pst_12806_P7 Coding 672 Designed by dry lab as an inhibitory peptide against BBa_K4467007
BBa_K4467025 Pst_12806_P8 Coding 72 Designed by dry lab as an inhibitory peptide against BBa_K4467007
BBa_K4467026 Pst_12806_P9 Coding 672 Designed by dry lab as an inhibitory peptide against BBa_K4467007
BBa_K4467027 Pst_12806_P10 Coding 429 Designed by dry lab as an inhibitory peptide against BBa_K4467007
BBa_K4467028 Pst_12806_P11 Coding 672 Designed by dry lab as an inhibitory peptide against BBa_K4467007

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The following table describes the existing parts from the Registry of Standard Biological Parts used by the 2022 UNSW iGEM team:


Part Name Description Part Type Length (bp) Usage
BBa_K1614000 T7 Promoter Regulatory 18 Used in design of the fluorescent fusion proteins
BBa_K323023 mCerulean Coding 714 Required for the designing of fluorescent fusion proteins
BBa_I757008 mVenus Coding 714 Required for the designing of fluorescent fusion proteins

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