Part Accession
|
Part Name
|
Type
|
Length(bp)
|
Favorite
|
Success
|
Description
|
BBa_K5217015
|
pINO1_tLsCl_TEF1t
|
composite
|
BBa_K5217001 BBa_K5217007 BBa_K5217005
|
+++++
|
plasmid constructed
|
pINO1 is a promoter. It is added before the gene tLsCl and followed by the TEF1 terminator.
|
BBa_K5217016
|
pGPM1_tLsCl_PGK1t
|
composite
|
BBa_K5217000 BBa_K5217007 BBa_K5217004
|
+++++
|
plasmid constructed
|
pGPM1 is a promoter. It is added before the gene tLsCl and followed by the PGK1 terminator.
|
BBa_K5217035
|
pTDH3_tLsCl_ADH1t
|
composite
|
BBa_K5217002 BBa_K5217007 BBa_K5217006
|
++++++
|
products not detected
|
pTDH3 is a promoter. It is added before the gene tLsCl and followed by the ADH1 terminator.
|
BBa_K5217018
|
pGPM1_CcOCS_PGK1t
|
composite
|
BBa_K5217000 BBa_K5217009 BBa_K5217004
|
++++++
|
plasmid constructed
|
pGPM1 is a promoter. It is added before the gene CcOCS and followed by the PGK1 terminator.
|
BBa_K5217019
|
pINO1_CcOCS_TEF1t
|
composite
|
BBa_K5217001 BBa_K5217009 BBa_K5217005
|
+++++++
|
success
|
pINO1 is a promoter. It is added before the gene CcOCS and followed by the TEF1 terminator.
|
BBa_K5217036
|
pTDH3_CcOCS_ADH1t
|
composite
|
BBa_K5217002 BBa_K5217009 BBa_K5217006
|
+++++++
|
success
|
pTDH3 is a promoter. It is added before the gene CcOCS and followed by the ADH1 terminator.
|
BBa_K5217021
|
pINO1_HpyCins_TEF1t
|
composite
|
BBa_K5217001 BBa_K5217014 BBa_K5217005
|
++++++++
|
success
|
pINO1 is a promoter. It is added before the gene HpyCins and followed by the TEF1 terminator.
|
BBa_K5217037
|
pTDH3_HpyCins_ADH1t
|
composite
|
BBa_K5217002 BBa_K5217014 BBa_K5217006
|
++++++++
|
success
|
pTDH3 is a promoter. It is added before the gene HpyCins and followed by the ADH1 terminator.
|
BBa_K5217023
|
pGPM1_StrCins_PGK1t
|
composite
|
BBa_K5217000 BBa_K5217011 BBa_K5217004
|
++++++
|
plasmid constructed
|
pGPM1 is a promoter. It is added before the gene StrCins and followed by the PGK1 terminator.
|
BBa_K5217024
|
pINO1_AcNES1_TEF1t
|
composite
|
BBa_K5217001 BBa_K5217010 BBa_K5217005
|
++++++
|
plasmid constructed
|
pINO1 is a promoter. It is added before the gene AcNES1 and followed by the TEF1 terminator.
|
BBa_K5217025
|
pGPM1_AcNES1_PGK1t
|
composite
|
BBa_K5217000 BBa_K5217010 BBa_K5217004
|
++++++++++
|
success
|
pGPM1 is a promoter. It is added before the gene AcNES1 and followed by the PGK1 terminator.
|
BBa_K5217026
|
pGAL1_AcNES1_PGK1t
|
composite
|
BBa_K5217003 BBa_K5217010 BBa_K5217004
|
++++++++++
|
success
|
pGAL1 is a promoter. It is added before the gene AcNES1 and followed by the PGK1 terminator.
|
BBa_K5217038
|
pTDH3_AcNES1_ADH1t
|
composite
|
BBa_K5217002 BBa_K5217010 BBa_K5217006
|
++++++++++
|
success
|
pTDH3 is a promoter. It is added before the gene AcNES1 and followed by the ADH1 terminator.
|
BBa_K5217028
|
pINO1_PgfB_TEF1t
|
composite
|
BBa_K5217001 BBa_K5217013 BBa_K5217005
|
+++++++
|
products not detected
|
pINO1 is a promoter. It is added before the gene PgfB and followed by the TEF1 terminator.
|
BBa_K5217029
|
pGPM1_PgfB_PGK1t
|
composite
|
BBa_K5217000 BBa_K5217013 BBa_K5217004
|
+++++++
|
products not detected
|
pGPM1 is a promoter. It is added before the gene PgfB and followed by the PGK1 terminator.
|
BBa_K5217039
|
pTDH3_PgfB_ADH1t
|
composite
|
BBa_K5217002 BBa_K5217010 BBa_K5217006
|
++++++++
|
success
|
pTDH3 is a promoter. It is added before the gene PgfB and followed by the ADH1 terminator.
|
BBa_K5217031
|
pGAL1_PgfB_PGK1t
|
composite
|
BBa_K5217003 BBa_K5217013 BBa_K5217004
|
+++++++
|
products not detected
|
pGAL1 is a promoter. It is added before the gene PgfB and followed by the PGK1 terminator.
|
BBa_K5217032
|
pGPM1_CbTPS1_PGK1t
|
composite
|
BBa_K5217000 BBa_K5217012 BBa_K5217004
|
+++++
|
plasmid constructed
|
pGPM1 is a promoter. It is added before the gene CbTPS1 and followed by the PGK1 terminator.
|
BBa_K5217033
|
pINO1_AmMYS_TEF1t
|
composite
|
BBa_K5217001 BBa_K5217008 BBa_K5217005
|
+++++
|
plasmid constructed
|
pINO1 is a promoter. It is added before the gene AmMYS and followed by the TEF1 terminator.
|
In terms of technical progress, we have tested the synthetic biology production of seven terpenoids, including
limonene,
ocimene, cineole, nerolidol, nerol, borneol and myrcene. We successfully constructed expression vectors for all
seven
compounds. Four of these compounds (ocimene, cineole, nerolidol, and nerol) have been biosynthesized using yeast
fermentation, with their production confirmed via Gas chromatography–mass spectrometry.