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. Author manuscript; available in PMC: 2010 Feb 15.
Published in final edited form as: Curr Med Chem. 2008;15(27):2886. doi: 10.2174/092986708786242813

Table 2.

Transgenic Approaches Used for Amorpha 4,11- Diene Production

Species Heterologous target Yield
N. tabacum Cytosolic Avian FPS A. annua ADS [79] 0.3–1 ng/g FW
Plastidal Avian FPS. A. annua ADS [79] 10–25 ug/g FW
E. coli 1. Codon optimized ADS [85] 0.086 g/L/OD600 at 10h.
2. As in “1” + SOE4 operon of DXS pathway [85] 0.3133 g/L OD600 at 5h.
3. As in “1” With engineered mevalonate pathway and 40mM mevalonate [85] 3.1 mg/L/OD600 at 9h.a
4. As in “3” with addition of 0.8% glycerol [85] 24 mg/L/OD600 at 12h.b
5. As in “3” using dodecane trap bioreactor (6L) and additional carbon [82] >450 mg/L at 60h. (OD600 approx. 25)
S. cerevisiae 1. Plasmid encoded ADS gene alone [86] 0.6 mg/L at 384h.
2. As in “1” with plasmid encoded ADS under inducible promoter [42] 4.4 mg/L at 144h
3. As in “2” with truncated soluble tHMGR [42] 20 mg/L at 144h.
4. As in “3” with downregulation of squalene synthase (erg9) [42] 40 mg/L at 144h
5. As in “4” with additional chromosomal tHMGR, upregulation of transcription factor upc2-1 and overexpression of FPS [42] 153 mg/L at 144h.
a

Estimated as high as 22.6 mg/L when accounting for effect, of air-stripping

b

Estimated as high as 112.2 mg/L when accounting for effects of air-stripping