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. Author manuscript; available in PMC: 2013 Oct 28.
Published in final edited form as: Planta. 2012 Jun 24;236(3):10.1007/s00425-012-1680-4. doi: 10.1007/s00425-012-1680-4

Table 2. Developmental accumulation of squalene in T1 greenhouse grown plants.

Construct Line Leaf Squalene
designation development (μg/g fw)
Wild type (control) # 21 Young 1.9
Developing 3.4
Mature 2.3
Trichome # 21 Young 1.3
 SQS Developing 4.8
 cytosolic Mature 9.8
# 44 Young 3.6
Developing 4.1
Mature 2.3
Trichome # 39 Young 7.1
 SQS Developing 16.7
 plastidic Mature 26.3
Constitutive # 16 Young 6.4
 SQS ? FPS Developing 5.5
 cytosolic Mature 7.4
# 204 Young 2.6
Developing 1.9
Mature 5.6
Trichome # 27 Young 5.7
 SQS + FPS Developing 8.4
 cytosolic Mature 5.3
Constitutive #7 Young 30.1
 SQS + FPS Developing 121.15
 plastidic Mature 147.4
#15 Young 329.3
Developing 450.4
Mature 667.5
Trichome #21 dwarf Young 90.0
 SQS + FPS Developing 74.3
 plastidic Mature 256.7
#31 mosaic Young 527.6
Developing 594.7
Mature 1,760.2

Individual, second-generation (T1) plants were propagated in the greenhouse and identified on the basis of preliminary chemical pro-filing screens. On average, young leaves were 5–7.5 cm in length, developing leaves were 10–15 cm in length, and mature leaves were greater than 20 cm long. Distinct phenotypes are noted for the plants harboring the constructs for trichome specifically expression of SQS and FPS targeted to the plastid compartment (see Fig. 3 for examples)