Seven of these genes, FCA [27], FY [28], FVE [29], FLD [30], LD [31], FLK [32], [33] and FPA [34] belong to the autonomous pathway and three (VRN1, VRN2, and VIN3) belong to the vernalization pathway (Figure 5D).
When needed, inhibitors were added to media at the following final concentrations: antimycin A, 0.5 µg/mL (0.9 µM); chloramphenicol (Cm), 2 mg/mL (6 mM); fpa, 400 µM as described previously (Descheneau et al. 2005; Nargang et al. 1995).
Table 7 DataSet description DS Name S/M Domain Year FP Quality Metric N 1-4 ISBSG R12 Multi MIS 2009-2011 IFPUG A FPA 72 5-8 ISBSG R12 Multi MIS 2006-2011 IFPUG A,B FPA 202 Table 8 Attributes for dataSet DS Total Size Context Variables 1 1 1 0 UFP 2 5 5 0 EI,EO,EQ,ILF,EIF 3 24 1 23 UFP 4 28 5 23 EI,EO,EQ,ILF,EIF 5 1 1 0 UFP 6 5 5 0 EI,EO,EQ,ILF,EIF 7 24 1 23 UFP 8 23 5 23 EI,EO,EQ,ILF,EIF.
Different areas of the human sections were imaged, namely two small areas by 35 FPA tiles (X = 5, Y = 7) and 42 FPA tiles (X = 6, Y = 7) and a bigger area by 228 FPA tiles (X = 12, Y = 19).
Application of the optimum conditions found for the moisture content of the medium, growth temperature and airflow rate produced enzyme yields of 1709 U endoglucanase, 4 U cellobiohydrolase, 79 U β-glucosidase, 5.5 U FPA, 4490 U xylanase and 45 U β-xylosidase per g of dry wheat straw.
In the 3 5μm middle wavelength infrared spectral region, high-performance 640×480 and 1024×1024 FPA have been developed, while 256×256 FPA are in continuous production to support systems applications.
In the 3 5 μm middle wavelength infrared (MWIR) spectral region, high-performance 640 × 480 and 1024 × 1024 FPA have been developed, while 256 × 256 FPA are in continuous production to support systems applications.
In the 8 12μm- and beyond long-wavelengthinfrared region, high performance, 128×128 FPA have been developed on CdZnTe substrates.
In the 1 3 μm short wavelength infrared region, high-performance, reliable 1024×1024 FPA for astronomy applications have been developed and 2048×2048 arrays are in development.
In the 8 12 μm and beyond long wavelength infrared (LWIR) region, high-performance, 128 × 128 FPA have been developed on CdZnTe substrates.
