Figure 1 Relation between present maize cultivation (% of cropland) and simulated use of potentially available GM area.
As expected [16], present maize cultivation shares are strongly correlated (p < 0.001) with the SUA in all four scenarios (Sc1 r = 0.86; Sc2 r = 0.95; Sc3 r = 0.85; Sc4 r = 0.90).
Enzymatic activities present during cultivation of A. niger on wheat straw, were assessed by measuring dye release from AZCL-hydroxyethyl-cellulose.
In the present study, cultivation of T. reesei in CMM resulted in a higher total filter paper activity (FPase) and activity on carboxymethyl cellulose (CMCase).
Furthermore, in the present study, cultivation under high light intensity led to a dramatic accumulation of intermediates involved in glycolysis, such as 3-PG, phosphoenolpyruvate (PEP), and pyruvate (Pyr).
In addition, cattle or human activities could also promote long-distance seed dispersal (van Slageren 1994), which could explain the presence of introgressed individuals in populations remotely connected to present wheat cultivation (e.g. the SP15 or the IT8 populations).
Conversion of concentration units showed that only submicromolar concentrations of prevalent PCBs were present in cultivation medium when serum extracts were applied to cells (data not shown); therefore, only partial antiestrogenic effects of PCBs could be expected in the sample mixtures.
Rice was domesticated as early as 3500 bc, and by about 2,000 years ago it was grown in almost all of the present-day cultivation areas, predominantly deltas, floodplains and coastal plains, and some terraced valley slopes.
In the present study, cultivations of suspended and immobilized S. stipitis were compared in terms of growth capacity and by-product formation using rich medium and HSSL to investigate whether the immobilization of cells in calcium alginate beads could be a protection against inhibitors while favoring the presence of microaerophilic conditions.
In the present study, the cultivation process for human MSCs (hMSCs) was examined by regulating the Wnt signaling pathway.
