Several genes involved in the formation of the adult pigment pattern have been identified by mutations causing a strong reduction in number or the complete absence of one or more of the chromatophore types (Johnson et al., 1995; Haffter et al., 1996; Kelsh et al., 1996; Lister et al., 1999; Parichy et al., 1999).
Drugs like Plan-B, Next Choice, and Ella can decrease the possibility of pregnancy by causing a short but strong burst of hormones that prevent ovulation.
In contrast, depletion of RTN4 and APMAP (both by ∼75%) caused a strong accumulation of APP-CTFs, respectively, by 181 and 286% in HeLa cells and by 25 and 52% in HEK-APPSwe cells (Fig. 1B and C and Supplementary Material, Fig. S3).
Coagulation of cellulose which has been accomplished by addition of the cellulose anti-solvent ethanol can be monitored by fluorescence spectroscopy as the increasing dilution of the ionic liquid HMImCl by ethanol causes a strong increase of the PL intensity with its maximum value being reached when all ionic liquid is replaced by ethanol.
Furthermore, the slow unflipping by AAG causes a strong commitment to catalysis such that most DNA binding events are productive.
Mutations in these single genes are sufficient by themselves to cause a strong effect on phenotype.
By contrast, ISRIB addition caused a strong synergistic effect on ER-stressed cells, reducing colony number and size significantly more than ER-stress alone.
The results presented in this study add further support to this concept as root colonization by IC1270 did not cause a strong constitutive resistance phenotype, but rather primed plants to hyper-respond to subsequently inoculated pathogens, resulting in excessive defense activation and enhanced resistance to M. oryzae.
Wet removal of pollutants by the summer monsoon rainfall causes a strong seasonality in air pollution in India, especially for aerosols35.
It has been reported by our group that Aplidin causes a strong block of VEGF secretion in Molt-4 cells with a subsequent downregulation of the transcription of VEGF and of its receptor VEGFR1 (Broggini et al, 2003).
