FPL uses a diverse mix of fuels at our power plants to generate reliable electricity. Because of our fuel mix, FPL is recognized as a clean energy company, with one of the lowest emissions profiles among U.S. utilities. FPL’s carbon dioxide emissions rate, for example, is 35 percent better than the industry average.

State-of-the-art power plants. Either by building new, cleaner, more fuel-efficient energy centers that run on natural gas, or tearing down old, oil-fired power plants and replacing them with modern energy centers, we’re changing the current – providing affordable reliable and clean power, while cutting our use of foreign oil.

2015年11月18日 · Our expression analysis of transgenic plants harbouring either FLP::GUS-GFP 1 or MYB88::GUS-GFP 4 revealed that FLP is most strongly expressed in columella cells of the root cap .

2010年9月15日 · FOUR LIPS (FLP) and its paralog MYB88 encode MYB proteins that establish stomatal patterning by permitting only a single symmetric division before stomata differentiate. Hence, flp-1 myb88 double mutants have an excess of …

2005年9月9日 · Recessive mutations in the FOUR LIPS (FLP) gene abnormally induce at least four guard cells in contact with one another. These pattern defects result from a persistence of precursor cell identity that leads to extra symmetric divisions at the end of the cell lineage.

FOUR LIPS (FLP) and its paralog MYB88 encode MYB proteins that establish stomatal patterning by permitting only a single symmetric division before stomata differentiate. Hence, flp-1 myb88 double mutants have an excess of stomata, which are often misplaced in direct contact.

FAMA trans and FLP trans plants (Lee et al. companion article) exhibit a gain-of-function GC fate disruption phenotype that correlates closely with a dramatic reduction in the levels of repressive H3K27me3 marks on chromatin around stomatal-lineage stem cell genes.

2019年5月14日 · Here, we describe the identification and characterization of a Fis-like protein (named Flp), which plays an important role in virulence and type III secretion system (T3SS) gene expression in Xcc. Deletion of flp caused reduced virulence and hypersensitive response (HR) induction of Xcc and alterations in stress tolerance.

In this review, we focus our attention on site-specific recombination systems that have been most widely used in plants, in particular the FLP/FRT and Cre/loxP systems from yeast and bacteriophage P1, respectively (Odell and Russell 1994). They catalyze conservative, reciprocal exchanges of DNA strands at specific DNA sites.

Enabling precise gene integration is important for installing traits in the plants. One of the practical methods of achieving precise gene integration is by using the yeast FLP-FRT recombination system that is efficient in directing DNA integration into the "engineered" genomic sites.