The plan also calls for the chapter to become more involved in public issues through a government relations program and by taking positions on various urban design issues "causing concern today". Among the issues listed were the proliferation of mini-convenience shopping centers and the potential for creation of special-image boulevards.
Recent studies have reported that phage integrases, such as ΦC31, R4 and TP901-1, were functional in the mammalian embryonic environment and had the potential for creation of transgenic animals and modification of the mammalian genome in vivo [26], [54], [55].
Microbially induced calcium carbonate precipitation (MICP) is a potential technology for creation of durable calcitic minerals.
Perhaps most important of all, this system offers a potential advance in technology for creation of smoke solutions because one can quantify how the smoke solution was created so studies can be described in detail and reliably repeated.
PACS: 81.07.Pr, organic-inorganic hybrid nanostructures; 82.35.-x, polymerization; 81.15.-z, film deposition; 81.15.Gh, chemical vapor deposition (including plasma enhanced CVD, MOCVD, ALD, etc).. Organic-inorganic hybrid superlattice films have an attractive potential for the creation of new types of functional materials by combining organic and inorganic properties.
The combination of order and enormous potential for combinatorial creation of novel, mosaic expressed VSG can lead, at least in theory, to infections lasting months or even years.
Additionally, IS200/605 transposases lack terminal repeats, permitting them to repair the disrupted gene faithfully without gene duplication upon excision, thus limiting the potential for the creation of novel and potentially advantageous ORFs [ 58, 59].
GOBO supports a wide range of applications including: 1) rapid assessment of gene expression levels in subgroups of breast tumors and cell lines, 2) identification of co-expressed genes for creation of potential metagenes, 3) association with outcome for gene expression levels of single genes, sets of genes, or gene signatures in multiple subgroups of the 1881-sample breast cancer data set.
The present study demonstrates the successful production and mid-term application of an autologous, fibrin-based small-calibre vascular graft in the arterial circulation, and highlights the potential for the creation of autologous implantable arterial grafts in a number of settings.
We show that the frequencies of start codons in each of the two phases, and, hence, the potential for the creation of overlapping genes, are determined by a universal amino-acid frequency and species-specific codon usage, leading to a correlation between long phase-1 overlaps and genomic GC content.
The effort has demonstrated that a strategy, which relies on changes in the π-electron conjugation length of cyanine molecules promoted by guest coordination, has great potential for the creation of cyanine-based probes.
