We used DNA microarray technology to identify genes involved in the low-oxygen response
of Arabidopsis root cultures. A microarray containing 3500 cDNA clones was screened with …

Antisense agents that target growth-essential genes display surprisingly potent bactericidal
properties. In particular, peptide nucleic acid (PNA) and phosphorodiamidate morpholino …

Clinical research in venous thromboembolism (VTE) is hindered by variability in the collection
and reporting of data and outcomes. A consistent data language facilitates efficiencies, …

Proteome analysis, and more recently DNA chip technology, has led to the identification of a
large number of genes that are implicated in the anaerobic response of plants. As a result, …

The differentiation of rat lens epithelial cells to fibre cells can be mimicked using lens epithelial
explants, which differentiate in vitro when exposed to fibroblast growth factor (FGF). A …

The response of plants to flooding is complex and involves the induction of specific gene
sets. A multidisciplinary approach by several research teams has led to a reasonably good …

Explanted newborn rat lens epithelial cells were cultured with various concentrations of FGF-2
and/or insulin or IGF-I for 8–20 days. The accumulation of αA-, αB-, βA3/1-, βB2- and γA-F-…

The p10 gene of Spodoptera exigua multiple nuclear polyhedrosis virus (SeMNPV) was
localized on the XbaI fragment H (5.1 kb) of the physical map of the viral genome. The coding …

The six closely related and clustered rat γ-crystallin genes, the γA- to γF-crystallin genes, are
simultaneously activated in the embryonic lens but differentially shut down during postnatal …

The rat βB2‐crystallin gene is active only during a specific stage of the differentiation of rat
lens fibre cells directed by basic fibroblast growth factor. The regulatory elements that …