Whilst the function of PLD in C. pecorum is currently unknown, PLD can perform numerous functions ranging from DNA hydrolysis, to protein-protein interactions with host signalling pathways, to the more classic lipase function.
These results implicate a possible role of PLD in human breast tumorigenesis and suggest that PLD may be useful as a marker for malignant disease in the breast.
There are some 10 phase I/II trials reported with single agent use of PLD in STS including a recent randomised phase II study comparing PLD with standard doxorubicin (Judson et al, 2001).
D609 inhibits PLD in PC3 cells because we show that it blocks the PLD-specific transphosphatidylation reaction in agreement with its effect on PLD in fibroblasts (Kiss and Tomono, 1995).
Compounds 1– 6 elucidated new roles for PLD in oncology and viral infection, re-energizing the field; however, these potent and highly selective inhibitors of mammalian PLD have never been tested against PldA or NAPE-PLD.
Hatt says that 1999 should be better after the inclusion of PLD in the accounts.
The SRO buffer layer was directly deposited on the STO substrate by PLD in advance.
High levels of CEC, ESP, and SAR were noted in the irrigated soil with PLD in comparison to LLD.
All LAO overlayers were grown on TiO2-terminated STO substrates by pulsed laser deposition (PLD) in an oxygen atmosphere.
New inhibitors have been described that hamper the role of PLD in those pathologies but their site of action is not known.
A strategy is proposed to design a safe and simple amphiphilic prodrug delivery system, based on the elevated expression of phospholipase D (PLD) in cancer cells.
