CHEMTRAIL OP GENESIS FLY , BIO ENGINEERED PLANT INSECT CORUM SENSING NANO TECH SUPER BUG, WE ARE TRULY SCREWED.

THEY AS I AM MUST BE COMING UNHINGED DOWN AT MORGELLON CENTRAL.

Associate Professor Zhang Lian Hui
Institute of Molecular and Cell Biology
Agency for Science, Research and Technology
"For his outstanding research on quorum sensing as a novel target in the control and treatment of microbial infection."

Associate Professor Zhang Lian Hui leads a multidisciplinary team consisting of microbiologists, chemists, and molecular biologists at the Institute of Molecular and Cell Biology. He has made a major contribution in the understanding and exploitation of a novel cell-cell communication mechanism, known as quorum sensing, in bacterial and fungal pathogens.

Associate Professor Zhang was among the first to discover that quorum sensing was a widely conserved bacterial community genetic regulation mechanism in the early 1990s as a PhD student in Australia. He continued his research on microbial diseases and later moved to Singapore in 1998 to pursue his work on quorum sensing.

Quorum sensing has since become a fascinating hot spot in microbial research. Many single-celled microorganisms rely on quorum sensing mechanisms to synchronize gene expression among family members and coordinate a range of important biological functions, in particular, virulence and biofilm formation. Associate Professor Zhang's research focused on the molecular mechanism of quorum sensing and the prospect of targeting quorum sensing to control infectious diseases.

Associate Professor Zhang discovered and identified several quorum sensing signals (AAI, DSF) and regulatory proteins (AttJ, PprB, VqsM), which are the essential components of microbial quorum sensing systems. He was the first to identify novel quorum quenching enzymes, which specifically degrade quorum sensing signals.

The discovery led to the demonstration that in addition to antibiotics and host defense mechanisms, it is possible to control infectious diseases by quenching quorum sensing signaling in bacterial pathogens. This, together with other pioneer approaches, marked the beginning of enthusiastic international efforts of exploring novel quorum quenching chemicals and enzymes towards controlling the emerging superbugs resistant to antibiotics.

Associate Professor Zhang's group further extended the quorum sensing concept to control fungal pathogens and obtained highly promising results. They also found that quorum quenching enzymes were widely conserved in mammalian species. Their findings could also shed a new light on understanding of sophisticated human innate immune systems. Quorum sensing has great potential in becoming a novel target in controlling microbial infection to complement the traditional use of antibiotics.

For his outstanding research on quorum sensing as a novel target in control and treatment of microbial infection, Associate Professor Zhang Lian Hui is awarded the National Science Award 2005.

National Technology Award 2005

maybe the morgellons sufferers need to contact the researcher to find out about:
"controlling infectious diseases by quenching quorum sensing signaling in bacterial pathogens.
This, together with other pioneer approaches, marked the beginning of enthusiastic international efforts of exploring novel quorum quenching chemicals and enzymes towards controlling the emerging superbugs resistant to antibiotics."

Bonfires have their uses for disinfecting the air.....

Hippocrates knew this.