Heteroaromatic Lipoxin A4 Analogues [electronic resource] : Synthesis and Biological Evaluation /
Duffy, Colm.author.
In this thesis Colm Duffy reviews the chemistry and biology of stable lipoxin analogues. Colm has prepared for the first time ever a pyridine-containing LXA4 analogue in enantiomerically pure form. Biological evaluation determined that both epimers at the benzylic position suppress key cytokines known to be involved in inflammatory disease, with the (R)-epimer proving most efficacious. Moreover the author developed an excellent route to a related thiophene-containing analogue that also showed interesting biological activity. Both routes have inspired further work in  the synthesis of further heteroaromatic analogues for biological evaluation.
Description based upon print version of record.
"Doctoral thesis accepted by University College Dublin, Ireland."
Includes bibliographical references.
Introduction -- Recent advances in the chemistry and biology of stable synthetic Lipoxin analogues -- Synthesis of Heck coupling partner for the preparation of heteroaromatic Lipoxin A4 analogues -- Synthesis and biological evaluation of pyridine-containing Lipoxin A4 analogues -- Thiophene-containing Lipoxin A4 analogues: synthesis and their effect on the production of key cytokines -- Towards the synthesis of various heteroaromatic Lipoxin A4 analogues.
In this thesis Colm Duffy reviews the chemistry and biology of stable lipoxin analogues. Colm has prepared for the first time ever a pyridine-containing LXA4 analogue in enantiomerically pure form. Biological evaluation determined that both epimers at the benzylic position suppress key cytokines known to be involved in inflammatory disease, with the (R)-epimer proving most efficacious. Moreover the author developed an excellent route to a related thiophene-containing analogue that also showed interesting biological activity. Both routes have inspired further work in  the synthesis of further heteroaromatic analogues for biological evaluation.
Bioorganic chemistry.
Biochemistry.
Medicinal chemistry.
Catalysis.
Bioorganic Chemistry.
Biochemistry, general.
Medicinal Chemistry.
Catalysis.


Springer Theses