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Articles by M. Fitzgerald
Total Records ( 2 ) for M. Fitzgerald
  C. Bounphanousay , P. Jaisil , J. Sanitchon , M. Fitzgerald , N.R. Sackville Hamilton and J. Sanitchon
  Fifty three accessions of lowland Black Glutinous Rice (BGR) and three white rice varieties from Lao PDR were evaluated for variations in 2-acetyl-1-pyrroline (2-AP), a main aroma compound present in fragrant rice and a 257 bp genomic fragment associated with a gene encoding 2-AP. The objective of this study was to characterize the variation in aromatic characters of Lao BGR by using chemical and molecular techniques. Thirty six out of the 56 accessions had aromatic properties, containing 2-acetyl-1-pyrroline (2-AP). The concentrations of 2-AP in unpolished samples were about 50% higher than those of the polished samples. The concentrations of 2-AP in BGR accessions were lower than those of white aromatic rice varieties in which 2-AP was highest in Kai Noi Leuang (0.688 ppm). Seventeen accessions and two of white rice (Kai Noi Leuang and TDK5) had a common 355 bp allele corresponding to that found in Calrose, a non-fragrant variety. A 257 bp allele was found in the 36 varieties of BGR and a local aromatic white rice variety, Hom Nang Nouan, sharing a common allele as in the fragrant variety KDML 105. Surprisingly, Kai Noi Leuang, a popular Lao local aromatic rice variety with the highest 2-AP concentration did not possess a 257 bp fragment which has been identified previously as a fragrant allele. This is the first study of the chemical and molecular aromatic properties of lowland BGR varieties of the Lao PDR and the data obtained will be valuable in screening other germplasm and in planning a breeding program in the country geared towards fragrant rices with superior agronomic properties.
  J. M. Lowe , M. Mensch , P. McElduff , M. Fitzgerald and J. Attia
  Objective: To show that an advanced diabetes education programme delivers sustained benefits to people with diabetes prescribed insulin and healthcare providers over and above those provided by basic diabetes education.
Methods: An historical cohort study of 68 people with Type 1 and 51 people with Type 2 diabetes on insulin who attended the 4-day Newcastle Empowerment programme in 2001 and 2002 compared with 71 people with Type 1 and 312 people with Type 2 diabetes who attended only the basic 4-day insulin education programme over the same period, followed until 2007. Primary outcome was all hospital admissions and emergency visits; secondary outcomes were the composite of first cardiac event or death and readmission for diabetes complications. Cox-proportional hazards regression was used to analyse Type 1 and Type 2 diabetes separately.
Results: The empowerment programme significantly delayed time to first hospital admission/visit for patients with Type 2 diabetes; the hazard ratio (HR) of 0.41 (P = 0.01) translates into a delay of almost 3 years; this was partly driven by a significant reduction in cardiovascular events and mortality (HR = 0.24, P = 0.01). These effects were not seen for people with Type 1 diabetes.
Conclusions: A one-time, advanced diabetes education programme teaching intensive insulin self-management with an empowerment style can lead to sustained improvement in patient outcomes and reduce use of hospital services for people with Type 2 diabetes on insulin.
 
 
 
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