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Featured researches published by Jw Legge.


Gastroenterology | 1982

Optimal Dietary Conditions for Hemoccult Testing

Finlay Macrae; D. James B. St. John; Paul Caligiore; Leanne S. Taylor; Jw Legge

Preliminary rehydration of Hemoccult II slides increases slide sensitivity for blood and lowers the false-negative rate for colorectal cancer. To test the effect of this modification on the false-positive rate due to peroxidase-containing foods, 156 healthy young subjects crossed between diets of differing peroxidase content. Hemoccult II slides were prepared in duplicate for testing with and without rehydration. When developed without rehydration, only seven (0.4%) of 1856 slides were positive, the positive results occurring with challenge diets containing 250 g rare red meat. With preliminary rehydration, 53 (5.7%) of 926 slides were positive, in 26 (17%) of the 156 subjects on a challenge diet that included rare red meat and uncooked fruit and vegetables. Well-cooked red meat also gave positive tests, Diets excluding red meat but with large quantities of uncooked fruit and vegetables produced only five positive results in 314 rehydrated tests, in 3 of 53 subjects. On a strict low-peroxidase diet, two of 310 tests, in 2 of 52 subjects, were positive. Rehydration of Hemoccult slides and exclusion of red meat and certain other high-peroxidase foods should give optimal sensitivity and specificity for colorectal cancer detection. The effect of these conditions on yield of lesions and false-positive rates should be tested in screening programs.


Biochemical Journal | 1939

Coupled oxidation of ascorbic acid and haemoglobin. I

R. Lemberg; Jw Legge; W. H. Lockwood


Biochemical Journal | 1941

Coupled oxidation of ascorbic acid and haemoglobin: Quantitative studies on choleglobin formation. Estimation of haemoglobin and ascorbic acid oxidations.

R. Lemberg; Jw Legge; W. H. Lockwood


The American Journal of Clinical Nutrition | 1982

Peroxidase levels in food: relevance to colorectal cancer screening.

Paul Caligiore; Finlay Macrae; D. J. B. St. John; L J Rayner; Jw Legge


Biochemical Journal | 1941

Coupled oxidation of ascorbic acid and haemoglobin: Formation and properties of choleglobin

R. Lemberg; Jw Legge; W. H. Lockwood


Biochemical Journal | 1941

Coupled oxidation of ascorbic acid and haemoglobin: Studies on the formation of bile pigments from choleglobin and verdohaemochromogen and on their isolation from erythrocytes.

R. Lemberg; W. H. Lockwood; Jw Legge


Australian Journal of Biological Sciences | 1954

Bacterial oxidation of arsenite. II. The activity of washed suspensions.

Aw Turner; Jw Legge


Biochemical Journal | 1941

Coupled oxidation of ascorbic acid and haemoglobin: The ;labile iron' in blood and its increase in choleglobin formation.

Jw Legge; R. Lemberg


Nature | 1938

A Hæmoglobin from Bile Pigment

R. Lemberg; Jw Legge; W. H. Lockwood


Australian Journal of Biological Sciences | 1954

Bacterial oxidation of arsenite. III. Cell-free arsenite dehydrogenase.

Jw Legge; Aw Turner

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R. Lemberg

Royal North Shore Hospital

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W. H. Lockwood

Royal North Shore Hospital

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As Morieson

University of Melbourne

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Finlay Macrae

Royal Melbourne Hospital

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Paul Caligiore

Royal Melbourne Hospital

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Ge Rogers

University of Melbourne

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Henry Francis Holden

Walter and Eliza Hall Institute of Medical Research

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Ma Marginson

University of Melbourne

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