G. Koerbin

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Statistical considerations for determining high-sensitivity cardiac troponin reference intervals.

Gus Koerbin, W. Abhayaratna, J. Potter, 2017, Clinical biochemistry.

Total intra-individual variation in sweat sodium and chloride concentrations for the diagnosis of cystic fibrosis.

R. Greaves, P. Hickman, G. Koerbin, 2008, Clinica chimica acta; international journal of clinical chemistry.

Missed detection of significant positive and negative shifts in gentamicin assay: implications for routine laboratory quality practices

Alex Eigenstetter, Chin Hon Tan, Tony Badrick, 2017, Biochemia medica.

Cardiac electrical conduction, autonomic activity and biomarker release during recovery from prolonged strenuous exercise in trained male cyclists

J. Kavanagh, S. Sabapathy, G. Stewart, 2013, European Journal of Applied Physiology.

Characterisation of a highly sensitive troponin I assay and its application to a cardio-healthy population

J. Tate, J. Potter, N. Glasgow, 2012, Clinical chemistry and laboratory medicine.

Harmonising Reference Intervals for Three Calculated Parameters used in Clinical Chemistry.

W. Abhayaratna, J. Potter, N. Glasgow, 2016, The Clinical biochemist. Reviews.

W. Abhayaratna, J. Potter, P. Hickman, 2019, Clinical biochemistry.

The relationship of plasma creatinine (as eGFR) and high-sensitivity cardiac troponin and NT-proBNP concentrations in a hospital and community outpatient population.

E. Southcott, J. Potter, P. Hickman, 2017, Clinical biochemistry.

The intra-individual variation of cardiac troponin I: the effects of sex, age, climatic season, and time between samples

J. Potter, L. Cullen, P. Hickman, 2022, Clinical chemistry and laboratory medicine.

Use of observed within-person variation of cardiac troponin in emergency department patients for determination of biological variation and percentage and absolute reference change values.

J. Potter, W. Parsonage, L. Cullen, 2014, Clinical chemistry.

The reporting of cardiac troponin.

J. Tate, P. Hickman, G. Koerbin, 2003, The Clinical biochemist. Reviews.

Cardiac troponin may be released by ischemia alone, without necrosis.

A. Wu, M. Roberts, E. Southcott, 2010, Clinica chimica acta; international journal of clinical chemistry.

Routine exercise alters measures of immunity and the acute phase reaction

D. Pyne, P. Fricker, A. Cripps, 2014, European Journal of Applied Physiology.

Longitudinal studies of cardiac troponin I in a large cohort of healthy children.

A. Jaffe, W. Abhayaratna, T. Badrick, 2012, Clinical chemistry.

Analytical characteristics of the Roche highly sensitive troponin T assay and its application to a cardio-healthy population

J. Tate, P. Hickman, G. Koerbin, 2010, Annals of clinical biochemistry.

High-Resolution SNP Microarray Investigation of Copy Number Variations on Chromosome 18 in a Control Cohort

P. Danoy, J. Potter, N. Glasgow, 2013, Cytogenetic and Genome Research.

The comparative analytical performance of four troponin I assays at low concentration

J. Tate, J. Potter, P. Hickman, 2005, Annals of clinical biochemistry.

Multiple biomarkers including cardiac troponins T and I measured by high-sensitivity assays, as predictors of long-term mortality in patients with chronic renal failure who underwent dialysis.

F. Apple, J. Potter, D. McGill, 2015, The American journal of cardiology.

Newer cardiac troponin I assays have similar performance to troponin T in patients with end-stage renal disease

G. Dimeski, J. Tate, E. Southcott, 2007, Annals of clinical biochemistry.

NTproBNP concentrations in healthy children.

W. Abhayaratna, R. Telford, J. Potter, 2012, Clinical biochemistry.

Statistical issues with the determination of the troponin 99th percentile - Not just a problem for troponin?

P. Kavsak, A. Saenger, P. Hickman, 2016, Clinical biochemistry.

Is it time to do away with the 99th percentile for cardiac troponin in the diagnosis of acute coronary syndrome and the assessment of cardiac risk?

B. Lindahl, P. Venge, J. Potter, 2014, Clinical chemistry.

Over time, high-sensitivity TnT replaces NT-proBNP as the most powerful predictor of death in patients with dialysis-dependent chronic renal failure.

J. Potter, D. McGill, P. Hickman, 2010, Clinica chimica acta; international journal of clinical chemistry.

Effect of population selection on 99th percentile values for a high sensitivity cardiac troponin I and T assays.

A. Jaffe, W. Abhayaratna, F. Apple, 2013, Clinical biochemistry.

Response to ‘Verification of assays, whose responsibility is it?’ by Fleming

J. Tate, P. Hickman, G. Koerbin, 2011 .

The distribution of cardiac troponin I in a population of healthy children: lessons for adults.

W. Abhayaratna, R. Telford, J. Potter, 2013, Clinica chimica acta; international journal of clinical chemistry.

An update report on the harmonization of adult reference intervals in Australasia

J. Tate, K. Sikaris, Graham R.D. Jones, 2018, Clinical chemistry and laboratory medicine.

Cross-sectional study of high-sensitivity cardiac troponins T and I in a hospital and community outpatient setting.

E. Southcott, J. Potter, P. Hickman, 2017, Clinical biochemistry.

Opinion Paper: Deriving Harmonised Reference Intervals – Global Activities

K. Adeli, J. Tate, G. Koerbin, 2016, EJIFCC.

Changes in troponin kits preclude meaningful collection of data on population 99th percentiles

J. Potter, P. Hickman, G. Koerbin, 2004, Annals of clinical biochemistry.

Cardiac electrical conduction, autonomic activity and biomarker release during recovery from prolonged strenuous exercise in trained male cyclists

J. Kavanagh, S. Sabapathy, G. Stewart, 2013, European Journal of Applied Physiology.

Harmonising Adult Reference Intervals in Australia and New Zealand - the Continuing Story.

J. Tate, G. Koerbin, 2016, The Clinical biochemist. Reviews.

Supplementation with a single and double strain probiotic on the innate immune system for respiratory illness

D. Pyne, P. Fricker, S. Lahtinen, 2014 .

The pharmacokinetics of Simplex-tobramycin bone cement.

J. Potter, R. Crawford, G. Koerbin, 2003, The Journal of bone and joint surgery. British volume.

W The pharmacokinetics of Simplex-tobramycin bone cement

J. Potter, R. Crawford, G. Koerbin, 2022 .

'Aussie Normals': an a priori study to develop reference intervals in a healthy Australian population using the Beckman Coulter LH 750 Haematology Analyser as candidates for harmonised values.

J. Potter, N. Glasgow, P. Hickman, 2017, Pathology.

Bias Assessment of General Chemistry Analytes using Commutable Samples.

George Koumantakis, Andrew St John, Gus Koerbin, 2014, The Clinical biochemist. Reviews.

Decision limits and the reporting of cardiac troponin: Meeting the needs of both the cardiologist and the ED physician

B. Lindahl, J. Tate, J. Potter, 2015, Critical reviews in clinical laboratory sciences.

Effects of probiotic supplementation over 5 months on routine haematology and clinical chemistry measures in healthy active adults

D. Pyne, P. Fricker, S. Lahtinen, 2014, European Journal of Clinical Nutrition.

Influence of exercise intensity and duration on functional and biochemical perturbations in the human heart

J. Kavanagh, A. Yamada, J. Chan, 2016, The Journal of physiology.

Altered ventricular mechanics after 60 min of high-intensity endurance exercise: insights from exercise speckle-tracking echocardiography.

J. Kavanagh, A. Yamada, J. Chan, 2015, American journal of physiology. Heart and circulatory physiology.

Reference intervals for venous blood gas measurement in adults

P. Bwititi, A. Horvath, Ling Li, 2020, Clinical Chemistry and Laboratory Medicine.

‘Aussie normals’: an a priori study to develop clinical chemistry reference intervals in a healthy Australian population

W. Abhayaratna, J. Potter, N. Glasgow, 2015, Pathology.

Evidence-based approach to harmonised reference intervals.

Gus Koerbin, J. Tate, K. Sikaris, 2014, Clinica chimica acta; international journal of clinical chemistry.

Transient troponin elevations in the blood of healthy young children.

W. Abhayaratna, R. Telford, J. Potter, 2012, Clinica chimica acta; international journal of clinical chemistry.

Prognostic efficacy of cardiac biomarkers for mortality in dialysis patients

Alfi Rahman, J. Potter, D. McGill, 2008, Internal medicine journal.

The importance of low level QC for high sensitivity troponin assays.

Tony Badrick, Gus Koerbin, T. Badrick, 2018, Clinical biochemistry.

The harmonization of cardiac troponin I measurement is independent of sample time collection but is dependent on the source of calibrator.

J. Gill, J. Tate, J. Bonar, 2002, Clinica chimica acta; international journal of clinical chemistry.

Harmonising adult and paediatric reference intervals in australia and new zealand: an evidence-based approach for establishing a first panel of chemistry analytes.

George Koumantakis, Gus Koerbin, Jillian R Tate, 2014, The Clinical biochemist. Reviews.

Routine exercise alters measures of immunity and the acute phase reaction

D. Pyne, P. Fricker, A. Cripps, 2015, European Journal of Applied Physiology.

Choice of Statistical Tools for Outlier Removal Causes Substantial Changes in Analyte Reference Intervals in Healthy Populations.

P. Glasziou, W. Abhayaratna, J. Potter, 2020, Clinical chemistry.

Using a thyroid disease‐free population to define the reference interval for TSH and free T4 on the Abbott Architect analyser

W. Abhayaratna, J. Potter, N. Glasgow, 2017, Clinical endocrinology.

Over time, high-sensitivity TnT replaces NT-proBNP as the most powerful predictor of death in patients with dialysis-dependent chronic renal failure.

J. Potter, D. McGill, P. Hickman, 2010, Clinica chimica acta; international journal of clinical chemistry.

The distribution of cardiac troponin I in a population of healthy children: lessons for adults.

W. Abhayaratna, R. Telford, J. Potter, 2013, Clinica chimica acta; international journal of clinical chemistry.