Body size, body composition, and fat distribution: a comparison of young New Zealand men of European, Pacific Island, and Asian Indian ethnicities

Aims To investigate body size and body fat relationships and fat distribution in young healthy men drawn from New Zealand European, Pacific Island, and Asian Indian populations.
Method A total of 114 healthy men (64 European, 31 Pacific Island, 19 Asian Indian) aged 17–30 years underwent measurements of height, weight, and body composition by total body dual-energy X-ray absorptiometry (DXA). Body mass index (BMI) was then calculated. Percent body fat (%BF), fat-free mass, bone mineral content, bone mineral density, abdominal fat, thigh fat, and appendicular skeletal muscle mass (ASMM) were obtained from the DXA scans.
Results For the same BMI, %BF for Pacific Island men was 4% points lower and for Asian Indian men was 7–8% points higher compared to Europeans. Compared to European men for the same %BF, BMI was 2–3 units higher for Pacific Island, and 3–6 units lower for Asian Indian. The ratio of abdominal fat to thigh fat, adjusted for height, weight, and %BF, was significantly higher for Asian Indian men than European (p=0.022) and Pacific Island (p=0.002) men. ASMM, adjusted for height and weight, was highest in Pacific Island and lowest in Asian Indian men.
Conclusions The relationship between %BF and BMI is different for European, Pacific Island, and Asian Indian men which may, at least in part, be due to differences in muscularity. Asian Indians have more abdominal fat deposition than their European and Pacific Island counterparts. Use of universal BMI cut-off points are not appropriate for comparison of obesity prevalence between these ethnic groups.

EBanking adaptation and dot.com viability : a comparison of Australian and Indian experiences in the banking sector

With the advent of widely-accepted eBusiness activities, many banks have floated dot.com entities to create a presence on the Internet and take advantage of its power and reach. Like many other businesses, banks expected an increase in market capitalisation as a result of their dot.com floats, perceived broadly as a measure of growing profitability. Despite the negative publicity that the recent spate of dot.com crashes has generated, banks seem to continue floating online spin-offs. Our exploratory study investigates this phenomenon, studying the drivers for change in the evolution of the banking sector, and the move towards electronic banking. We focussed on two economies – Australia and India – to aggregate the major factors in this evolution from the perspective of two disparate economies.

The paper describes our qualitative, document-based investigation of the Australian and Indian banking sectors, and subsequent quantitative analysis of the impact of dot.com floats on market capitalisation within this market sector. We then describe the effect of applying both Transaction Cost Economics to our findings, which indicates that the cost of transacting business has been reduced overall by the creation of dot.com entities; and “catch-up, fall-behind, forge ahead” theory to gain an economic perspective. The paper provides both practical assistance for banks in making decisions regarding e-portfolios, as well as for policy makers in the economies reviewed; and has the potential to contribute to academic research into eBanking more generally.