The effects of caffeine intake varies between individuals, and this variation has been attributed to factors such as age, gender and more recently, genetics. Now, a Massey University study is looking for athletic men to help researchers find out more about the effect of caffeine on sporting performance.
While exercise as part of a healthy lifestyle can prevent communicable diseases, it can also cause a stress response. In women, the exercise-induced stress response is implicated in menstrual dysfunction, infertility and osteoporosis later in life. Now Massey University researchers are investigating whether kiwifruit, which is high in vitamin C, can reduce the stress response triggered by exercise in women.
Obesity rates in children world-wide are burgeoning, and those attending childcare are more at risk. Now a new Massey University study hopes to discover information that may help design interventions offering simple, practical and relevant tips for early childhood education (ECE) teachers about nutrition and physical activity for pre-schoolers.
It's well known that Kiwis have a love affair with caffeine - but how many of us know about the potential hidden harm it could be causing us? Scientists at Massey University and University of Auckland are leading a large-scale research programme aiming to build a detailed picture of the amount of caffeine we're consuming, and how our varying rates of metabolism or genetic traits could be causing unseen problems.
Red and green food packaging distracts younger consumers from reading important nutritional information, according to a winning research project at the School Science and Innovation Symposium at Massey University’s Albany campus recently.
A research project to test whether exercise makes the adolescent brain function better has won this year's Albany campus School Science Symposium.
Questions such as whether eye colour affects reaction times and whether listening to iPods helps or hinders endurance athletes were explored in a range of the sport science projects secondary school pupils submitted to a University symposium.
The effects of energy drinks on sports performance, whether left-handed batsmen are better and if Olympic athletes live longer than the average person were among the diverse topics researched by secondary school pupils who attended a school sport symposium at the Auckland campus this week.
The Sports Science team's study is designed to examine the effect of moderate caffeine ingestion on a player's physiological and skilled performance. In order to quantify the specific effects of caffeine on performance, Dr Foskett's colleague, Dr Ajmol Ali, has developed a validated soccer skills test for players which the pair will use to measure the effects of caffeine during a simulated game.