In this episode of Science Digest, Dr Michelle Dickinson is joined by Auckland University vaccinologist Dr Helen Petousis-Harris and Auckland Councillor Efeso Collins to debunk some of the myths people have about the Covid-19 vaccine, and what officials and science can do to communicate the safety of the vaccine clearer.

In each episode, Dr Michelle Dickinson – aka Nanogirl – will explore the scientific facts behind a story that’s been in the news in New Zealand or around the world, speaking with experts and those who need answers to clarify the facts and debunk the myths. 

We’ll sort through the academic jargon and go behind the headlines to break down complicated scientific data and terminology, and help the general public better understanding issues that could be misinterpreted or form the basis of debate.

In each episode, Dr Michelle Dickinson – aka Nanogirl – will explore the scientific facts behind a story that’s been in the news in New Zealand or around the world, speaking with experts and those who need answers to clarify the facts and debunk the myths. We’ll sort through the academic jargon and go behind the headlines to break down complicated scientific data and terminology, and help the general public better understanding issues that could be misinterpreted or form the basis of debate.

In each episode, Dr Michelle Dickinson – aka Nanogirl – will explore the scientific facts behind a story that’s been in the news in New Zealand or around the world, speaking with experts and those who need answers to clarify the facts and debunk the...

Science Digest

In this episode of Science Digest, Dr Michelle Dickinson is joined by Auckland University vaccinologist Dr Helen Petousis-Harris and Auckland Councillor Efeso Collins to debunk some of the myths people have about the Covid-19 vaccine, and what...

The Covid-19 vaccine: Addressing concerns and debunking the myths

So many things are made from plastic these days, and while plastics are cheap and can make life convenient, they have been getting some pretty bad publicity recently as we come to terms not only with how they are made, but what happens to them afterwards.

Luckily we are living in a world where recycling bins are easy to find, and many of us now consciously wash and sort our plastic waste, but where does it go from here and how much of this plastic actually gets recycled?

Today, Michelle is joined by Rachel Barker, CEO of Plastics NZ, and Damien Venuto, host of The Front Page and a new dad, to discuss the realities of recycling plastics in New Zealand. 

Read more on the subject here. 

So many things are made from plastic these days, and while plastics are cheap and can make life convenient, they have been getting some pretty bad publicity recently as we come to terms not only with how they are made, but what happens to them afterwards.
Luckily we are living in a world where recycling bins are easy to find, and many of us now consciously wash and sort our plastic waste, but where does it go from here and how much of this plastic actually gets recycled?
Today, Michelle is joined by Rachel Barker, CEO of Plastics NZ, and Damien Venuto, host of The Front Page and a new dad, to discuss the realities of recycling plastics in New Zealand. 
Read more on the subject <a href="https://www.nzherald.co.nz/technology/science-digest-the-truth-about-plastics-and-recycling-and-the-common-products-you-cant-recycle/H4KEGYCLBNADZAOEBTJ6LZ6JNM/">here. </a>

Recycling: The popular brands that aren't as recyclable as you'd think

Genetic modification is a scientific term that can conjure up fear as scientists are let loose tampering with nature.  

But putting genetic engineering is actively being used all over the world today, most commonly in crops to help them to become more resilient to a changing climate, but also in clinical trials and medical treatment to help cure human diseases such as cancer, cystic fibrosis and diabetes.

While the world moves forwards with genetic modification, it is heavily regulated in New Zealand, and has been since the passing of the Hazardous Substances and New Organisms Act in 1996. 

So what exactly is genetic modification, what are the positives and negatives of it, and should New Zealand be reconsidering its current laws to help more scientists here to carry out cutting edge research?

For today’s episode, Michelle is joined by New Zealand Herald science reporter Jamie Morton, to discuss his recent reporting in this area, and University of Otago Geneticist and Director of Genomics Aotearoa Professor Peter Dearden to discuss the science.

Read more on Jamie's reporting here

Genetic modification is a scientific term that can conjure up fear as scientists are let loose tampering with nature.  
But putting genetic engineering is actively being used all over the world today, most commonly in crops to help them to become more resilient to a changing climate, but also in clinical trials and medical treatment to help cure human diseases such as cancer, cystic fibrosis and diabetes.
While the world moves forwards with genetic modification, it is heavily regulated in New Zealand, and has been since the passing of the Hazardous Substances and New Organisms Act in 1996. 
So what exactly is genetic modification, what are the positives and negatives of it, and should New Zealand be reconsidering its current laws to help more scientists here to carry out cutting edge research?
For today’s episode, Michelle is joined by New Zealand Herald science reporter Jamie Morton, to discuss his recent reporting in this area, and University of Otago Geneticist and Director of Genomics Aotearoa Professor Peter Dearden to discuss the science.
<a href="https://www.nzherald.co.nz/technology/science-digest-is-it-time-new-zealand-re-examined-its-relationship-with-genetic-modification/XDPFIQBCAJL73ZQWJKWCZ2367Y/">Read more on Jamie's reporting here</a>

Genetic modification: Does New Zealand need to rethink its stance?

Over the last decade, we’ve seen a number of policies put in place in New Zealand that have made smoking a very expensive habit, while more and more evidence-based data has confirmed the health risks of the practice.

However, as smoking has declined, e-cigarettes or vaping has drastically risen in popularity marketed as a supposedly healthier alternative to tobacco-based products. 

Initially e-cigarettes were seen as a way to help current smokers quit their habit, but instead what we’ve seen is more and more people - particularly teenagers who never were tobacco smokers - take up the vaping habit.

So is it safe for teenagers to vape, are e-cigarettes a healthier alternative and how much research has been done in this space to date?

For today’s episode, Michelle is joined by Dr Kelly Burrowes, an associate professor at the Auckland Bioengineering Institute, and current vaper Will Toogood, a digital producer at NZME who will talk to his experiences with vaping. 

Over the last decade, we’ve seen a number of policies put in place in New Zealand that have made smoking a very expensive habit, while more and more evidence-based data has confirmed the health risks of the practice.
However, as smoking has declined, e-cigarettes or vaping has drastically risen in popularity marketed as a supposedly healthier alternative to tobacco-based products. 
Initially e-cigarettes were seen as a way to help current smokers quit their habit, but instead what we’ve seen is more and more people - particularly teenagers who never were tobacco smokers - take up the vaping habit.
So is it safe for teenagers to vape, are e-cigarettes a healthier alternative and how much research has been done in this space to date?
For today’s episode, Michelle is joined by Dr Kelly Burrowes, an associate professor at the Auckland Bioengineering Institute, and current vaper Will Toogood, a digital producer at NZME who will talk to his experiences with vaping.

The Covid-19 vaccine: Addressing concerns and debunking the myths

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