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Cosmetic Surgery and Beauty Magazine #68

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newsfront<br />

TEOXANE LABORATORIES<br />

INTRODUCING THE<br />

ONLY APPROVED FILLER FOR<br />

UNDER-EYE CIRCLES<br />

COSMETEX 2015 saw the launch of a new dermal fi ller range to the Australian<br />

market <strong>and</strong>, in this, a ground-breaking solution to reducing the appearance of dark<br />

under-eye circles.<br />

The line of fi llers is manufactured in Switzerl<strong>and</strong> by Teoxane Laboratories, <strong>and</strong> is<br />

distributed in Australia <strong>and</strong> New Zeal<strong>and</strong> by Mondeal Aesthetics.<br />

The range includes solutions for full-facial rejuvenation <strong>and</strong> lip enhancement,<br />

as well as the only approved fi ller for dark under-eye circles <strong>and</strong> hollows. This<br />

unique product is specially designed to treat dark hollow circles, tear troughs <strong>and</strong><br />

palpebromalar grooves – the fi rst of its kind.<br />

WHERE DOES EXCESS WEIGHT<br />

GO WHEN WE LOSE IT?<br />

While each individual usually mashes<br />

together their own program for<br />

slimming down <strong>and</strong> toning up, the<br />

physiological processes in shedding<br />

fat are not so particular – each body<br />

breaks down fat the same way, through<br />

a process called oxidation.<br />

But all this begs the question. Where<br />

does the excess weight actually go?<br />

How does it leave the body?<br />

Is it excreted as waste? Transformed<br />

into muscle? Converted to heat energy?<br />

None of these are the case,<br />

according to new research from the<br />

University of New South Wales (UNSW)<br />

in Australia. Instead, it’s all in the breath.<br />

A new study, by Prof. Andrew<br />

Brown <strong>and</strong> Ruben Meerman at UNSW,<br />

has shown that when weight is lost,<br />

the majority of it is breathed out as<br />

carbon dioxide.<br />

Once in the body, excess carbohydrates<br />

<strong>and</strong> protein are converted<br />

to a type of fat called triglycerides.<br />

These molecules are made up of<br />

carbon, hydrogen <strong>and</strong> water. When we<br />

lose weight, triglycerides are broken<br />

down <strong>and</strong> the atoms are separated in a<br />

process called oxidation.<br />

The UNSW researchers set out to<br />

track these atoms, <strong>and</strong> follow the path<br />

they take when leaving the body. They<br />

found that in 10kg of oxidized fat, 8.4kg<br />

was converted <strong>and</strong> excreted as carbon<br />

dioxide (CO2) via the lungs, <strong>and</strong> 1.6kg<br />

became water (H2O).<br />

The fi ndings suggest the lungs are<br />

the main excretory organ for weight<br />

loss <strong>and</strong> the remaining H2O departs the<br />

body in urine, feces <strong>and</strong> sweat.<br />

18 www.cosbeauty.com.au

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