Australian researchers produced a condom considerably thinner and safer than traditional products.
The condom is made of spinifex, a spiky grass present in Queensland, Australia,according to The Guardian.
This regionis the place to find indigenous societies that lengthy used spinifex being an adhesive, mainly to stay spearheads onto wood.
A group brought by Professor Darren Martin in the College of Queenslands Australian Institute for Bioengineering and Nanotechnology extracted a fabric from spinifex fibers known as nanocellulose.
They then added thisspinifex nanocellulose to latex, producing a condom apparently about as thin like a real hair but more powerful and much more flexible than typically the most popular condoms currently available.
Condoms produced by Trojan viruses, LifeStyles and Durex typically contain latex calculating between .049 millimeters and .121 millimeters thick.
Martin&rsquos team believes the spinifex condoms could be modified to become about 30 % thinner thanother condomswhilestill meeting the security standards from the condom industry.
Inside a press release, the professor stated,
We tested our latex formulation on the commercial dipping line within the U . s . States and conducted a burst test that inflates condoms and measures the amount and pressure, and typically had a performance increase of 20 percent in pressure and 40 percent in volume when compared to commercial latex control sample.
The spinifex condoms, furthermore, require less latex than traditional condomsand are, therefore, cheaper to create.
This could logically result in condoms increasingly affordable, which may help reduce the spread of Aids, AIDS along with other sexually transmitted illnesses in impoverished areas.
Previous research found many adults older than 40 have a tendency to avoid condoms,Medical Daily reports,presumably because condoms decrease pleasure.
The skinny material of spinifex condoms would negate this pleasure flaw by providing a much &ldquobetter sensation,&rdquo investigator Nasim Amiralian told The Protector.
Martin&rsquos team apparently also promises to use spinifex to create more powerful and thinner medical mitts for surgeons, in addition to many other surgical tools.
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