Round Up of the Party
Danny is an alum of Art Center College of Design, he majored in Product Design. He showed his silicone condom to us, and we were all spellbound. Not only is the design revolutionary (it was all in the design and folding, brilliant idea) but it was “now why didn’t they do that before”? Couple of reasons, money and a disenfranchised group that the corporations did not care about. The condom is undergoing clinical trials now by the FDA, and funded by the National Institute for Health ( the same group funding AIDS and other health related issues in the US).
From Dan:
ALso, regarding the condom, the pre-clinical lab testing done on it showed 0% failure for virus smaller than HIV as compared with a Trojan latex condom that had a 5% failure in that test. This test was conducted with two methods; 1. as whole condoms and 2. condoms with pinholes punctured into them. What is interesting about the Origami Condom is that because it is thicker/softer and has more elongation than latex, it self seals any pinholes from the pressure / thickness of the material that squeezes a hole closed.(if that makes sense). Also, if a hole occurred in the package after manufacturing it would re-bond to itself in a couple weeks and eliminate any trace of a hole. I was WOWed when I heard that.
Here’s the stats on Latex Condoms:
Holes in Condoms . . .
STDs are very tiny organisms, minuscule in size compared to sperm. These super-small viruses can get through a hole in a condom much more easily than sperm can. For example, HIV (the AIDS-causing virus) is so small that two million of the disease-causing agents could crowd on the period at the end of a sentence.
In 1993 the University of Texas analyzed the results of 11 different studies that had tracked the effectiveness of condoms to prevent transmission of the AIDS virus. The average condom failure rate in the 11 studies for preventing transmission of the AIDS virus was 31%.
One reason condoms fail in preventing the transfer of AIDS is that latex condoms have tiny intrinsic holes called “voids.” Sperm is larger than the holes, but the AIDS virus is 50 times smaller than these tiny holes which makes it easy for the virus to pass through [Source: Dr. C. M. Roland, editor of Rubber Chemistry and Technology]. To give you an idea of how easy it would be for the virus to pass through these holes, just imagine a ping pong ball going through a basketball hoop.







