Friday, November 5, 2010

Dude Builds the World’s Slowest Porsche

Making use of ULC (ultra light construction) an Austrian car enthusiast managed to build the lightest and slowest Porsche in the world. The Ferdinand GT3 RS may look a lot like a Porsche roadster, but as we all know, appearances can often be deceiving. I’m not even sure we can call this thing a car, considering it doesn’t even have an engine, but it’s definitely an interesting concept. The Ferdinand GT3 RS weighs an astounding 99.63 kilograms, which is lighter than any other working car, but that means all the “unnecessary” components were left out. The body of thishome-made sports car is made of plastic tubes, and the wheels are so slim they wouldn’t even fit on a bicycle.

The golden finish of the Ferdinand GT3 RS may look impressive, but you’ll be surprised to know it’s just gold-painted duct tape, covering the plastic tube frame of the car. Since it doesn’t even have an engine, you’re probably wondering how it works. As you can see in the video at the bottom, this DIY vehicle is powered by…(wait for it)…pedals. Just like on a bike, you’ll have to make good use of your legs, to get from A to B.

You can see a lot more photos of the building process of the Ferdinand GT3 RS, on its Flickr stream, but we’ve posted enough photos to give you a good idea of how it was made. The world’s slowest Porsche is now on display at the Lentos Museum of Art, in Linz, Austria.















Thursday, November 4, 2010

First babies due for new IVF system



Three British women are due to give birth before Christmas after helping to pioneer a new IVF technique described as the ultimate screening test

Three British women in their late 30s are due to give birth before Christmas after helping to pioneer a new IVF technique described as the “ultimate screening test”.

Theirs are the first successful pregnancies in Europe to be achieved as a result of the procedure, which looks for abnormalities in cells taken from tiny five-day-old embryos.

Blastocyst Chromosome Screening (BCS) can spot chromosomal mistakes in outwardly normal-looking embryos that may prevent pregnancies or lead to miscarriages.

Evidence from the United States suggests the procedure can boost the chances of a viable pregnancy after In-Vitro Fertilisation from around 35% to 75%.

The women are taking part in a year-long trial conducted by fertility specialist CARE at its Manchester clinic.

All three are aged between 37 and 40 and have a history of failed IVF.

BCS involves extracting up to 10 cells from a specific part of the blastocyst, a micro-sized embryo no larger than a pinhead, using state-of-the-art technology.

The cells are then analysed to check all their chromosomes – the cell structures that package DNA – for major abnormalities.

Only embryos that pass the test are implanted into a patient’s womb.

A unique feature of the process is that it can tell whether the mother or father has passed on an abnormality.