col said:It is amazing how protection can have the same effect as no protection isnt it?
It isn't the same effect though. If you read the post carefully.
col said:It is amazing how protection can have the same effect as no protection isnt it?
col said:Iv seen an experiment where a raw egg was put inside a polystyrene box, and thrown from a great hieght,the egg was not cracked,i think that shows that having some of this on your head would indeed save your skull to some extent,i still dont understand the stance that it doesnt help?
Dannyg said:When I looked into the the Bristol study it looked like pretty poor science to me. It used just one rider in one city (Bath from memory), and didn't run either test for long enough to start making sweeping generalisations about driver behavior towards helmeted cyclists.
So what would a helmet have done? She didn't seem to be laying there with a head injury afterwards, in fact she looked remarkably unscathed.thePig said:I found this video on YouTube - just in case you are thinking of going for a ride without one.
http://www.cyclepig.com/archive/always-wear-a-helmet/
I have never heard of anyone putting their foot in the spokes before....come to think about it I have never seen anyone ride a bike like this.
Brock said:But what did the yolk look like inside the shell?
Cunobelin said:But................. any poorer science than the BHIT claiming in Parliament that more head injuries would be saved by cycle helmets than actually occur due to all causes?
The Bristol results have been verified by other independent research which in some ways triangulates the results.
Jaded said:So as long as the skull is intact, it doesn't matter if the brain is scrambled?
Dannyg said:Personally I think the way forward is for the government to fund some proper studies. There's a huge amount of testing that goes on into car safety and simulating the effects of different kinds of accident on realistic dummies. It should be possible to do something similar to simulate the effect of different kinds of cycling accident on the human skull, with and without helmets.
Dannyg said:One of the problems with the whole helmet debate is that there is not enough good research done to conclusively prove their effectiveness one way or the other. So for example in a recent issue of C+ they reviewed a range of helmets but admitted that they had no meaningful way of testing how effective any of them are.
Personally I think the way forward is for the government to fund some proper studies. There's a huge amount of testing that goes on into car safety and simulating the effects of different kinds of accident on realistic dummies. It should be possible to do something similar to simulate the effect of different kinds of cycling accident on the human skull, with and without helmets.
Meanwhile I would be interested to know what the "independent research" was that you say verified that Bristol result. Was this documented in peer reviewed scientific papers - if not it is quite frankly worthless.
The characteristics of the cohort agreed with previous surveys1: 1255 (42%) were men aged 40 years or less, 575 (19%) were men and women aged 65 years or more, and most (90%) were classified as having a mild injury. The most common causes of injury were falls (43%) or assaults (34%); alcohol was often involved (61%), and a quarter reported treatment for a previous head injury. Most (83%) were discharged within 48 hours
col said:I dont know,but whatever it looked like,it didnt have a cracked skull aswell
the typical level of rotational acceleration observed using a helmeted headform would generally be no more injurious than expected for a bare human head. However, in both low speed linear impacts and the most severe oblique cases, linear and rotational accelerations may increase to levels corresponding to injury severities as high as AIS 2 or 3, at which a marginal increase (up to 1 AIS interval) in injury outcome may be expected for a helmeted head.