(baseless attack deleted)
- Assuming you mean the original article reporting the study, I agree completely. Rarely have a seen a more blatant example of junk science. You can't exclude people who die of breast cancer, from a study on breast cancer! --Ed Poor 13:06, 24 April 2007 (EDT)
- I'm sorry but wait just one cotton-picking horn-swaggling carn-sarnint (civility filter on) minute here, it doesnt say that the people who were excluded from followup as a result from death had died of breast cancer. I have a hard time believing they'd just ignore those deaths if they did occur, where on earth did you get tie impression that they did? Further, where the entry reads that it excludes women who got cancer afterwards, its excluding women who did and who didnt have abortions who got cancer afterwards because in those circumstances they're outside of the control of the experiment. You're misreporting out of context factoids that otherwise would show how stirctly they adhered to the scientific method in a pathetic attempt to show how the study ignored the most relevant data it was examining, as though the entire scientific community wouldnt have jumped on their necks already. No wonder why the CPedia front page gloats that "Only on Conservapedia" will use of the scientific method be deemed a sin.--RexMundane 13:45, 24 April 2007 (EDT)
How about a link to the actual study so we can draw our own conclusions instead of reading Andy's slanted opinions? Jrssr5 13:08, 24 April 2007 (EDT)
Can I point out, that although I think I have a scientific background, that I have no idea what:
- "Among parous women [the overwhelming majority of the study], the [hazard ratios] HRs were 1.58 (95% CI, 1.13-2.20) for PR- breast cancer and 0.80 (95% CI, 0.60-1.05) for PR+ breast cancer (P for heterogeneity = 0.002) among women with induced a.."
actually means in real terms for women. If this is meant to be an informative article, than it fails because it makes the mistake of in attempting to be scientifically accurate, it actually presents scientific gobbledegook. The HR is presumably a hazard ratio. Does that mean that the increased risk represents a 1.58%, or 58% increase, and an increase on what? If the chance of developing breast cancer is 50%, then is the increase to 51.8% (hardly a significant increase) or to 76% (a pretty devastating significant). On the other hand if the risk is 0.05%, then and increase to 1.63% would be pretty significant, whereas one to 0.076% would not really be significant at all.
Please consider your audience. --CatWatcher 13:37, 24 April 2007 (EDT)