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...miR-198 let-7f let-7c miR-146a let-7b let-7i miR-22 let-7g miR-1224 miR-16 let-7d miR-130b miR-223 let-7i miR-124 miR-191 let-7f miR-133a miR-296 let7fG15A miR-125a-3pmiR-222 let-7g miR-140 miR-30d miR-101 miR-125b-5pmiR-223 let-7i miR-142-5p miR-370 miR-103 miR-133a miR-24 miR-101 miR-146 miR-486 miR-125a-5pmiR-133b miR-26a miR-103 miR-148a miR-498 miR-126 miR-135a* miR-32 miR-106a miR-152 Thanks for any advice. Cheers Iain

I'm just starting to learn to use R, and although I'm seeing lots of functions aimed at doing orthodox statistical analyses, I don't see the same for Bayesian analyses. What support does R have for Bayesian statistics?

I have a shiny new debian linux box and am just about to install R. I'm also a shiny new linux user, so please excuse these naive questions. I've read the 'R Installation and Admin guide (2002-10-01)' and also http://cran.r-project.org/bin/linux/debian/ReadMe, and I know how to do apt-get install r-base which gives me r-base-core r-base-html r-base-latex r-base-core

I am new to R. I am going to by one of the following book: 1. William N. Venables and Brian D. Ripley. Modern Applied Statistics with S-Plus. Third Edition. Springer, 1999. ISBN 0-387-98825-4. 2. The Fourth Edition of the book from point 1. 3. `S Programming' by W. N. Venables and B. D. Ripley Springer. ISBN 0-387-98966-8, 2000. I can only by one of the above books. Q1. I have found