'Highest likelihood' presentation slideshows

Recovery and analysis of old/ancient DNA: molecular archaeology/anthropology

Recovery and analysis of old/ancient DNA: molecular archaeology/anthropology. Why study ancient DNA (aDNA)? Obtaining aDNA Early studies of aDNA Guidelines for studying aDNA Reconstructing extinct gene sequence Hofreiter et al .(2001) Nature Reviews Genetics 2 , p. 353

862 views • 40 slides

Attempting Escape: A Network Based Analysis of North Korean Refugees

Attempting Escape: A Network Based Analysis of North Korean Refugees. Capt Krysta Anthony LT Kevin Kerno. Historical Background. History of North Korea Human r ights issues What is the rest of the world doing?. North Korean Escapees. 1,500 North Koreans escaped in 2012

435 views • 29 slides

AMERICAN RECOVERY AND REINVESTMENT ACT SECTION 1512 REPORTING HPRP & CDBG

394 views • 24 slides

Inferring phylogenetic trees: Distance and maximum likelihood methods

Inferring phylogenetic trees: Distance and maximum likelihood methods. GENOME 373: Genomic Informatics Prof. William Stafford Noble. Outline. Distance methods Fitch-Margoliash Neighbor joining UPGMA Maximum likelihood. One-minute responses. Is the parsimony model biologically accurate?

993 views • 24 slides

Akaike Information Criterion

778 views • 15 slides

BNFO 602 Phylogenetics

BNFO 602 Phylogenetics. Usman Roshan. Maximum Likelihood. D = data, M = model Bayes rule P(M|D) = P(D|M)P(M) / P(D) P(M|D) is the posterior probability P(D|M) is the likelihood P(M) is the prior probability on the model By rewriting P(D) we get = P(D|M)P(M) / ? M P(D|M)P(M)

142 views • 6 slides