source: trunk/GDE/PHYML20130708/phyml/doc/phyml-manual.bbl

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1\begin{thebibliography}{10}
2\expandafter\ifx\csname url\endcsname\relax
3  \def\url#1{\texttt{#1}}\fi
4\expandafter\ifx\csname urlprefix\endcsname\relax\def\urlprefix{URL }\fi
5\providecommand{\bibinfo}[2]{#2}
6\providecommand{\eprint}[2][]{\url{#2}}
7
8\bibitem{guindon03}
9\bibinfo{author}{Guindon, S.} \& \bibinfo{author}{Gascuel, O.}
10\newblock \bibinfo{title}{A simple, fast and accurate algorithm to estimate
11  large phylogenies by maximum likelihood}.
12\newblock \emph{\bibinfo{journal}{Systematic Biology}}
13  \textbf{\bibinfo{volume}{52}}, \bibinfo{pages}{696--704}
14  (\bibinfo{year}{2003}).
15
16\bibitem{raxml}
17\bibinfo{author}{Stamatakis, A.}
18\newblock \bibinfo{title}{{RAxML-VI-HPC}: Maximum likelihood-based phylogenetic
19  analyses with thousands of taxa and mixed models}.
20\newblock \emph{\bibinfo{journal}{Bioinformatics}}
21  \textbf{\bibinfo{volume}{22}}, \bibinfo{pages}{2688--2690}
22  (\bibinfo{year}{2006}).
23
24\bibitem{garli}
25\bibinfo{author}{Zwickl, D.}
26\newblock \emph{\bibinfo{title}{Genetic algorithm approaches for the
27  phylogenetic analysis of large biological sequence datasets under the maximum
28  likelihood criterion}}.
29\newblock Ph.D. thesis, \bibinfo{school}{The University of Texas at Austin}
30  (\bibinfo{year}{2006}).
31
32\bibitem{jukes69}
33\bibinfo{author}{Jukes, T.} \& \bibinfo{author}{Cantor, C.}
34\newblock \bibinfo{title}{Evolution of protein molecules}.
35\newblock In \bibinfo{editor}{Munro, H.} (ed.)
36  \emph{\bibinfo{booktitle}{Mammalian Protein Metabolism}}, vol.
37  \bibinfo{volume}{III}, chap.~\bibinfo{chapter}{24}, \bibinfo{pages}{21--132}
38  (\bibinfo{publisher}{Academic Press}, \bibinfo{address}{New York},
39  \bibinfo{year}{1969}).
40
41\bibitem{kimura80}
42\bibinfo{author}{Kimura, M.}
43\newblock \bibinfo{title}{A simple method for estimating evolutionary rates of
44  base substitutions through comparative studies of nucleotide sequences}.
45\newblock \emph{\bibinfo{journal}{Journal of Molecular Evolution}}
46  \textbf{\bibinfo{volume}{16}}, \bibinfo{pages}{111--120}
47  (\bibinfo{year}{1980}).
48
49\bibitem{felsenstein81a}
50\bibinfo{author}{Felsenstein, J.}
51\newblock \bibinfo{title}{Evolutionary trees from {DNA} sequences: a maximum
52  likelihood approach}.
53\newblock \emph{\bibinfo{journal}{Journal of Molecular Evolution}}
54  \textbf{\bibinfo{volume}{17}}, \bibinfo{pages}{368--376}
55  (\bibinfo{year}{1981}).
56
57\bibitem{phylip2}
58\bibinfo{author}{Felsenstein, J.}
59\newblock \emph{\bibinfo{title}{PHYLIP ({PHYL}ogeny {I}nference {P}ackage)
60  version 3.6a2}} (\bibinfo{publisher}{Distributed by the author},
61  \bibinfo{address}{Department of Genetics, University of Washington, Seattle},
62  \bibinfo{year}{1993}).
63
64\bibitem{hasegawa85}
65\bibinfo{author}{Hasegawa, M.}, \bibinfo{author}{Kishino, H.} \&
66  \bibinfo{author}{Yano, T.}
67\newblock \bibinfo{title}{Dating of the {H}uman-{A}pe splitting by a molecular
68  clock of mitochondrial-{DNA}}.
69\newblock \emph{\bibinfo{journal}{Journal of Molecular Evolution}}
70  \textbf{\bibinfo{volume}{22}}, \bibinfo{pages}{160--174}
71  (\bibinfo{year}{1985}).
72
73\bibitem{tamura93}
74\bibinfo{author}{Tamura, K.} \& \bibinfo{author}{Nei, M.}
75\newblock \bibinfo{title}{Estimation of the number of nucleotide substitutions
76  in the control region of mitochondrial {DNA} in humans and chimpanzees}.
77\newblock \emph{\bibinfo{journal}{Molecular Biology and Evolution}}
78  \textbf{\bibinfo{volume}{10}}, \bibinfo{pages}{512--526}
79  (\bibinfo{year}{1993}).
80
81\bibitem{lanave84}
82\bibinfo{author}{Lanave, C.}, \bibinfo{author}{Preparata, G.},
83  \bibinfo{author}{Saccone, C.} \& \bibinfo{author}{Serio, G.}
84\newblock \bibinfo{title}{A new method for calculating evolutionary
85  substitution rates}.
86\newblock \emph{\bibinfo{journal}{Journal of Molecular Evolution}}
87  \textbf{\bibinfo{volume}{20}}, \bibinfo{pages}{86--93}
88  (\bibinfo{year}{1984}).
89
90\bibitem{tavare86}
91\bibinfo{author}{Tavar\'e, S.}
92\newblock \bibinfo{title}{Some probabilistic and statistical problems on the
93  analysis of {DNA} sequences}.
94\newblock \emph{\bibinfo{journal}{Lectures on Mathematics in the Life
95  Sciences}} \textbf{\bibinfo{volume}{17}}, \bibinfo{pages}{57--86}
96  (\bibinfo{year}{1986}).
97
98\bibitem{le08}
99\bibinfo{author}{Le, S.} \& \bibinfo{author}{Gascuel, O.}
100\newblock \bibinfo{title}{An improved general amino-acid replacement matrix}.
101\newblock \emph{\bibinfo{journal}{Mol. Biol. Evol.}}
102  \textbf{\bibinfo{volume}{25}}, \bibinfo{pages}{1307--1320}
103  (\bibinfo{year}{2008}).
104
105\bibitem{whelan01b}
106\bibinfo{author}{Whelan, S.} \& \bibinfo{author}{Goldman, N.}
107\newblock \bibinfo{title}{A general empirical model of protein evolution
108  derived from multiple protein families using a maximum-likelihood approach}.
109\newblock \emph{\bibinfo{journal}{Molecular Biology and Evolution}}
110  \textbf{\bibinfo{volume}{18}}, \bibinfo{pages}{691--699}
111  (\bibinfo{year}{2001}).
112
113\bibitem{dayhoff78}
114\bibinfo{author}{Dayhoff, M.}, \bibinfo{author}{Schwartz, R.} \&
115  \bibinfo{author}{Orcutt, B.}
116\newblock \bibinfo{title}{A model of evolutionary change in proteins}.
117\newblock In \bibinfo{editor}{Dayhoff, M.} (ed.)
118  \emph{\bibinfo{booktitle}{Atlas of Protein Sequence and Structure}},
119  vol.~\bibinfo{volume}{5}, \bibinfo{pages}{345--352}
120  (\bibinfo{publisher}{National Biomedical Research Foundation},
121  \bibinfo{address}{Washington, D. C.}, \bibinfo{year}{1978}).
122
123\bibitem{jones92}
124\bibinfo{author}{Jones, D.}, \bibinfo{author}{Taylor, W.} \&
125  \bibinfo{author}{Thornton, J.}
126\newblock \bibinfo{title}{The rapid generation of mutation data matrices from
127  protein sequences}.
128\newblock \emph{\bibinfo{journal}{Computer Applications in the Biosciences
129  (CABIOS)}} \textbf{\bibinfo{volume}{8}}, \bibinfo{pages}{275--282}
130  (\bibinfo{year}{1992}).
131
132\bibitem{henikoff92}
133\bibinfo{author}{Henikoff, S.} \& \bibinfo{author}{Henikoff, J.}
134\newblock \bibinfo{title}{Amino acid substitution matrices from protein
135  blocks.}
136\newblock \emph{\bibinfo{journal}{Proceedings of the National Academy of
137  Sciences of the United States of America (PNAS)}}
138  \textbf{\bibinfo{volume}{89}}, \bibinfo{pages}{10915--10919}
139  (\bibinfo{year}{1992}).
140
141\bibitem{adachi96}
142\bibinfo{author}{Adachi, J.} \& \bibinfo{author}{Hasegawa, M.}
143\newblock \bibinfo{title}{{MOLPHY} version 2.3. programs for molecular
144  phylogenetics based on maximum likelihood}.
145\newblock In \bibinfo{editor}{Ishiguro, M.} \emph{et~al.} (eds.)
146  \emph{\bibinfo{booktitle}{Computer Science Monographs}}, \bibinfo{number}{28}
147  (\bibinfo{publisher}{The Institute of Statistical Mathematics},
148  \bibinfo{address}{Tokyo}, \bibinfo{year}{1996}).
149
150\bibitem{dimmic02}
151\bibinfo{author}{Dimmic, M.}, \bibinfo{author}{Rest, J.},
152  \bibinfo{author}{Mindell, D.} \& \bibinfo{author}{Goldstein, D.}
153\newblock \bibinfo{title}{{rtREV}: an amino acid substitution matrix for
154  inference of retrovirus and reverse transcriptase phylogeny}.
155\newblock \emph{\bibinfo{journal}{Journal of Molecular Evolution}}
156  \textbf{\bibinfo{volume}{55}}, \bibinfo{pages}{65--73}
157  (\bibinfo{year}{2002}).
158
159\bibitem{adachi00}
160\bibinfo{author}{Adachi, J.}, \bibinfo{author}{P., W.},
161  \bibinfo{author}{Martin, W.} \& \bibinfo{author}{Hasegawa, M.}
162\newblock \bibinfo{title}{Plastid genome phylogeny and a model of amino acid
163  substitution for proteins encoded by chloroplast {DNA}}.
164\newblock \emph{\bibinfo{journal}{Journal of Molecular Evolution}}
165  \textbf{\bibinfo{volume}{50}}, \bibinfo{pages}{348--358}
166  (\bibinfo{year}{2000}).
167
168\bibitem{kosiol04}
169\bibinfo{author}{Kosiol, C.} \& \bibinfo{author}{Goldman, N.}
170\newblock \bibinfo{title}{Different versions of the {D}ayhoff rate matrix}.
171\newblock \emph{\bibinfo{journal}{Molecular Biology and Evolution}}
172  \textbf{\bibinfo{volume}{22}}, \bibinfo{pages}{193--199}
173  (\bibinfo{year}{2004}).
174
175\bibitem{muller00}
176\bibinfo{author}{Muller, T.} \& \bibinfo{author}{Vingron, M.}
177\newblock \bibinfo{title}{Modeling amino acid replacement.}
178\newblock \emph{\bibinfo{journal}{Journal of Computational Biology}}
179  \textbf{\bibinfo{volume}{7}}, \bibinfo{pages}{761--776}
180  (\bibinfo{year}{2000}).
181
182\bibitem{cao98}
183\bibinfo{author}{Cao, Y.} \emph{et~al.}
184\newblock \bibinfo{title}{Conflict among individual mitochondrial proteins in
185  resolving the phylogeny of eutherian orders}.
186\newblock \emph{\bibinfo{journal}{Journal of Molecular Evolution}}
187  \textbf{\bibinfo{volume}{47}}, \bibinfo{pages}{307--322}
188  (\bibinfo{year}{1998}).
189
190\bibitem{gascuelNJ}
191\bibinfo{author}{Gascuel, O.}
192\newblock \bibinfo{title}{{BIONJ}: an improved version of the {NJ} algorithm
193  based on a simple model of sequence data}.
194\newblock \emph{\bibinfo{journal}{Molecular Biology and Evolution}}
195  \textbf{\bibinfo{volume}{14}}, \bibinfo{pages}{685--695}
196  (\bibinfo{year}{1997}).
197
198\bibitem{anisimova11}
199\bibinfo{author}{Anisimova, M.}, \bibinfo{author}{Gil, M.},
200  \bibinfo{author}{Dufayard, J.}, \bibinfo{author}{Dessimoz, C.} \&
201  \bibinfo{author}{Gascuel, O.}
202\newblock \bibinfo{title}{Survey of branch support methods demonstrates
203  accuracy, power, and robustness of fast likelihood-based approximation
204  schemes}.
205\newblock \emph{\bibinfo{journal}{Systematic biology}}
206  \textbf{\bibinfo{volume}{60}}, \bibinfo{pages}{685--699}
207  (\bibinfo{year}{2011}).
208
209\bibitem{anisimova06}
210\bibinfo{author}{Anisimova, M.} \& \bibinfo{author}{Gascuel, O.}
211\newblock \bibinfo{title}{Approximate likelihood-ratio test for branches: a
212  fast, accurate, and powerful alternative}.
213\newblock \emph{\bibinfo{journal}{Syst. Biol.}} \textbf{\bibinfo{volume}{55}},
214  \bibinfo{pages}{539--552} (\bibinfo{year}{2006}).
215
216\bibitem{posada01}
217\bibinfo{author}{Posada, D.} \& \bibinfo{author}{Crandall, K.}
218\newblock \bibinfo{title}{Selecting models of nucleotide substitution: an
219  application to human immunodeficiency virus 1 (hiv-1)}.
220\newblock \emph{\bibinfo{journal}{Molecular Biology and Evolution}}
221  \textbf{\bibinfo{volume}{18}}, \bibinfo{pages}{897--906}
222  (\bibinfo{year}{2001}).
223
224\bibitem{soubrier12}
225\bibinfo{author}{Soubrier, J.} \emph{et~al.}
226\newblock \bibinfo{title}{The influence of rate heterogeneity among sites on
227  the time dependence of molecular rates}.
228\newblock \emph{\bibinfo{journal}{Molecular Biology and Evolution}}
229  (\bibinfo{year}{2012}).
230
231\bibitem{maddison97}
232\bibinfo{author}{Maddison, D.}, \bibinfo{author}{Swofford, D.} \&
233  \bibinfo{author}{Maddison, W.}
234\newblock \bibinfo{title}{{NEXUS}: an extensible file format for systematic
235  information}.
236\newblock \emph{\bibinfo{journal}{Systematic Biology}}
237  \textbf{\bibinfo{volume}{46}}, \bibinfo{pages}{590--621}
238  (\bibinfo{year}{1997}).
239
240\bibitem{yang94b}
241\bibinfo{author}{Yang, Z.}
242\newblock \bibinfo{title}{Maximum likelihood phylogenetic estimation from {DNA}
243  sequences with variable rates over sites: approximate methods}.
244\newblock \emph{\bibinfo{journal}{Journal of Molecular Evolution}}
245  \textbf{\bibinfo{volume}{39}}, \bibinfo{pages}{306--314}
246  (\bibinfo{year}{1994}).
247
248\bibitem{yang98}
249\bibinfo{author}{Yang, Z.}
250\newblock \bibinfo{title}{Likelihood ratio tests for detecting positive
251  selection and application to primate lysozyme evolution}.
252\newblock \emph{\bibinfo{journal}{Molecular Biology and Evolution}}
253  \textbf{\bibinfo{volume}{15}}, \bibinfo{pages}{568--573}
254  (\bibinfo{year}{1998}).
255
256\bibitem{yang00b}
257\bibinfo{author}{Yang, Z.} \& \bibinfo{author}{Nielsen, R.}
258\newblock \bibinfo{title}{Estimating synonymous and nonsynonymous substitution
259  rates under realistic evolutionary models}.
260\newblock \emph{\bibinfo{journal}{Molecular Biology and Evolution}}
261  \textbf{\bibinfo{volume}{17}}, \bibinfo{pages}{32--43}
262  (\bibinfo{year}{2000}).
263
264\bibitem{yang02}
265\bibinfo{author}{Yang, Z.} \& \bibinfo{author}{Nielsen, R.}
266\newblock \bibinfo{title}{Codon-substitution models for detecting molecular
267  adaptation at individual sites along specific lineages}.
268\newblock \emph{\bibinfo{journal}{Molecular Biology and Evolution}}
269  \textbf{\bibinfo{volume}{19}}, \bibinfo{pages}{908--917}
270  (\bibinfo{year}{2002}).
271
272\bibitem{guindon04}
273\bibinfo{author}{Guindon, S.}, \bibinfo{author}{Rodrigo, A.},
274  \bibinfo{author}{Dyer, K.} \& \bibinfo{author}{Huelsenbeck, J.}
275\newblock \bibinfo{title}{Modeling the site-specific variation of selection
276  patterns along lineages}.
277\newblock \emph{\bibinfo{journal}{Proceedings of the National Academy of
278  Sciences of the United States of America (PNAS)}}
279  \textbf{\bibinfo{volume}{101}}, \bibinfo{pages}{12957--12962}
280  (\bibinfo{year}{2004}).
281
282\bibitem{degnan09}
283\bibinfo{author}{Degnan, J.} \& \bibinfo{author}{Rosenberg, N.}
284\newblock \bibinfo{title}{Gene tree discordance, phylogenetic inference and the
285  multispecies coalescent}.
286\newblock \emph{\bibinfo{journal}{Trends in Ecology \& Evolution}}
287  \textbf{\bibinfo{volume}{24}}, \bibinfo{pages}{332--340}
288  (\bibinfo{year}{2009}).
289
290\bibitem{best}
291\bibinfo{author}{Liu, L.}
292\newblock \bibinfo{title}{Best: Bayesian estimation of species trees under the
293  coalescent model}.
294\newblock \emph{\bibinfo{journal}{Bioinformatics}}
295  \textbf{\bibinfo{volume}{24}}, \bibinfo{pages}{2542--2543}
296  (\bibinfo{year}{2008}).
297
298\bibitem{stem}
299\bibinfo{author}{Kubatko, L.}, \bibinfo{author}{Carstens, B.} \&
300  \bibinfo{author}{Knowles, L.}
301\newblock \bibinfo{title}{Stem: species tree estimation using maximum
302  likelihood for gene trees under coalescence}.
303\newblock \emph{\bibinfo{journal}{Bioinformatics}}
304  \textbf{\bibinfo{volume}{25}}, \bibinfo{pages}{971--973}
305  (\bibinfo{year}{2009}).
306
307\bibitem{startbeast}
308\bibinfo{author}{Heled, J.} \& \bibinfo{author}{Drummond, A.}
309\newblock \bibinfo{title}{Bayesian inference of species trees from multilocus
310  data}.
311\newblock \emph{\bibinfo{journal}{Molecular Biology and Evolution}}
312  \textbf{\bibinfo{volume}{27}}, \bibinfo{pages}{570--580}
313  (\bibinfo{year}{2010}).
314
315\bibitem{matsen07}
316\bibinfo{author}{Matsen, F.} \& \bibinfo{author}{Steel, M.}
317\newblock \bibinfo{title}{Phylogenetic mixtures on a single tree can mimic a
318  tree of another topology}.
319\newblock \emph{\bibinfo{journal}{Systematic biology}}
320  \textbf{\bibinfo{volume}{56}}, \bibinfo{pages}{767--775}
321  (\bibinfo{year}{2007}).
322
323\bibitem{shimodaira99}
324\bibinfo{author}{Shimodaira, H.} \& \bibinfo{author}{Hasegawa, M.}
325\newblock \bibinfo{title}{Multiple comparisons of log-likelihoods with
326  applications to phylogenetic inference}.
327\newblock \emph{\bibinfo{journal}{Molecular Biology and Evolution}}
328  \textbf{\bibinfo{volume}{16}}, \bibinfo{pages}{1114--1116}
329  (\bibinfo{year}{1999}).
330
331\bibitem{lg4x}
332\bibinfo{author}{Le, S.~Q.}, \bibinfo{author}{Dang, C.~C.} \&
333  \bibinfo{author}{Gascuel, O.}
334\newblock \bibinfo{title}{Modeling protein evolution with several amino acid
335  replacement matrices depending on site rates}.
336\newblock \emph{\bibinfo{journal}{Molecular Biology and Evolution}}
337  \textbf{\bibinfo{volume}{29}}, \bibinfo{pages}{2921--2936}
338  (\bibinfo{year}{2012}).
339
340\bibitem{kishino01}
341\bibinfo{author}{Kishino, H.}, \bibinfo{author}{Thorne, J.} \&
342  \bibinfo{author}{Bruno, W.}
343\newblock \bibinfo{title}{{{P}erformance of a divergence time estimation method
344  under a probabilistic model of rate evolution}}.
345\newblock \emph{\bibinfo{journal}{Mol. Biol. Evol.}}
346  \textbf{\bibinfo{volume}{18}}, \bibinfo{pages}{352--361}
347  (\bibinfo{year}{2001}).
348
349\bibitem{guindon12}
350\bibinfo{author}{Guindon, S.}
351\newblock \bibinfo{title}{From trajectories to averages: an improved
352  description of the heterogeneity of substitution rates along lineages.}
353\newblock \emph{\bibinfo{journal}{Systematic Biology}}  (\bibinfo{year}{2012}).
354
355\bibitem{posada98}
356\bibinfo{author}{Posada, D.} \& \bibinfo{author}{Crandall, K.}
357\newblock \bibinfo{title}{Modeltest: testing the model of {DNA} substitution}.
358\newblock \emph{\bibinfo{journal}{Bioinformatics}}
359  \textbf{\bibinfo{volume}{14}}, \bibinfo{pages}{817--918}
360  (\bibinfo{year}{1998}).
361
362\bibitem{abascal05}
363\bibinfo{author}{Abascal, F.}, \bibinfo{author}{Zardoya, R.} \&
364  \bibinfo{author}{Posada, D.}
365\newblock \bibinfo{title}{Prottest: selection of best-fit models of protein
366  evolution}.
367\newblock \emph{\bibinfo{journal}{Bioinformatics}}
368  \textbf{\bibinfo{volume}{21}}, \bibinfo{pages}{2104--2105}
369  (\bibinfo{year}{2005}).
370
371\bibitem{galtier04}
372\bibinfo{author}{Galtier, N.} \& \bibinfo{author}{Jean-Marie, A.}
373\newblock \bibinfo{title}{Markov-modulated {M}arkov chains and the covarion
374  process of molecular evolution}.
375\newblock \emph{\bibinfo{journal}{Journal of Computational Biology}}
376  \textbf{\bibinfo{volume}{11}}, \bibinfo{pages}{727--733}
377  (\bibinfo{year}{2004}).
378
379\end{thebibliography}
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