Additional file 10. Classification of Pac sequences based on maximum-likelihood (ML) phylogenetic analyses. Analyses were performed on the same

Similar documents
Bioinformatics tools for phylogeny and visualization. Yanbin Yin

Phylogenetic analyses. Kirsi Kostamo

Constructing Evolutionary/Phylogenetic Trees

Amira A. AL-Hosary PhD of infectious diseases Department of Animal Medicine (Infectious Diseases) Faculty of Veterinary Medicine Assiut

Dr. Amira A. AL-Hosary

THEORY. Based on sequence Length According to the length of sequence being compared it is of following two types

Origin and diversification of leucine-rich repeat receptor-like protein kinase (LRR-RLK) genes in plants

Constructing Evolutionary/Phylogenetic Trees

Phylogene)cs. IMBB 2016 BecA- ILRI Hub, Nairobi May 9 20, Joyce Nzioki

Mul$ple Sequence Alignment Methods. Tandy Warnow Departments of Bioengineering and Computer Science h?p://tandy.cs.illinois.edu

Supplemental Data. Perea-Resa et al. Plant Cell. (2012) /tpc

Sequence Alignment: Scoring Schemes. COMP 571 Luay Nakhleh, Rice University

The Phylogenetic Handbook

POPULATION GENETICS Winter 2005 Lecture 17 Molecular phylogenetics

Elements of Bioinformatics 14F01 TP5 -Phylogenetic analysis

Phylogenetic inference

Sara C. Madeira. Universidade da Beira Interior. (Thanks to Ana Teresa Freitas, IST for useful resources on this subject)

Molecular evidence for multiple origins of Insectivora and for a new order of endemic African insectivore mammals

Phylogenetic relationship among S. castellii, S. cerevisiae and C. glabrata.


PhyQuart-A new algorithm to avoid systematic bias & phylogenetic incongruence

NJMerge: A generic technique for scaling phylogeny estimation methods and its application to species trees

A (short) introduction to phylogenetics

Assessing an Unknown Evolutionary Process: Effect of Increasing Site- Specific Knowledge Through Taxon Addition

Phylogenetic inference: from sequences to trees

Additive distances. w(e), where P ij is the path in T from i to j. Then the matrix [D ij ] is said to be additive.

Figure A1. Phylogenetic trees based on concatenated sequences of eight MLST loci. Phylogenetic trees were constructed based on concatenated sequences

Supporting Information

Phylogenetics. Applications of phylogenetics. Unrooted networks vs. rooted trees. Outline

08/21/2017 BLAST. Multiple Sequence Alignments: Clustal Omega

Sequence Bioinformatics. Multiple Sequence Alignment Waqas Nasir

Inferring phylogeny. Constructing phylogenetic trees. Tõnu Margus. Bioinformatics MTAT

Using Phylogenomics to Predict Novel Fungal Pathogenicity Genes

Phylogenetics: Bayesian Phylogenetic Analysis. COMP Spring 2015 Luay Nakhleh, Rice University

BINF6201/8201. Molecular phylogenetic methods

PhyloNet. Yun Yu. Department of Computer Science Bioinformatics Group Rice University

Phylogenetics: Building Phylogenetic Trees

Intraspecific gene genealogies: trees grafting into networks

Molecular phylogeny How to infer phylogenetic trees using molecular sequences

Sequence Based Bioinformatics

Phylogeny: traditional and Bayesian approaches

Phylogenetic Tree Reconstruction

Phylogenetic Analysis of Receptor-like Kinases from Rice

Phylogenetics: Building Phylogenetic Trees. COMP Fall 2010 Luay Nakhleh, Rice University

Molecular phylogeny How to infer phylogenetic trees using molecular sequences

USE OF CLUSTERING TECHNIQUES FOR PROTEIN DOMAIN ANALYSIS

Fast coalescent-based branch support using local quartet frequencies

TheDisk-Covering MethodforTree Reconstruction

Bioinformatics. Scoring Matrices. David Gilbert Bioinformatics Research Centre

Multiple Sequence Alignment. Sequences

1 ATGGGTCTC 2 ATGAGTCTC

INTRODUCTION. Shubha Vij 2, Jitender Giri 2, Prasant Kumar Dansana, Sanjay Kapoor and Akhilesh K. Tyagi 1

Computational methods for predicting protein-protein interactions

Molecular Evolution and Phylogenetic Tree Reconstruction

(Stevens 1991) 1. morphological characters should be assumed to be quantitative unless demonstrated otherwise

Session 5: Phylogenomics

Nature Biotechnology: doi: /nbt Supplementary Figure 1. Detailed overview of the primer-free full-length SSU rrna library preparation.

Inferring Molecular Phylogeny

FIG S1: Plot of rarefaction curves for Borrelia garinii Clp A allelic richness for questing Ixodes

A Contribution to the Phylogeny of the Ciidae and its Relationships with Other Cucujoid and Tenebrionoid Beetles (Coleoptera: Cucujiformia)

Midterm Exam #1. MB 451 Microbial Diversity. Honor pledge: I have neither given nor received unauthorized aid on this test.

Coculture of two Developmental Stages of a Marine-derived Aspergillus alliaceus. Results in the Production of the Cytotoxic Bianthrone Allianthrone A

2MHR. Protein structure classification is important because it organizes the protein structure universe that is independent of sequence similarity.

Evolutionary trees. Describe the relationship between objects, e.g. species or genes

Effects of Gap Open and Gap Extension Penalties

arxiv: v1 [q-bio.pe] 27 Oct 2011

a,bD (modules 1 and 10 are required)

Supplementary Figure 3

Phylogenetics: Likelihood

Phylogenies Scores for Exhaustive Maximum Likelihood and Parsimony Scores Searches

Consensus Methods. * You are only responsible for the first two

Variance Reduction and Ensemble Methods

Molecular Evolution & Phylogenetics

Honor pledge: I have neither given nor received unauthorized aid on this test. Name :

Phylogeny: building the tree of life

Systematic Analysis and Comparison of Nucleotide-Binding Site Disease Resistance Genes in a Diploid Cotton Gossypium raimondii

Phylogenetic Analysis

Phylogenetic Analysis

Phylogenetic Analysis

Evolutionary Tree Analysis. Overview

Life in an unusual intracellular niche a bacterial symbiont infecting the nucleus of amoebae

EVOLUTIONARY DISTANCES

BLAST. Varieties of BLAST

Algorithms in Bioinformatics

CSCI1950 Z Computa4onal Methods for Biology Lecture 5

The Nature of Geographic Data

Generating phylogenetic trees with Phylomatic and dendrograms of functional traits in R

Bayesian Learning Extension

Phylogenetic and Comparative Sequence Analysis of Thermostable Alpha Amylases of kingdom Archea, Prokaryotes and Eukaryotes

Biological Networks: Comparison, Conservation, and Evolution via Relative Description Length By: Tamir Tuller & Benny Chor

"Nothing in biology makes sense except in the light of evolution Theodosius Dobzhansky

Phylogenetic trees 07/10/13

9/30/11. Evolution theory. Phylogenetic Tree Reconstruction. Phylogenetic trees (binary trees) Phylogeny (phylogenetic tree)

EECS490: Digital Image Processing. Lecture #26

STEM-hy: Species Tree Estimation using Maximum likelihood (with hybridization)

CSE 150. Assignment 6 Summer Maximum likelihood estimation. Out: Thu Jul 14 Due: Tue Jul 19

Algebraic Statistics Tutorial I

Phylogenetic Analysis. Han Liang, Ph.D. Assistant Professor of Bioinformatics and Computational Biology UT MD Anderson Cancer Center

From Bayes Theorem to Pattern Recognition via Bayes Rule

C.DARWIN ( )

Transcription:

Additional file 10. Classification of Pac sequences based on maximum-likelihood (ML) phylogenetic analyses. Analyses were performed on the same dataset alignments used for crucial Neighbor-joining trees presented in this work (aa sequences). A1 and A2 match with Additional file 6B (all Pac sequences compared with homologous Arabidopsis RLK Pelles); B matches with Additional file 7 (Arabidopsis and rice CrRLK1L vs Pac CrRLK1L-L); C matches with Fig. 2 (Arabidopsis LRR XII vs Pac LRR XII-L); D matches with Fig. 3 (Arabidopsis WAK-like vs Pac WAK-like-L); E with Fig. 4 (Arabidopsis LRR X vs Pac LRR X-BRI1-L group). Editing matches that of counterpart figures. All trees were inferred with Mega 6 except the one represented in A2 that was TREE PUZZLE-implemented. With regard to Mega 6 analyses, the percentage of trees in which the associated sequences clustered together in the bootstrap test (1,000 replicates) is shown for each node; trees are drawn to scale in the number of substitutions per site (scale at the bottom). TREE-PUZZLE analysis was conducted with,000 puzzling steps and quartet puzzling support values are shown for each node.

pac.pt.5.107 pac.pt.2.209 pac.ptd.8.23 pac.pt.2.203 pac.pt.5.103 CrRLK1.Cath.roseus.CrRLK1L HERK1.Arab.thal.CrRLK1L LpimPth4.Sol.pimp. LpimPth3.Sol.pimp. LpimPth2.Sol.pimp. Pto.Sol.pimp. Fen.Sol.pimp. pac.pt.4.11 pac.pt.4.13 THE1.Arab.thal.CrRLK1L pac.pt.2.0 pac.ptd.8.22 pac.pt.2.207 pac.pt.2.202 pac.pt.5.104 pac.pt.2.205 HERK2.Arab.thal.CrRLK1L pac.pt.10.309 pac.pt.10.310 pac.pt.10.301 At5G613.Arab.thal.CrRLK1L pac.pt.10.306 pac.ptd.9.41 ANX1.Arab.thal.CrRLK1L At5G0.Arab.thal.CrRLK1L pac.pt.4.8 pac.pt.4.14 pac.pt.5.110 pac.ptd.8. pac.pt.4.7 pac.pt.5.102 pac.pt.5.106 pac.pt.5.113 pac.ptd.5.2 pac.ptd.5.5 At2G23200.Arab.thal.CrRLK1L pac.w.arb.305 pac.w.arb.312 WAKL14.Arab.thal.WAK-like pac.w.ch.1 WAK1.Arab.thal.WAK-like pac.w.ara.6 pac.w.ara.11 pac.w.ara.3 pac.w.ch.1 pac.w.ara.7 pac.w.ara.14 pac.w.vta.109 pac.w.ch.156 pac.w.vtb.203 pac.w.vtb.208 pac.w.vtb.201 pac.w.vta.107 pac.w.vta.108 RFO1.WAKL22.Arab.thal.WAK-like WAKL9.Arab.thal.WAK-like WAKL18.Arab.thal.WAK-like pac.w.vta.101 pac.w.vta.105 pac.w.vta.102 pac.w.ch.1 pac.w.ch.1 pac.w.ara.8 pac.w.vta.113 pac.w.vtb.209 pac.w.vta.110 pac.w.ara.9 pac.w.ch.1 pac.w.ch.160 pac.brl.b.9 pac.brl.b.14 BRL1.Arab.thal.LRR.X BRL3.Arab.thal.LRR.X pac.bri.l.2 pac.bri.l.6 BRI1.Arab.thal.LRR.X BRL2.Arab.thal.LRR.X pac.brl2.8 pac.brl2.102 At1G130.Arab.thal.L-Lectin pac.x6. pac.x6. pac.x6. pac.x6. At1G0.Arab.thal.LRK10L-2 At5G0.Arab.thal.CrRLK1L/CRPK1-Like2 At1G0.Arab.thal.GDPD PR5K.Arab.thal.Thaumatin pac.erf.13 pac.erf.2 pac.erf.9 RLK1.Arab.thal.SD-2 pac.erf.2b.0 pac.erf.2b.1 FLS2.Arab.thal.LRR.XII pac.x.5.1 pac.x.7.4 At3G4.Arab.thal.LRR.XII EFR.Arab.thal.LRR.XII pac.x.5.14 pac.erf.6 pac.x.5.26 pac.x.5.4 pac.erf.3 pac.erf.5 pac.erf.10 pac.erf.14 pac.x.6.109 pac.x.6.129 pac.erf.7 pac.x.6.107 pac.x.6.115 pac.erf.4 pac.x.6.104 pac.x.5.6 pac.x.6.112 pac.erf.11 pac.x.5.12 pac.x.6.108 pac.x.6.102 pac.x.6.124 pac.x.5.2 pac.x.5.17 pac.x.6.103 pac.x.5.8 pac.x.6.123 pac.x.5.18 pac.x.5.19 pac.x.5.13 pac.x.5.3 pac.x.5.9 pac.x.5.43 pac.x.5.39 At3G2.Arab.thal.LRR.VII MPK3.Arab.thal.MAPK 71 83 43 19 19 10 25 87 67 93 24 23 89 87 20 77 29 81 36 26 25 93 89 76 28 13 32 31 15 26 LRR XII-L CrRLK1L-L (CRPK1-like1-L), PTO and paralogues WAK-like-L LRR VII-L L-Lectin-L LRR X/BRI1-like-L Uncertain SD-2-L A1

pac.bri.l.2 pac.bri.l.6 pac.brl.b.9 72 67 56 87 60 67 MPK3.Arab.thal.MAPK CrRLK1.Cath.roseus.CrRLK1L LpimPth2.Sol.pimp. ANX1.Arab.thal.CrRLK1L HERK2.Arab.thal.CrRLK1L At5G0.Arab.thal.CrRLK1L HERK1.Arab.thal.CrRLK1L At2G23200.Arab.thal.CrRLK1L At5G613.Arab.thal.CrRLK1L Pto.Sol.pimp. Fen.Sol.pimp. LpimPth3.Sol.pimp. LpimPth4.Sol.pimp. THE1.Arab.thal.CrRLK1L FLS2.Arab.thal.LRR.XII At3G4.Arab.thal.LRR.XII EFR.Arab.thal.LRR.XII At1G130.Arab.thal.L-Lectin At3G2.Arab.thal.LRR.VII RLK1.Arab.thal.SD-2 PR5K.Arab.thal.Thaumatin At5G0.Arab.thal.CrRLK1L/CRPK1-Like2 At1G0.Arab.thal.GDPD At1G0.Arab.thal.LRK10L-2 WAK1.Arab.thal.WAK-like WAKL9.Arab.thal.WAK-like WAKL18.Arab.thal.WAK-like RFO1.WAKL22.Arab.thal.WAK-like BRI1.Arab.thal.LRR.X BRL1.Arab.thal.LRR.X BRL3.Arab.thal.LRR.X BRL2.Arab.thal.LRR.X pac.brl2.102 pac.brl2.8 pac.brl.b.14 pac.brl.b.9 pac.brl.l.2 pac.brl.l.6 pac.pt.4.7 pac.pt.4.8 pac.pt.4.11 pac.pt.4.13 pac.pt.4.14 pac.pt.5.102 pac.pt.5.103 pac.pt.5.106 pac.pt.5.107 pac.pt.5.110 pac.pt.5.113 pac.ptd.8. pac.ptd.5.2 pac.ptd.5.5 pac.pt.2.209 pac.pt.2.203 pac.ptd.8.23 pac.pt.2.202 pac.pt.2.205 pac.pt.2.207 pac.pt.2.0 pac.ptd.8.22 pac.pt.5.104 pac.pt.10.301 pac.pt.10.306 pac.pt.10.309 pac.pt.10.310 pac.ptd.9.41 pac.w.vta.107 pac.w.vta.108 pac.w.vtb.203 pac.w.vtb.208 pac.w.vtb.201 pac.w.vta.101 pac.w.vta.105 pac.w.vta.102 pac.w.ch.1 pac.w.ara.9 pac.w.vta.110 pac.w.ch.1 pac.w.ch.160 pac.w.ara.8 pac.w.vta.113 pac.w.vtb.209 pac.w.ch.1 pac.w.ara.6 pac.w.ara.3 pac.w.ara.11 pac.w.ch.1 pac.w.arb.305 pac.w.arb.312 pac.w.ara.7 pac.w.ara.14 pac.w.vta.109 pac.w.ch.156 pac.w.ch.1 pac.erf.13 pac.erf.2 pac.erf.9 pac.erf.2b.0 pac.erf.2b.1 pac.x.6.103 pac.x.6.123 pac.x.6.102 pac.x.6.124 pac.x.6.108 pac.x.6.104 pac.x.6.107 pac.x.6.109 pac.x.6.112 pac.x.6.115 pac.x.6.129 pac.x.5.1 pac.x.7.4 pac.erf.4 pac.erf.14 pac.erf.7 pac.x.5.8 pac.x.5.17 pac.x.5.2 pac.x.5.18 pac.x.5.19 pac.x.5.3 pac.x.5.9 pac.x.5.12 pac.x.5.13 pac.x.5.4 pac.x.5.14 pac.erf.6 pac.x.5.26 pac.erf.3 pac.erf.5 pac.erf.10 pac.erf.11 pac.x.5.6 pac.x.5.39 pac.x.5.43 pac.x6. pac.x6. pac.x6. pac.x6. CrRLK1L-L (CRPK1-like1-L), PTO and paralogues WAK-like-L LRR XII-L LRR X/ BRI1-like-L SD-2-L L-Lectin-L LRR VII-L WAKL14.Arab.thal.WAK-like A2

pac.pt.5.107 pac.pt.2.209 pac.ptd.8.23 pac.pt.5.103 pac.pt.2.203 At2G39360.Arab.thal.CrRLK1L CrRLK1.Cath.roseus At5G0.Arab.thal.CrRLK1L HERK1.Arab.thal.CrRLK1L Os06g22810.Ory.sativa.CrRLK1L Os05g060.Ory.sativa.CrRLK1L Os03g100.Ory.sativa.CrRLK1L Os01g0.Ory.sativa.CrRLK1L LpimPth3.Sol.pimp. Pto.Sol.pimp. Fen.Sol.pimp. LpimPth2.Sol.pimp. LpimPth4.Sol.pimp. Os03g032.Ory.sativa.CrRLK1L Os10g310.Ory.sativa.CrRLK1L At2G23200.Arab.thal.CrRLK1L pac.pt.4.8 pac.pt.4.14 At5G0.Arab.thal.CrRLK1L pac.pt.4.7 pac.pt.5.110 pac.ptd.8. pac.pt.5.102 pac.pt.5.106 pac.pt.5.113 pac.ptd.5.2 pac.ptd.5.5 Os07g0.Ory.sativa.CrRLK1L HERK2.Arab.thal.CrRLK1L Os04g0.Ory.sativa.CrRLK1L pac.pt.5.104 pac.pt.2.205 pac.pt.2.202 pac.pt.2.207 pac.pt.2.0 pac.ptd.8.22 THE1.Arab.thal.CrRLK1L pac.pt.4.11 pac.pt.4.13 pac.pt.10.309 pac.pt.10.301 pac.pt.10.310 Os03g0.Ory.sativa.CrRLK1L At5G613.Arab.thal.CrRLK1L Os06g03610.Ory.sativa.CrRLK1L At2G0.Arab.thal.CrRLK1L At4G310.Arab.thal.CrRLK1L ANX1.Arab.thal.CrRLK1L ANX2.Arab.thal.CrRLK1L Os05g201.Ory.sativa.CrRLK1L pac.ptd.9.41 Os05g2.Ory.sativa.CrRLK1L Os05g2.Ory.sativa.CrRLK1L Os05g2.Ory.sativa.CrRLK1L Os01g0.Ory.sativa.CrRLK1L Os03g5.Ory.sativa.CrRLK1L pac.pt.10.306 At5G3.Arab.thal.CrRLK1L At5G300.Arab.thal.CrRLK1L At5G320.Arab.thal.CrRLK1L AT5G0.Arab.thal.CrRLK1L 37 72 17 81 36 36 32 7 28 89 30 42 11 31 35 14 27 12 4 39 14 4 13 CRPK1-like1 (Shiu and Bleecker 2003) CRPK1-like2 (Shiu and Bleecker 2003) B

pac.x.5.3 pac.x.5.9 pac.x.5.13 pac.x.5.19 pac.x.5.18 pac.x.6.123 isotig7 pac.x.5.17 pac.x.6.103 pac.x.5.8 pac.x.6.102 pac.x.5.2 pac.x.6.124 isotig5 pac.x.6.108 pac.x.5.12 pac.erf.4 pac.x.6.107 pac.x.6.109 pac.x.6.129 pac.x.6.115 pac.erf.7 pac.x.6.104 pac.x.5.6 pac.x.6.112 pac.erf.11 pac.erf.14 isotig4 pac.erf.3 pac.erf.5 pac.erf.10 Xa.Ory.sativa.LRR.XII isotig6 pac.x.5.4 pac.x.5.14 pac.x.5.26 pac.erf.6 At3g4.Arab.thal.LRR.XII At3G4.Arab.thal.LRR.XII At3g4.Arab.thal.LRR.XII At3G47110.Arab.thal.LRR.XII EFR.Arab.thal.LRR.XII At5G393.Arab.thal.LRR.XII At2G24130.Arab.thal.LRR.XII Xa26.Ory.sativa.LRR.XII pac.x.5.1 pac.x.7.4 FLS2.Arab.thal.LRR.XII At4G0.Arab.thal.LRR.XII At1G310.Arab.thal.LRR.XII CRCK1.Arab.thal.RLCK.IV PBS1.Arab.thal.RLCK.VII MPK3.Arab.thal.MAPK 93 81 42 37 71 77 23 38 28 43 23 11 46 19 3 4 C

pac.w.ch.1 pac.w.ch.160 pac.w.vta.110 pac.w.ara.9 pac.w.ara.8 pac.w.vta.113 pac.w.ch.1 pac.w.vtb.209 pac.w.vta.101 pac.w.vta.105 pac.w.vta.102 pac.w.ch.1 pac.w.vta.107 pac.w.vta.108 pac.w.vtb.201 pac.w.vtb.203 pac.w.vtb.208 WAKL8.Arab.thal.Wak-like WAKL1.Arab.thal.Wak-like WAKL5.Arab.thal.Wak-like WAKL6.Arab.thal.Wak-like WAKL2.Arab.thal.Wak-like WAKL4.Arab.thal.Wak-like RFO1.WAKL22.Arab.thal.Wak-like WAKL9.Arab.thal.Wak-like WAKL10.Arab.thal.Wak-like WAKL13.Arab.thal.Wak-like WAKL11.Arab.thal.Wak-like WAKL17.Arab.thal.Wak-like WAKL18.Arab.thal.Wak-like WAK3.Arab.thal.Wak-like WAKL16.Arab.thal.Wak-like WAK1.Arab.thal.Wak-like WAK4.Arab.thal.Wak-like WAK5.Arab.thal.Wak-like WAK2.Arab.thal.Wak-like pac.w.vta.109 pac.w.ch.156 isotig8 pac.w.ara.14 pac.w.ara.7 pac.w.ch.1 pac.w.ara.3 pac.w.ara.6 pac.w.ara.11 pac.w.ch.1 WAKL15.Arab.thal.Wak-like WAKL20.Arab.thal.Wak-like WAKL.Arab.thal.Wak-like NM 00100.Ory.sativa WAKL14.Arab.thal.Wak-like XM 00222.Ric.communis XM 002310144.Pop.trichocarpa LeWAK.Lycop.esculentum.Wak-like XM 00227.Vit.vinifera pac.w.arb.305 pac.w.arb.312 37 42 35 47 76 22 46 0.1 IYHKDIKSTNILLD Ile-427, Ser-1, Ser-2, Ile-1 D

pac.brl.b.9 pac.brl.b.14 XM 00204.Pop.trichocarpa XM 002300561.Pop.trichocarpa BAD326.Ory.sativa BAD01717.Ory.sativa BRL1.Arab.thal.LRR.X BRL3.Arab.thal.LRR.X BRI1.Arab.thal.LRR.X XM 002307104.Pop.trichocarpa XM 0023103.Pop.trichocarpa BRI1.Ory.sativa pac.bri.l.2 pac.bri.l.6 EAY771.Ory.sativa pac.brl2.8 BRL2.Arab.thal.LRR.X pac.brl2.102 XM 0023124.Pop.trichocarpa XM 002314718.Pop.trichocarpa EMS1.Arab.thal.LRR.X At1G74360.Arab.thal.LRR.X At5G424.Arab.thal.LRR.X At5G8.Arab.thal.LRR.X PSKR1.Arab.thal.LRR.X At1G72300.Arab.thal.LRR.X At5G3.Arab.thal.LRR.X At3G2.Arab.thal.LRR.X At1G271.Arab.thal.LRR.X At1G6.Arab.thal.LRR.X At1G420.Arab.thal.LRR.X At2G410.Arab.thal.LRR.X 32 60 56 30 E