Phylogenetic tree of constructed by Maximum Likelihood method and relationship showing by Jukes-Cantor method between the TEF regions of six strains of B. bassiana and related species.

Maximum Likelihood phylogenetic trees for eukaryotic supergroups.

Massimo C. Pernice (380379)
Ramiro Logares (380380)
Laure Guillou (206372)
Ramon Massana (147531)

February 2013

Trees include several taxonomic groups within Alveolata (A), Stramenopiles (B), and are done with...

Molecular phylogenetic analysis using Maximum Likelihood.

Rowena Alves Coelho (4826865)
Fábio Brito-Santos (692991)
Maria Helena Galdino Figueiredo-Carvalho (3215019)
Juliana Vitoria dos Santos Silva (5562611)
Maria Clara Gutierrez-Galhardo (631488)
Antonio Carlos Francesconi do Valle (622913)
Rosely Maria Zancopé-Oliveira (270068)
Luciana Trilles (161279)
Wieland Meyer (161283)
Dayvison Francis Saraiva Freitas (622912)
Rodrigo Almeida-Paes (631486)

July 2018

The percentage of trees in which the associated taxa clustered together is shown next to the bran...

Phylogenetic tree based on partial rpoB gene sequences of Acinetobacter species.

Bersissa Kumsa (293801)
Cristina Socolovschi (199090)
Philippe Parola (34774)
Jean-Marc Rolain (34775)
Didier Raoult (3833)

February 2013

Maximum Likelihood method was used to build the phylogentic tree. Bootstrap values are indicated ...

Phylogenetic tree of constructed by Maximum Likelihood method and relationship showing by Jukes-Cantor method between the ITS regions of six strains of B. bassiana and related species.

M. Chaithra (13935876)
T. Prameeladevi (13935879)
L. Prasad (13935885)
Aditi Kundu (11334420)
S. N. Bhagyasree (13935882)
S. Subramanian (500778)
Deeba Kamil (8040692)

November 2022

The "bootstrap" values for 1,000 repetitions are indicated next to the tree branches.</p

Phylogenetic tree on the basis of 16S rRNA gene sequences by neighbor-joining method.

Nurhidayu Al-saari (789006)
Feng Gao (3548)
Amin A.K.M. Rohul (789007)
Kazumichi Sato (789008)
Keisuke Sato (789009)
Sayaka Mino (789010)
Wataru Suda (395421)
Kenshiro Oshima (140130)
Masahira Hattori (2579)
Moriya Ohkuma (116005)
Pedro M. Meirelles (160004)
Fabiano L. Thompson (153990)
Cristiane Thompson (758007)
Gilberto M. A. Filho (789011)
Bruno Gomez-Gil (731401)
Toko Sawabe (789012)
Tomoo Sawabe (627132)

August 2015

Bootstrap values are on 500 replicates. The topology of branch with the bootstrap value was also ...

Phylogenetic tree (maximum likelihood: 100 bootstrap replicates) of the isolates, their closest relatives, and other strains isolated from the Gulf of Mexico.

Hernando P. Bacosa (6057878)
Manoj Kamalanathan (5132366)
Meng-Hsuen Chiu (4684750)
Shih-Ming Tsai (4684759)
Luni Sun (1468228)
Jessica M. Labonté (3248820)
Kathleen A. Schwehr (347695)
David Hala (6057881)
Peter H. Santschi (234725)
Wei-Chun Chin (234722)
Antonietta Quigg (234728)

December 2018

Phylogenetic tree (maximum likelihood: 100 bootstrap replicates) of the isolates, their closest rela...

Phylogenetic tree based on the combined sequence of eight CO-like genes by the maximum likelihood method.

Rui Zhang (13940)
Jian Ding (163402)
Chunxiao Liu (436462)
Caiping Cai (695337)
Baoliang Zhou (461210)
Tianzhen Zhang (76250)
Wangzhen Guo (76249)

February 2015

Bootstrap values (%) based on 1000 replicates are indicated beside the nodes.</p

Phylogenetic tree based on the polyprotein-coding regions of 46 ZIKV strains.

Hongju Wang (3365888)
Siqing Liu (3365894)
Bo Zhang (6559)
Wenqiang Wei (3342206)

November 2016

The tree was generated by the neighbor-joining (NJ) method using MEGA6 software. The bootstraps v...

Phylogenetic relationships of BLUF domains found in different taxa.

Adrián Golic (276970)
Mario Vaneechoutte (40273)
Alexandr Nemec (250597)
Alejandro M. Viale (276971)
Luis A. Actis (109139)
María Alejandra Mussi (276972)

January 2013

Maximun likelihood phylogenetic tree of BLUF domain constructed using sequences from different br...

Phylogenetic tree of the 17 taxa inferred by the maximum likelihood approach.

Tahir H. Samigullin (2549878)
Maria D. Logacheva (221403)
Aleksey A. Penin (161164)
Carmen M. Vallejo-Roman (2549881)

March 2016

Bootstrap support values are provided at the nodes. The scale bar corresponds to 0.1 substitution...

Maximum likelihood phylogenetic tree based on 16S rRNA gene sequences of bacteria and mitochondria of eukaryota.

Kazumasa Fukuda (409966)
Kazuhiro Yatera (409965)
Midori Ogawa (606680)
Toshinori Kawanami (409964)
Kei Yamasaki (409963)
Shingo Noguchi (409967)
Robert S. Murphy (606681)
Hiroshi Mukae (409973)
Hatsumi Taniguchi (409972)

July 2014

The phylogenetic tree was calculated with MEGA5.2.2 using the maximum likelihood method. The tree...

Phylogenetic relationships of six Wolbachia strains.

Kirsten Maren Ellegaard (399365)
Lisa Klasson (81256)
Kristina Näslund (262306)
Kostas Bourtzis (60101)
Siv G. E. Andersson (14688)

April 2013

The phylogenetic tree was inferred using the maximum likelihood method from a concatenated alignm...

Phylogenetic trees were constructed for twenty species from the family Areaceae using several different methods, and the tree shown is for the 68 shared protein-coding genes.

Abdul Latif Khan (535010)
Sajjad Asaf (2591413)
In-Jung Lee (535016)
Ahmed Al-Harrasi (556399)
Ahmed Al-Rawahi (556400)

July 2018

The following four methods were used for the 68 shared genes data set: Bayesian inference (BI), m...

Phylogenetic tree inferred from nucleotide sequences of 13 PCGs of 34 organisms using maximum likelihood (ML) method in RaxmlGUI v1.3 (1000 bootstrap replicates).

Deepika Singh (1479097)
Debajyoti Kabiraj (4594900)
Pragya Sharma (4594897)
Hasnahana Chetia (4594903)
Ponnala Vimal Mosahari (4594894)
Kartik Neog (117518)
Utpal Bora (2589871)

November 2017

The tree is drawn to scale with bootstrap values indicated along with the branches.</p

DNA maximum likelihood phylogenetic tree.

Farnaz Bozorgi (6277841)
Marjan Seiedy (6277844)
Masoumeh Malek (6277847)
Manuel Aira (338621)
Marcos Pérez-Losada (159353)
Jorge Domínguez (143815)

January 2019

Bootstrap proportions (if P>70%) and Bayesian posterior probabilities (if P>95%) are shown above and...

Maximum Likelihood phylogenetic trees for eukaryotic supergroups.

Massimo C. Pernice (380379)
Ramiro Logares (380380)
Laure Guillou (206372)
Ramon Massana (147531)

February 2013

Trees include several taxonomic groups within Alveolata (A), Stramenopiles (B), and are done with...

Molecular phylogenetic analysis using Maximum Likelihood.

Rowena Alves Coelho (4826865)
Fábio Brito-Santos (692991)
Maria Helena Galdino Figueiredo-Carvalho (3215019)
Juliana Vitoria dos Santos Silva (5562611)
Maria Clara Gutierrez-Galhardo (631488)
Antonio Carlos Francesconi do Valle (622913)
Rosely Maria Zancopé-Oliveira (270068)
Luciana Trilles (161279)
Wieland Meyer (161283)
Dayvison Francis Saraiva Freitas (622912)
Rodrigo Almeida-Paes (631486)

July 2018

The percentage of trees in which the associated taxa clustered together is shown next to the bran...

Phylogenetic tree based on partial rpoB gene sequences of Acinetobacter species.

Bersissa Kumsa (293801)
Cristina Socolovschi (199090)
Philippe Parola (34774)
Jean-Marc Rolain (34775)
Didier Raoult (3833)

February 2013

Maximum Likelihood method was used to build the phylogentic tree. Bootstrap values are indicated ...

Phylogenetic tree of constructed by Maximum Likelihood method and relationship showing by Jukes-Cantor method between the ITS regions of six strains of B. bassiana and related species.

M. Chaithra (13935876)
T. Prameeladevi (13935879)
L. Prasad (13935885)
Aditi Kundu (11334420)
S. N. Bhagyasree (13935882)
S. Subramanian (500778)
Deeba Kamil (8040692)

November 2022

The "bootstrap" values for 1,000 repetitions are indicated next to the tree branches.</p

Phylogenetic tree on the basis of 16S rRNA gene sequences by neighbor-joining method.

Nurhidayu Al-saari (789006)
Feng Gao (3548)
Amin A.K.M. Rohul (789007)
Kazumichi Sato (789008)
Keisuke Sato (789009)
Sayaka Mino (789010)
Wataru Suda (395421)
Kenshiro Oshima (140130)
Masahira Hattori (2579)
Moriya Ohkuma (116005)
Pedro M. Meirelles (160004)
Fabiano L. Thompson (153990)
Cristiane Thompson (758007)
Gilberto M. A. Filho (789011)
Bruno Gomez-Gil (731401)
Toko Sawabe (789012)
Tomoo Sawabe (627132)

August 2015

Bootstrap values are on 500 replicates. The topology of branch with the bootstrap value was also ...

Phylogenetic tree (maximum likelihood: 100 bootstrap replicates) of the isolates, their closest relatives, and other strains isolated from the Gulf of Mexico.

Hernando P. Bacosa (6057878)
Manoj Kamalanathan (5132366)
Meng-Hsuen Chiu (4684750)
Shih-Ming Tsai (4684759)
Luni Sun (1468228)
Jessica M. Labonté (3248820)
Kathleen A. Schwehr (347695)
David Hala (6057881)
Peter H. Santschi (234725)
Wei-Chun Chin (234722)
Antonietta Quigg (234728)

December 2018

Phylogenetic tree (maximum likelihood: 100 bootstrap replicates) of the isolates, their closest rela...

Phylogenetic tree based on the combined sequence of eight CO-like genes by the maximum likelihood method.

Rui Zhang (13940)
Jian Ding (163402)
Chunxiao Liu (436462)
Caiping Cai (695337)
Baoliang Zhou (461210)
Tianzhen Zhang (76250)
Wangzhen Guo (76249)

February 2015

Bootstrap values (%) based on 1000 replicates are indicated beside the nodes.</p

Phylogenetic tree based on the polyprotein-coding regions of 46 ZIKV strains.

Hongju Wang (3365888)
Siqing Liu (3365894)
Bo Zhang (6559)
Wenqiang Wei (3342206)

November 2016

The tree was generated by the neighbor-joining (NJ) method using MEGA6 software. The bootstraps v...

Phylogenetic relationships of BLUF domains found in different taxa.

Adrián Golic (276970)
Mario Vaneechoutte (40273)
Alexandr Nemec (250597)
Alejandro M. Viale (276971)
Luis A. Actis (109139)
María Alejandra Mussi (276972)

January 2013

Maximun likelihood phylogenetic tree of BLUF domain constructed using sequences from different br...

Phylogenetic tree of the 17 taxa inferred by the maximum likelihood approach.

Tahir H. Samigullin (2549878)
Maria D. Logacheva (221403)
Aleksey A. Penin (161164)
Carmen M. Vallejo-Roman (2549881)

March 2016

Bootstrap support values are provided at the nodes. The scale bar corresponds to 0.1 substitution...

Maximum likelihood phylogenetic tree based on 16S rRNA gene sequences of bacteria and mitochondria of eukaryota.

Kazumasa Fukuda (409966)
Kazuhiro Yatera (409965)
Midori Ogawa (606680)
Toshinori Kawanami (409964)
Kei Yamasaki (409963)
Shingo Noguchi (409967)
Robert S. Murphy (606681)
Hiroshi Mukae (409973)
Hatsumi Taniguchi (409972)

July 2014

The phylogenetic tree was calculated with MEGA5.2.2 using the maximum likelihood method. The tree...

Phylogenetic relationships of six Wolbachia strains.

Kirsten Maren Ellegaard (399365)
Lisa Klasson (81256)
Kristina Näslund (262306)
Kostas Bourtzis (60101)
Siv G. E. Andersson (14688)

April 2013

The phylogenetic tree was inferred using the maximum likelihood method from a concatenated alignm...

Phylogenetic trees were constructed for twenty species from the family Areaceae using several different methods, and the tree shown is for the 68 shared protein-coding genes.

Abdul Latif Khan (535010)
Sajjad Asaf (2591413)
In-Jung Lee (535016)
Ahmed Al-Harrasi (556399)
Ahmed Al-Rawahi (556400)

July 2018

The following four methods were used for the 68 shared genes data set: Bayesian inference (BI), m...

Phylogenetic tree inferred from nucleotide sequences of 13 PCGs of 34 organisms using maximum likelihood (ML) method in RaxmlGUI v1.3 (1000 bootstrap replicates).

Deepika Singh (1479097)
Debajyoti Kabiraj (4594900)
Pragya Sharma (4594897)
Hasnahana Chetia (4594903)
Ponnala Vimal Mosahari (4594894)
Kartik Neog (117518)
Utpal Bora (2589871)

November 2017

The tree is drawn to scale with bootstrap values indicated along with the branches.</p

DNA maximum likelihood phylogenetic tree.

Farnaz Bozorgi (6277841)
Marjan Seiedy (6277844)
Masoumeh Malek (6277847)
Manuel Aira (338621)
Marcos Pérez-Losada (159353)
Jorge Domínguez (143815)

January 2019

Bootstrap proportions (if P>70%) and Bayesian posterior probabilities (if P>95%) are shown above and...

Maximum Likelihood phylogenetic trees for eukaryotic supergroups.

Massimo C. Pernice (380379)
Ramiro Logares (380380)
Laure Guillou (206372)
Ramon Massana (147531)

February 2013

Trees include several taxonomic groups within Alveolata (A), Stramenopiles (B), and are done with...

Molecular phylogenetic analysis using Maximum Likelihood.

Rowena Alves Coelho (4826865)
Fábio Brito-Santos (692991)
Maria Helena Galdino Figueiredo-Carvalho (3215019)
Juliana Vitoria dos Santos Silva (5562611)
Maria Clara Gutierrez-Galhardo (631488)
Antonio Carlos Francesconi do Valle (622913)
Rosely Maria Zancopé-Oliveira (270068)
Luciana Trilles (161279)
Wieland Meyer (161283)
Dayvison Francis Saraiva Freitas (622912)
Rodrigo Almeida-Paes (631486)

July 2018

The percentage of trees in which the associated taxa clustered together is shown next to the bran...

Phylogenetic tree based on partial rpoB gene sequences of Acinetobacter species.

Bersissa Kumsa (293801)
Cristina Socolovschi (199090)
Philippe Parola (34774)
Jean-Marc Rolain (34775)
Didier Raoult (3833)

February 2013

Maximum Likelihood method was used to build the phylogentic tree. Bootstrap values are indicated ...

Phylogenetic tree of constructed by Maximum Likelihood method and relationship showing by Jukes-Cantor method between the TEF regions of six strains of <i>B</i>. <i>bassiana</i> and related species.

Abstract

Extracted data

Phylogenetic tree of constructed by Maximum Likelihood method and relationship showing by Jukes-Cantor method between the TEF regions of six strains of <i>B</i>. <i>bassiana</i> and related species.

Abstract

Extracted data

Related items

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