Nucleotide and amino acid sequence similarities of PD-L1 among vertebrate species.

Sequence identity comparisons of the amino acid sequences of human, zebrafish, frog GFRα1 and fruit fly GFRL.

Tuulia Saarenpää (3998069)
Konstantin Kogan (3998081)
Yulia Sidorova (3998084)
Arun Kumar Mahato (3998072)
Igor Tascón (413011)
Heidi Kaljunen (3998078)
Liying Yu (759085)
Jukka Kallijärvi (109622)
Jaana Jurvansuu (3998075)
Mart Saarma (7930)
Adrian Goldman (203534)

May 2017

Sequence identity comparisons of the amino acid sequences of human, zebrafish, frog GFRα1 and fru...

Fish species and Genbank accession numbers for the sequences used in the amino acid percentage identity and phylogenetic analyses of the FSH and LH glycoprotein beta subunits.

Thais Sevilhano (4396150)
Roberto Feitosa de Carvalho (4396138)
Nélio Alessandro de Jesus Oliveira (4396144)
João Ezequiel Oliveira (4396147)
Vinicius Gonçalves Maltarollo (4396141)
Gustavo Trossini (4396135)
Riviane Garcez (4396129)
Paolo Bartolini (4396132)

August 2017

Fish species and Genbank accession numbers for the sequences used in the amino acid percentage id...

Amino acid sequence of D. pulex PNR deduced from the nucleotide sequence of dappuPNR (Fig. S1) and aligned to PNR from D. melanogaster.

Gerald A. LeBlanc (67316)
Ying H. Wang (403675)
Charisse N. Holmes (403676)
Gwijun Kwon (403677)
Elizabeth K. Medlock (403678)

April 2013

The D. melanogaster sequence was deduced from the nucleotide sequence provided in GeneBank...

Nucleotide and amino acid sequence similarities of PD-1 among vertebrate species.

Naoya Maekawa (575840)
Satoru Konnai (469838)
Ryoyo Ikebuchi (575841)
Tomohiro Okagawa (575842)
Mami Adachi (575843)
Satoshi Takagi (448831)
Yumiko Kagawa (575844)
Chie Nakajima (127312)
Yasuhiko Suzuki (378)
Shiro Murata (575845)
Kazuhiko Ohashi (469839)

June 2014

Upper section; similarities in nucleotide level, Lower section; similarities in amino acid level....

Homology comparison of woodchuck, human and mouse PD-1.

Jia Liu (41593)
Ejuan Zhang (201008)
Zhiyong Ma (95708)
Weimin Wu (505435)
Anna Kosinska (505436)
Xiaoyong Zhang (104078)
Inga Möller (486041)
Pia Seiz (505437)
Dieter Glebe (421759)
Baoju Wang (201013)
Dongliang Yang (201026)
Mengji Lu (135391)
Michael Roggendorf (201024)

January 2014

The numbers outside of brackets indicate the similarities at nucleotide level in percentage; the ...

Sequence analysis of canine PD-L1.

Naoya Maekawa (575840)
Satoru Konnai (469838)
Ryoyo Ikebuchi (575841)
Tomohiro Okagawa (575842)
Mami Adachi (575843)
Satoshi Takagi (448831)
Yumiko Kagawa (575844)
Chie Nakajima (127312)
Yasuhiko Suzuki (378)
Shiro Murata (575845)
Kazuhiko Ohashi (469839)

June 2014

(A) Nucleic acid and deduced amino acid sequences of canine PD-L1 cDNA. Canine PD-L1 cDNA encodes...

Sequence identity and sequence similarity of p97 from different organisms.

Khalid Arhzaouy (106730)
Karl-Heinz Strucksberg (130128)
Sze Man Tung (130130)
Karthikeyan Tangavelou (130133)
Maria Stumpf (130138)
Jan Faix (130141)
Rolf Schröder (47704)
Christoph S. Clemen (130148)
Ludwig Eichinger (11966)

October 2012

Sequence identity, left, and sequence similarity, right, was determined by aligning the correspon...

Nucleotide and amino acid identities between the novel LRV1 sequences and those available in the databases, as reported by clades (A-F).

Sourakhata Tirera (4251970)
Marine Ginouves (4251967)
Damien Donato (462272)
Ignacio S. Caballero (406957)
Christiane Bouchier (85962)
Anne Lavergne (388844)
Eliane Bourreau (3131931)
Emilie Mosnier (583471)
Vincent Vantilcke (517358)
Pierre Couppié (342022)
Ghislaine Prevot (4251964)
Vincent Lacoste (848239)

July 2017

Nucleotide and amino acid identities between the novel LRV1 sequences and those available in the ...

Comparison of extent of amino acid similarity between Dcc and neogenin in different species.

Keith Dai Phan (348434)
Louis-Philippe Croteau (348435)
Joseph Wai Keung Kam (348436)
Artur Kania (179904)
Jean-François Cloutier (348439)
Samantha Joanna Butler (348441)

February 2013

Comparison of extent of amino acid similarity between Dcc and neogenin in different species.</p

Sequence identity comparisons of the amino acid sequences of human, zebrafish, frog and fruit fly RET.

Tuulia Saarenpää (3998069)
Konstantin Kogan (3998081)
Yulia Sidorova (3998084)
Arun Kumar Mahato (3998072)
Igor Tascón (413011)
Heidi Kaljunen (3998078)
Liying Yu (759085)
Jukka Kallijärvi (109622)
Jaana Jurvansuu (3998075)
Mart Saarma (7930)
Adrian Goldman (203534)

May 2017

Sequence identity comparisons of the amino acid sequences of human, zebrafish, frog and fruit fly...

proteins STRUCTURE O FUNCTION O BIOINFORMATICS Sequence-similar, structure-dissimilar protein pairs in the PDB

Mickey Kosloff
Rachel Kolodny

August 2016

It is often assumed that in the Protein Data Bank (PDB),1 all the structural representatives of a pr...

A phylogenic tree showing the similarity between Sika deer Ercc6l protein amino acid sequences and those of cattle, panda, dog, horse, fowl, human, monkey, mouse, pongo, rat, xenopus and marmoset.

Yupeng Yin (349825)
Lina Tang (349827)
Jiabao Zhang (349829)
Bo Tang (23472)
Ziyi Li (349831)

February 2013

The number at each node indicates the percentage of bootstrapping after 1000 replications. The ba...

Sequence analysis of canine PD-1.

Naoya Maekawa (575840)
Satoru Konnai (469838)
Ryoyo Ikebuchi (575841)
Tomohiro Okagawa (575842)
Mami Adachi (575843)
Satoshi Takagi (448831)
Yumiko Kagawa (575844)
Chie Nakajima (127312)
Yasuhiko Suzuki (378)
Shiro Murata (575845)
Kazuhiko Ohashi (469839)

June 2014

(A) Nucleic acid and deduced amino acid sequences of canine PD-1 cDNA. Canine PD-1 cDNA encodes f...

Xian Qi (197348)
Xihan Li (374043)
Paul Rider (374044)
Weixing Fan (374045)
Hongwei Gu (374046)
Longtao Xu (374047)
Yonghua Yang (374048)
Sangwei Lu (205371)
Hua Wang (13530)
Fenyong Liu (13705)

February 2013

ant, nucleotide.bThe numbers in brackets are GenBank accession numbers for the reference v...

Amino acid sequence homology in mammalian PGLYRPs in the regions of non-synonymous polymorphisms significantly associated with CD and/or UC.

Fareeha Zulfiqar (423995)
Iztok Hozo (68993)
Sneha Rangarajan (423996)
Roy A. Mariuzza (422063)
Roman Dziarski (204894)
Dipika Gupta (204889)

June 2013

Amino acids identical to human Ensembl reference sequences are shaded gray, conservation of the r...

Sequence identity comparisons of the amino acid sequences of human, zebrafish, frog GFRα1 and fruit fly GFRL.

Tuulia Saarenpää (3998069)
Konstantin Kogan (3998081)
Yulia Sidorova (3998084)
Arun Kumar Mahato (3998072)
Igor Tascón (413011)
Heidi Kaljunen (3998078)
Liying Yu (759085)
Jukka Kallijärvi (109622)
Jaana Jurvansuu (3998075)
Mart Saarma (7930)
Adrian Goldman (203534)

May 2017

Sequence identity comparisons of the amino acid sequences of human, zebrafish, frog GFRα1 and fru...

Fish species and Genbank accession numbers for the sequences used in the amino acid percentage identity and phylogenetic analyses of the FSH and LH glycoprotein beta subunits.

Thais Sevilhano (4396150)
Roberto Feitosa de Carvalho (4396138)
Nélio Alessandro de Jesus Oliveira (4396144)
João Ezequiel Oliveira (4396147)
Vinicius Gonçalves Maltarollo (4396141)
Gustavo Trossini (4396135)
Riviane Garcez (4396129)
Paolo Bartolini (4396132)

August 2017

Fish species and Genbank accession numbers for the sequences used in the amino acid percentage id...

Amino acid sequence of D. pulex PNR deduced from the nucleotide sequence of dappuPNR (Fig. S1) and aligned to PNR from D. melanogaster.

Gerald A. LeBlanc (67316)
Ying H. Wang (403675)
Charisse N. Holmes (403676)
Gwijun Kwon (403677)
Elizabeth K. Medlock (403678)

April 2013

The D. melanogaster sequence was deduced from the nucleotide sequence provided in GeneBank...

Nucleotide and amino acid sequence similarities of PD-1 among vertebrate species.

Naoya Maekawa (575840)
Satoru Konnai (469838)
Ryoyo Ikebuchi (575841)
Tomohiro Okagawa (575842)
Mami Adachi (575843)
Satoshi Takagi (448831)
Yumiko Kagawa (575844)
Chie Nakajima (127312)
Yasuhiko Suzuki (378)
Shiro Murata (575845)
Kazuhiko Ohashi (469839)

June 2014

Upper section; similarities in nucleotide level, Lower section; similarities in amino acid level....

Homology comparison of woodchuck, human and mouse PD-1.

Jia Liu (41593)
Ejuan Zhang (201008)
Zhiyong Ma (95708)
Weimin Wu (505435)
Anna Kosinska (505436)
Xiaoyong Zhang (104078)
Inga Möller (486041)
Pia Seiz (505437)
Dieter Glebe (421759)
Baoju Wang (201013)
Dongliang Yang (201026)
Mengji Lu (135391)
Michael Roggendorf (201024)

January 2014

The numbers outside of brackets indicate the similarities at nucleotide level in percentage; the ...

Sequence analysis of canine PD-L1.

Naoya Maekawa (575840)
Satoru Konnai (469838)
Ryoyo Ikebuchi (575841)
Tomohiro Okagawa (575842)
Mami Adachi (575843)
Satoshi Takagi (448831)
Yumiko Kagawa (575844)
Chie Nakajima (127312)
Yasuhiko Suzuki (378)
Shiro Murata (575845)
Kazuhiko Ohashi (469839)

June 2014

(A) Nucleic acid and deduced amino acid sequences of canine PD-L1 cDNA. Canine PD-L1 cDNA encodes...

Sequence identity and sequence similarity of p97 from different organisms.

Khalid Arhzaouy (106730)
Karl-Heinz Strucksberg (130128)
Sze Man Tung (130130)
Karthikeyan Tangavelou (130133)
Maria Stumpf (130138)
Jan Faix (130141)
Rolf Schröder (47704)
Christoph S. Clemen (130148)
Ludwig Eichinger (11966)

October 2012

Sequence identity, left, and sequence similarity, right, was determined by aligning the correspon...

Nucleotide and amino acid identities between the novel LRV1 sequences and those available in the databases, as reported by clades (A-F).

Sourakhata Tirera (4251970)
Marine Ginouves (4251967)
Damien Donato (462272)
Ignacio S. Caballero (406957)
Christiane Bouchier (85962)
Anne Lavergne (388844)
Eliane Bourreau (3131931)
Emilie Mosnier (583471)
Vincent Vantilcke (517358)
Pierre Couppié (342022)
Ghislaine Prevot (4251964)
Vincent Lacoste (848239)

July 2017

Nucleotide and amino acid identities between the novel LRV1 sequences and those available in the ...

Comparison of extent of amino acid similarity between Dcc and neogenin in different species.

Keith Dai Phan (348434)
Louis-Philippe Croteau (348435)
Joseph Wai Keung Kam (348436)
Artur Kania (179904)
Jean-François Cloutier (348439)
Samantha Joanna Butler (348441)

February 2013

Comparison of extent of amino acid similarity between Dcc and neogenin in different species.</p

Sequence identity comparisons of the amino acid sequences of human, zebrafish, frog and fruit fly RET.

Tuulia Saarenpää (3998069)
Konstantin Kogan (3998081)
Yulia Sidorova (3998084)
Arun Kumar Mahato (3998072)
Igor Tascón (413011)
Heidi Kaljunen (3998078)
Liying Yu (759085)
Jukka Kallijärvi (109622)
Jaana Jurvansuu (3998075)
Mart Saarma (7930)
Adrian Goldman (203534)

May 2017

Sequence identity comparisons of the amino acid sequences of human, zebrafish, frog and fruit fly...

proteins STRUCTURE O FUNCTION O BIOINFORMATICS Sequence-similar, structure-dissimilar protein pairs in the PDB

Mickey Kosloff
Rachel Kolodny

August 2016

It is often assumed that in the Protein Data Bank (PDB),1 all the structural representatives of a pr...

A phylogenic tree showing the similarity between Sika deer Ercc6l protein amino acid sequences and those of cattle, panda, dog, horse, fowl, human, monkey, mouse, pongo, rat, xenopus and marmoset.

Yupeng Yin (349825)
Lina Tang (349827)
Jiabao Zhang (349829)
Bo Tang (23472)
Ziyi Li (349831)

February 2013

The number at each node indicates the percentage of bootstrapping after 1000 replications. The ba...

Sequence analysis of canine PD-1.

Naoya Maekawa (575840)
Satoru Konnai (469838)
Ryoyo Ikebuchi (575841)
Tomohiro Okagawa (575842)
Mami Adachi (575843)
Satoshi Takagi (448831)
Yumiko Kagawa (575844)
Chie Nakajima (127312)
Yasuhiko Suzuki (378)
Shiro Murata (575845)
Kazuhiko Ohashi (469839)

June 2014

(A) Nucleic acid and deduced amino acid sequences of canine PD-1 cDNA. Canine PD-1 cDNA encodes f...

Xian Qi (197348)
Xihan Li (374043)
Paul Rider (374044)
Weixing Fan (374045)
Hongwei Gu (374046)
Longtao Xu (374047)
Yonghua Yang (374048)
Sangwei Lu (205371)
Hua Wang (13530)
Fenyong Liu (13705)

February 2013

ant, nucleotide.bThe numbers in brackets are GenBank accession numbers for the reference v...

Amino acid sequence homology in mammalian PGLYRPs in the regions of non-synonymous polymorphisms significantly associated with CD and/or UC.

Fareeha Zulfiqar (423995)
Iztok Hozo (68993)
Sneha Rangarajan (423996)
Roy A. Mariuzza (422063)
Roman Dziarski (204894)
Dipika Gupta (204889)

June 2013

Amino acids identical to human Ensembl reference sequences are shaded gray, conservation of the r...

Sequence identity comparisons of the amino acid sequences of human, zebrafish, frog GFRα1 and fruit fly GFRL.

Tuulia Saarenpää (3998069)
Konstantin Kogan (3998081)
Yulia Sidorova (3998084)
Arun Kumar Mahato (3998072)
Igor Tascón (413011)
Heidi Kaljunen (3998078)
Liying Yu (759085)
Jukka Kallijärvi (109622)
Jaana Jurvansuu (3998075)
Mart Saarma (7930)
Adrian Goldman (203534)

May 2017

Sequence identity comparisons of the amino acid sequences of human, zebrafish, frog GFRα1 and fru...

Fish species and Genbank accession numbers for the sequences used in the amino acid percentage identity and phylogenetic analyses of the FSH and LH glycoprotein beta subunits.

Thais Sevilhano (4396150)
Roberto Feitosa de Carvalho (4396138)
Nélio Alessandro de Jesus Oliveira (4396144)
João Ezequiel Oliveira (4396147)
Vinicius Gonçalves Maltarollo (4396141)
Gustavo Trossini (4396135)
Riviane Garcez (4396129)
Paolo Bartolini (4396132)

August 2017

Fish species and Genbank accession numbers for the sequences used in the amino acid percentage id...

Amino acid sequence of D. pulex PNR deduced from the nucleotide sequence of dappuPNR (Fig. S1) and aligned to PNR from D. melanogaster.

Gerald A. LeBlanc (67316)
Ying H. Wang (403675)
Charisse N. Holmes (403676)
Gwijun Kwon (403677)
Elizabeth K. Medlock (403678)

April 2013

The D. melanogaster sequence was deduced from the nucleotide sequence provided in GeneBank...

Nucleotide and amino acid sequence similarities of PD-L1 among vertebrate species.

Abstract

Extracted data

Nucleotide and amino acid sequence similarities of PD-L1 among vertebrate species.

Abstract

Extracted data

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