Phylogenetic relationship of GATAd proteins in insects and mammals.

Phylogenetic analysis of the GATAd genes was performed by maximum likelihood method. The GATAd encoding sequence was corrected using NCBI database and transcriptome data of P . xylostella and then cloned from fourth-instar larvae. PxGATAd is indicated by a red star. Full-length amino acid sequences...

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Main Authors: Le Guo (320752), Zhouqiang Cheng (12042810), Jianying Qin (12042813), Dan Sun (140898), Shaoli Wang (104837), Qingjun Wu (104839), Neil Crickmore (11408795), Xuguo Zhou (104854), Alejandra Bravo (322909), Mario Soberón (322907), Zhaojiang Guo (722032), Youjun Zhang (104855)
Format: Other Non-Article Part of Journal/Newspaper
Language:unknown
Published: 2022
Subjects:
>
Online Access:https://doi.org/10.1371/journal.pgen.1010037.s003
id ftsmithonian:oai:figshare.com:article/19118976
record_format openpolar
institution Open Polar
collection Unknown
op_collection_id ftsmithonian
language unknown
topic Medicine
Microbiology
Cell Biology
Genetics
Molecular Biology
Biotechnology
Ecology
Developmental Biology
Cancer
Science Policy
Hematology
Infectious Diseases
Plant Biology
Computational Biology
Environmental Sciences not elsewhere classified
Biological Sciences not elsewhere classified
transgenic crops based
nucleotide insertion mutation
div >< p
>- response element
>- acting elements
>- acting element
intricate regulatory mechanism
>- regulatory factors
susceptible larvae reduced
insect resistance evolution
plutella xylostella </
bacillus thuringiensis </
pxgatad transcription factor
pxgatad directly activates
mapk signaling pathway
expression via interacting
cry1ac resistance development
resistant strain resulted
bt cry1ac toxin
cry1ac toxin
cry1ac susceptible
cry1ac resistance
regulatory performance
pxgatad </
resistant strains
resistance phenotype
trans </
pxmap4k4 </
pxmalp </
cis </
transcriptional activity
sustainable utilization
study deciphers
specific gata
negatively regulated
insecticidal cry
great significance
gene expression
differential expression
diamondback moth
considerably threatened
concurrent involvement
bt products
>
indicating
spellingShingle Medicine
Microbiology
Cell Biology
Genetics
Molecular Biology
Biotechnology
Ecology
Developmental Biology
Cancer
Science Policy
Hematology
Infectious Diseases
Plant Biology
Computational Biology
Environmental Sciences not elsewhere classified
Biological Sciences not elsewhere classified
transgenic crops based
nucleotide insertion mutation
div >< p
>- response element
>- acting elements
>- acting element
intricate regulatory mechanism
>- regulatory factors
susceptible larvae reduced
insect resistance evolution
plutella xylostella </
bacillus thuringiensis </
pxgatad transcription factor
pxgatad directly activates
mapk signaling pathway
expression via interacting
cry1ac resistance development
resistant strain resulted
bt cry1ac toxin
cry1ac toxin
cry1ac susceptible
cry1ac resistance
regulatory performance
pxgatad </
resistant strains
resistance phenotype
trans </
pxmap4k4 </
pxmalp </
cis </
transcriptional activity
sustainable utilization
study deciphers
specific gata
negatively regulated
insecticidal cry
great significance
gene expression
differential expression
diamondback moth
considerably threatened
concurrent involvement
bt products
>
indicating
Le Guo (320752)
Zhouqiang Cheng (12042810)
Jianying Qin (12042813)
Dan Sun (140898)
Shaoli Wang (104837)
Qingjun Wu (104839)
Neil Crickmore (11408795)
Xuguo Zhou (104854)
Alejandra Bravo (322909)
Mario Soberón (322907)
Zhaojiang Guo (722032)
Youjun Zhang (104855)
Phylogenetic relationship of GATAd proteins in insects and mammals.
topic_facet Medicine
Microbiology
Cell Biology
Genetics
Molecular Biology
Biotechnology
Ecology
Developmental Biology
Cancer
Science Policy
Hematology
Infectious Diseases
Plant Biology
Computational Biology
Environmental Sciences not elsewhere classified
Biological Sciences not elsewhere classified
transgenic crops based
nucleotide insertion mutation
div >< p
>- response element
>- acting elements
>- acting element
intricate regulatory mechanism
>- regulatory factors
susceptible larvae reduced
insect resistance evolution
plutella xylostella </
bacillus thuringiensis </
pxgatad transcription factor
pxgatad directly activates
mapk signaling pathway
expression via interacting
cry1ac resistance development
resistant strain resulted
bt cry1ac toxin
cry1ac toxin
cry1ac susceptible
cry1ac resistance
regulatory performance
pxgatad </
resistant strains
resistance phenotype
trans </
pxmap4k4 </
pxmalp </
cis </
transcriptional activity
sustainable utilization
study deciphers
specific gata
negatively regulated
insecticidal cry
great significance
gene expression
differential expression
diamondback moth
considerably threatened
concurrent involvement
bt products
>
indicating
description Phylogenetic analysis of the GATAd genes was performed by maximum likelihood method. The GATAd encoding sequence was corrected using NCBI database and transcriptome data of P . xylostella and then cloned from fourth-instar larvae. PxGATAd is indicated by a red star. Full-length amino acid sequences of GATAd genes were retrieved from the GenBank database. Abbreviation: 1. Hymenoptera [ Am ( Apis mellifera , XP_001120276.2); Cf ( Camponotus floridanus , XP_025270700.1); Bte ( Bombus terrestris , XP_003400693.1); Mr ( Megachile rotundata , XP_003708269.1); Nf ( Nylanderia fulva , XP_029159148.1); Ae ( Acromyrmex echinatior , XP_011057942.1); Hsal ( Harpegnathos saltator , XP_011148075.1); Hh ( Halyomorpha halys , XP_014279044.1); Cl ( Cimex lectularius , XP_014261884.1)]; 2. Anoplura [ Phc ( Pediculus humanus corporis , XP_002428265.1]; 3. Coleoptera [ Dpo ( Dendroctonus ponderosae , XP_019764087.1); Ld ( Leptinotarsa decemlineata , XP_023023616.1); Atu ( Aethina tumida , XP_019881566.1); Nv ( Nicrophorus vespilloides , XP_017769919.1); Apl ( Agrilus planipennis , XP_018334804.1); Tc ( Tribolium castaneum , EFA09251.2); Ot ( Onthophagus taurus , XP_022900328.1); Ob ( Oryctes borbonicus , KRT80118.1)]; 4. Lepidoptera [ Dpl ( Danaus plexippus , OWR52456.1); Pr ( Pieris rapae , XP_022123638.1); Pxy ( Plutella xylostella , MZ712004); Atr ( Amyelois transitella , XP_013199688.1); Pm ( Papilio machaon , XP_014367479.1); Pxu ( Papilio xuthus , XP_013169273.1); Bm ( Bombyx mori , XP_012546211.1); Ha ( Helicoverpa armigera , XP_021183187.1); Sl ( Spodoptera litura , XP_022834873.1); Tn ( Trichoplusia ni , XP_026725121.1)]; 5. Diptera [ Aa ( Aedes aegypti , EAT41982.1); Cq ( Culex quinquefasciatus , EDS42992.1); Dm ( Drosophila melanogaster , NP_001260326.1); Cc ( Ceratitis capitata , XP_004537903.1); Zc ( Zeugodacus cucurbitae , XP_011186611.2)]; 6. Mammalia [ Ss ( Sus scrofa , NP_999458.1); Fc ( Felis catus , XP_011279866.2); Bta ( Bos taurus , CAC69835.1); Oc ( Oryctolagus cuniculus , XP_008247101.1); Clu ( Canis lupus , XP_025318689.1); Mm ( Mus musculus , BAE22221.1); Hsap ( Homo sapiens , NP_001295023.1); Rn ( Rattus norvegicus , XP_006252251.1)]. (PDF)
format Other Non-Article Part of Journal/Newspaper
author Le Guo (320752)
Zhouqiang Cheng (12042810)
Jianying Qin (12042813)
Dan Sun (140898)
Shaoli Wang (104837)
Qingjun Wu (104839)
Neil Crickmore (11408795)
Xuguo Zhou (104854)
Alejandra Bravo (322909)
Mario Soberón (322907)
Zhaojiang Guo (722032)
Youjun Zhang (104855)
author_facet Le Guo (320752)
Zhouqiang Cheng (12042810)
Jianying Qin (12042813)
Dan Sun (140898)
Shaoli Wang (104837)
Qingjun Wu (104839)
Neil Crickmore (11408795)
Xuguo Zhou (104854)
Alejandra Bravo (322909)
Mario Soberón (322907)
Zhaojiang Guo (722032)
Youjun Zhang (104855)
author_sort Le Guo (320752)
title Phylogenetic relationship of GATAd proteins in insects and mammals.
title_short Phylogenetic relationship of GATAd proteins in insects and mammals.
title_full Phylogenetic relationship of GATAd proteins in insects and mammals.
title_fullStr Phylogenetic relationship of GATAd proteins in insects and mammals.
title_full_unstemmed Phylogenetic relationship of GATAd proteins in insects and mammals.
title_sort phylogenetic relationship of gatad proteins in insects and mammals.
publishDate 2022
url https://doi.org/10.1371/journal.pgen.1010037.s003
long_lat ENVELOPE(-19.702,-19.702,63.540,63.540)
ENVELOPE(-118.269,-118.269,56.017,56.017)
geographic Gata
Red Star
geographic_facet Gata
Red Star
genre Canis lupus
genre_facet Canis lupus
op_relation https://figshare.com/articles/journal_contribution/Phylogenetic_relationship_of_GATAd_proteins_in_insects_and_mammals_/19118976
doi:10.1371/journal.pgen.1010037.s003
op_rights CC BY 4.0
op_rightsnorm CC-BY
op_doi https://doi.org/10.1371/journal.pgen.1010037.s003
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spelling ftsmithonian:oai:figshare.com:article/19118976 2023-05-15T15:51:21+02:00 Phylogenetic relationship of GATAd proteins in insects and mammals. Le Guo (320752) Zhouqiang Cheng (12042810) Jianying Qin (12042813) Dan Sun (140898) Shaoli Wang (104837) Qingjun Wu (104839) Neil Crickmore (11408795) Xuguo Zhou (104854) Alejandra Bravo (322909) Mario Soberón (322907) Zhaojiang Guo (722032) Youjun Zhang (104855) 2022-02-03T18:50:41Z https://doi.org/10.1371/journal.pgen.1010037.s003 unknown https://figshare.com/articles/journal_contribution/Phylogenetic_relationship_of_GATAd_proteins_in_insects_and_mammals_/19118976 doi:10.1371/journal.pgen.1010037.s003 CC BY 4.0 CC-BY Medicine Microbiology Cell Biology Genetics Molecular Biology Biotechnology Ecology Developmental Biology Cancer Science Policy Hematology Infectious Diseases Plant Biology Computational Biology Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified transgenic crops based nucleotide insertion mutation div >< p >- response element >- acting elements >- acting element intricate regulatory mechanism >- regulatory factors susceptible larvae reduced insect resistance evolution plutella xylostella </ bacillus thuringiensis </ pxgatad transcription factor pxgatad directly activates mapk signaling pathway expression via interacting cry1ac resistance development resistant strain resulted bt cry1ac toxin cry1ac toxin cry1ac susceptible cry1ac resistance regulatory performance pxgatad </ resistant strains resistance phenotype trans </ pxmap4k4 </ pxmalp </ cis </ transcriptional activity sustainable utilization study deciphers specific gata negatively regulated insecticidal cry great significance gene expression differential expression diamondback moth considerably threatened concurrent involvement bt products > indicating Text Journal contribution 2022 ftsmithonian https://doi.org/10.1371/journal.pgen.1010037.s003 2022-02-07T16:44:05Z Phylogenetic analysis of the GATAd genes was performed by maximum likelihood method. The GATAd encoding sequence was corrected using NCBI database and transcriptome data of P . xylostella and then cloned from fourth-instar larvae. PxGATAd is indicated by a red star. Full-length amino acid sequences of GATAd genes were retrieved from the GenBank database. Abbreviation: 1. Hymenoptera [ Am ( Apis mellifera , XP_001120276.2); Cf ( Camponotus floridanus , XP_025270700.1); Bte ( Bombus terrestris , XP_003400693.1); Mr ( Megachile rotundata , XP_003708269.1); Nf ( Nylanderia fulva , XP_029159148.1); Ae ( Acromyrmex echinatior , XP_011057942.1); Hsal ( Harpegnathos saltator , XP_011148075.1); Hh ( Halyomorpha halys , XP_014279044.1); Cl ( Cimex lectularius , XP_014261884.1)]; 2. Anoplura [ Phc ( Pediculus humanus corporis , XP_002428265.1]; 3. Coleoptera [ Dpo ( Dendroctonus ponderosae , XP_019764087.1); Ld ( Leptinotarsa decemlineata , XP_023023616.1); Atu ( Aethina tumida , XP_019881566.1); Nv ( Nicrophorus vespilloides , XP_017769919.1); Apl ( Agrilus planipennis , XP_018334804.1); Tc ( Tribolium castaneum , EFA09251.2); Ot ( Onthophagus taurus , XP_022900328.1); Ob ( Oryctes borbonicus , KRT80118.1)]; 4. Lepidoptera [ Dpl ( Danaus plexippus , OWR52456.1); Pr ( Pieris rapae , XP_022123638.1); Pxy ( Plutella xylostella , MZ712004); Atr ( Amyelois transitella , XP_013199688.1); Pm ( Papilio machaon , XP_014367479.1); Pxu ( Papilio xuthus , XP_013169273.1); Bm ( Bombyx mori , XP_012546211.1); Ha ( Helicoverpa armigera , XP_021183187.1); Sl ( Spodoptera litura , XP_022834873.1); Tn ( Trichoplusia ni , XP_026725121.1)]; 5. Diptera [ Aa ( Aedes aegypti , EAT41982.1); Cq ( Culex quinquefasciatus , EDS42992.1); Dm ( Drosophila melanogaster , NP_001260326.1); Cc ( Ceratitis capitata , XP_004537903.1); Zc ( Zeugodacus cucurbitae , XP_011186611.2)]; 6. Mammalia [ Ss ( Sus scrofa , NP_999458.1); Fc ( Felis catus , XP_011279866.2); Bta ( Bos taurus , CAC69835.1); Oc ( Oryctolagus cuniculus , XP_008247101.1); Clu ( Canis lupus , XP_025318689.1); Mm ( Mus musculus , BAE22221.1); Hsap ( Homo sapiens , NP_001295023.1); Rn ( Rattus norvegicus , XP_006252251.1)]. (PDF) Other Non-Article Part of Journal/Newspaper Canis lupus Unknown Gata ENVELOPE(-19.702,-19.702,63.540,63.540) Red Star ENVELOPE(-118.269,-118.269,56.017,56.017)