nucleotide blast (blastn) function Search Results


97
ATCC 23270 genome
The transposon integration sites were confirmed by amplification of the region of the genome flanking the insertion sites. Panel A shows the genomic PCR amplification scheme for the AFKI1 strain. The primers flanking the insertion site were designed from the published genome sequence <t>for</t> <t>ATCC</t> <t>23270.</t> In the wild-type genome, the PCR amplicon is of a known size. In the transposon-integrated strains, the same PCR primers were used to amplify the transposon region as well, resulting in a 3.5-kb increase in amplicon size. Panel B shows the results of the method applied to the three transposon locations identified in the mutant strains and visualized on an agarose gel, confirming the successful identification of integration sites.
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Biotechnology Information blast
The transposon integration sites were confirmed by amplification of the region of the genome flanking the insertion sites. Panel A shows the genomic PCR amplification scheme for the AFKI1 strain. The primers flanking the insertion site were designed from the published genome sequence <t>for</t> <t>ATCC</t> <t>23270.</t> In the wild-type genome, the PCR amplicon is of a known size. In the transposon-integrated strains, the same PCR primers were used to amplify the transposon region as well, resulting in a 3.5-kb increase in amplicon size. Panel B shows the results of the method applied to the three transposon locations identified in the mutant strains and visualized on an agarose gel, confirming the successful identification of integration sites.
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Bioedit Company nucleotide blast
The transposon integration sites were confirmed by amplification of the region of the genome flanking the insertion sites. Panel A shows the genomic PCR amplification scheme for the AFKI1 strain. The primers flanking the insertion site were designed from the published genome sequence <t>for</t> <t>ATCC</t> <t>23270.</t> In the wild-type genome, the PCR amplicon is of a known size. In the transposon-integrated strains, the same PCR primers were used to amplify the transposon region as well, resulting in a 3.5-kb increase in amplicon size. Panel B shows the results of the method applied to the three transposon locations identified in the mutant strains and visualized on an agarose gel, confirming the successful identification of integration sites.
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Biotechnology Information ncbi nucleotide collection
The transposon integration sites were confirmed by amplification of the region of the genome flanking the insertion sites. Panel A shows the genomic PCR amplification scheme for the AFKI1 strain. The primers flanking the insertion site were designed from the published genome sequence <t>for</t> <t>ATCC</t> <t>23270.</t> In the wild-type genome, the PCR amplicon is of a known size. In the transposon-integrated strains, the same PCR primers were used to amplify the transposon region as well, resulting in a 3.5-kb increase in amplicon size. Panel B shows the results of the method applied to the three transposon locations identified in the mutant strains and visualized on an agarose gel, confirming the successful identification of integration sites.
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90
Clinical and Laboratory Standards Institute s1 nuclease pulsed-field gel electrophoresis
The transposon integration sites were confirmed by amplification of the region of the genome flanking the insertion sites. Panel A shows the genomic PCR amplification scheme for the AFKI1 strain. The primers flanking the insertion site were designed from the published genome sequence <t>for</t> <t>ATCC</t> <t>23270.</t> In the wild-type genome, the PCR amplicon is of a known size. In the transposon-integrated strains, the same PCR primers were used to amplify the transposon region as well, resulting in a 3.5-kb increase in amplicon size. Panel B shows the results of the method applied to the three transposon locations identified in the mutant strains and visualized on an agarose gel, confirming the successful identification of integration sites.
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ATCC nucleotide level blastn
The transposon integration sites were confirmed by amplification of the region of the genome flanking the insertion sites. Panel A shows the genomic PCR amplification scheme for the AFKI1 strain. The primers flanking the insertion site were designed from the published genome sequence <t>for</t> <t>ATCC</t> <t>23270.</t> In the wild-type genome, the PCR amplicon is of a known size. In the transposon-integrated strains, the same PCR primers were used to amplify the transposon region as well, resulting in a 3.5-kb increase in amplicon size. Panel B shows the results of the method applied to the three transposon locations identified in the mutant strains and visualized on an agarose gel, confirming the successful identification of integration sites.
Nucleotide Level Blastn, supplied by ATCC, used in various techniques. Bioz Stars score: 95/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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ATCC a suis atcc 33415 type strain
The transposon integration sites were confirmed by amplification of the region of the genome flanking the insertion sites. Panel A shows the genomic PCR amplification scheme for the AFKI1 strain. The primers flanking the insertion site were designed from the published genome sequence <t>for</t> <t>ATCC</t> <t>23270.</t> In the wild-type genome, the PCR amplicon is of a known size. In the transposon-integrated strains, the same PCR primers were used to amplify the transposon region as well, resulting in a 3.5-kb increase in amplicon size. Panel B shows the results of the method applied to the three transposon locations identified in the mutant strains and visualized on an agarose gel, confirming the successful identification of integration sites.
A Suis Atcc 33415 Type Strain, supplied by ATCC, used in various techniques. Bioz Stars score: 93/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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99
Thermo Fisher blast algorithm dna sequences
The transposon integration sites were confirmed by amplification of the region of the genome flanking the insertion sites. Panel A shows the genomic PCR amplification scheme for the AFKI1 strain. The primers flanking the insertion site were designed from the published genome sequence <t>for</t> <t>ATCC</t> <t>23270.</t> In the wild-type genome, the PCR amplicon is of a known size. In the transposon-integrated strains, the same PCR primers were used to amplify the transposon region as well, resulting in a 3.5-kb increase in amplicon size. Panel B shows the results of the method applied to the three transposon locations identified in the mutant strains and visualized on an agarose gel, confirming the successful identification of integration sites.
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STATA Corporation 15 nucleotide blast analysis
Summary of <t> BLASTn </t> analysis hits showing the sequence accession numbers, top matching GenBank sequence, percent identity, animal host and country of origin for each of the 24 field and 3 control samples whose spherical body protein 4 gene was sequenced in the present study
15 Nucleotide Blast Analysis, supplied by STATA Corporation, used in various techniques. Bioz Stars score: 99/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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Biotechnology Information ncbi core nucleotide
Summary of <t> BLASTn </t> analysis hits showing the sequence accession numbers, top matching GenBank sequence, percent identity, animal host and country of origin for each of the 24 field and 3 control samples whose spherical body protein 4 gene was sequenced in the present study
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ATCC nucleotide blast results
Summary of <t> BLASTn </t> analysis hits showing the sequence accession numbers, top matching GenBank sequence, percent identity, animal host and country of origin for each of the 24 field and 3 control samples whose spherical body protein 4 gene was sequenced in the present study
Nucleotide Blast Results, supplied by ATCC, used in various techniques. Bioz Stars score: 95/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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Biotechnology Information ncbi 2025a core nucleotide blast database
Summary of <t> BLASTn </t> analysis hits showing the sequence accession numbers, top matching GenBank sequence, percent identity, animal host and country of origin for each of the 24 field and 3 control samples whose spherical body protein 4 gene was sequenced in the present study
Ncbi 2025a Core Nucleotide Blast Database, supplied by Biotechnology Information, used in various techniques. Bioz Stars score: 86/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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Image Search Results


The transposon integration sites were confirmed by amplification of the region of the genome flanking the insertion sites. Panel A shows the genomic PCR amplification scheme for the AFKI1 strain. The primers flanking the insertion site were designed from the published genome sequence for ATCC 23270. In the wild-type genome, the PCR amplicon is of a known size. In the transposon-integrated strains, the same PCR primers were used to amplify the transposon region as well, resulting in a 3.5-kb increase in amplicon size. Panel B shows the results of the method applied to the three transposon locations identified in the mutant strains and visualized on an agarose gel, confirming the successful identification of integration sites.

Journal: Applied and Environmental Microbiology

Article Title: Transposase-Mediated Chromosomal Integration of Exogenous Genes in Acidithiobacillus ferrooxidans

doi: 10.1128/AEM.01381-18

Figure Lengend Snippet: The transposon integration sites were confirmed by amplification of the region of the genome flanking the insertion sites. Panel A shows the genomic PCR amplification scheme for the AFKI1 strain. The primers flanking the insertion site were designed from the published genome sequence for ATCC 23270. In the wild-type genome, the PCR amplicon is of a known size. In the transposon-integrated strains, the same PCR primers were used to amplify the transposon region as well, resulting in a 3.5-kb increase in amplicon size. Panel B shows the results of the method applied to the three transposon locations identified in the mutant strains and visualized on an agarose gel, confirming the successful identification of integration sites.

Article Snippet: Using the NCBI Nucleotide blastx program, sequences were compared against the published ATCC 23270 genome to identify integration loci. table ft1 table-wrap mode="anchored" t5 TABLE 2 caption a7 Primer Sequence (5′–3′) Tn5Fwd TAT TAT CTG CGG CCG CCA TCG ACT GCA CGG TGC AC Tn5Rev AGA TAT CTG CGG CCG CTG TCA CTT T Tn5Rev2 AGA TAT CTC GCG GCC GCA AAA AGG CCA TCC GTC AGG ATG HypTnpFwd TAC ACA AGT AGC GTC GCA TGC CAT CGA CTG CAC HypTnpRev TTA GGC GGG CTA CTA TCT AGA TGT CAC TTT GCT TGA TAT ATG AGA ATT ATT TAA C pBAMFwd GAC GCT ACT TGT GTA CTG TCT CTT ATA CAC ATC TGA CGT CTT GTG T pBAMRev TAG TAG CCC GCC TAA TGA GCG pBAM2F AAG CGG GGT AAG CGC AAG AAT pBAM2R ATC GCC CAT GTT ATG CAG AAA tn1RFwd CCA CTA CCG GCA AGT TCT CCG tn2RFwd CAG TTC ACC GAC ACC AAA GGT G tn1RRev TAT GAA GAT GCA TGA GCC GGT C tn1LFwd TCG TCG ACC GAG CTT TTG C tn1LRev GAA AGA GGA TGC GCC GAA AGT G tn2LRev GGG AAA GCT CTT CGC CGA AC tnFSeq TGC ACA GCC ATA CCA CAG CTT C tnRSeq GGC TAC AGC TCG TTT CAC GCT G AFKI1Fwd TCG CCG TTC GTT TTC TCG AFKI1Rev GCC ACC GCA TCC AGT AAT C AFKI2Fwd ATG GTT CAC ACC GAA ATC AAT GC AFKI2Rev CAT CCA TGC TAC AGC CTA AGT TGC C AFKI3Fwd CCT GAT GTA GTC GTT GGC GTC C AFKI3Rev GTT CGT CAA CAG CAA AGT GGA AC Open in a separate window Primers used in this study (iii) Confirmation of integration loci.

Techniques: Amplification, Sequencing, Mutagenesis, Agarose Gel Electrophoresis

Location of the chromosomal integration sites. Panel A shows the integration loci for KDC-integrated strains. The insertion locus identifies the 9-bp sequence duplicated by the transposase to insert the transposon. Panel B shows the approximate locations of the transposon insertions for the mutant strains in relation to the whole A. ferrooxidans 23270 genome.

Journal: Applied and Environmental Microbiology

Article Title: Transposase-Mediated Chromosomal Integration of Exogenous Genes in Acidithiobacillus ferrooxidans

doi: 10.1128/AEM.01381-18

Figure Lengend Snippet: Location of the chromosomal integration sites. Panel A shows the integration loci for KDC-integrated strains. The insertion locus identifies the 9-bp sequence duplicated by the transposase to insert the transposon. Panel B shows the approximate locations of the transposon insertions for the mutant strains in relation to the whole A. ferrooxidans 23270 genome.

Article Snippet: Using the NCBI Nucleotide blastx program, sequences were compared against the published ATCC 23270 genome to identify integration loci. table ft1 table-wrap mode="anchored" t5 TABLE 2 caption a7 Primer Sequence (5′–3′) Tn5Fwd TAT TAT CTG CGG CCG CCA TCG ACT GCA CGG TGC AC Tn5Rev AGA TAT CTG CGG CCG CTG TCA CTT T Tn5Rev2 AGA TAT CTC GCG GCC GCA AAA AGG CCA TCC GTC AGG ATG HypTnpFwd TAC ACA AGT AGC GTC GCA TGC CAT CGA CTG CAC HypTnpRev TTA GGC GGG CTA CTA TCT AGA TGT CAC TTT GCT TGA TAT ATG AGA ATT ATT TAA C pBAMFwd GAC GCT ACT TGT GTA CTG TCT CTT ATA CAC ATC TGA CGT CTT GTG T pBAMRev TAG TAG CCC GCC TAA TGA GCG pBAM2F AAG CGG GGT AAG CGC AAG AAT pBAM2R ATC GCC CAT GTT ATG CAG AAA tn1RFwd CCA CTA CCG GCA AGT TCT CCG tn2RFwd CAG TTC ACC GAC ACC AAA GGT G tn1RRev TAT GAA GAT GCA TGA GCC GGT C tn1LFwd TCG TCG ACC GAG CTT TTG C tn1LRev GAA AGA GGA TGC GCC GAA AGT G tn2LRev GGG AAA GCT CTT CGC CGA AC tnFSeq TGC ACA GCC ATA CCA CAG CTT C tnRSeq GGC TAC AGC TCG TTT CAC GCT G AFKI1Fwd TCG CCG TTC GTT TTC TCG AFKI1Rev GCC ACC GCA TCC AGT AAT C AFKI2Fwd ATG GTT CAC ACC GAA ATC AAT GC AFKI2Rev CAT CCA TGC TAC AGC CTA AGT TGC C AFKI3Fwd CCT GAT GTA GTC GTT GGC GTC C AFKI3Rev GTT CGT CAA CAG CAA AGT GGA AC Open in a separate window Primers used in this study (iii) Confirmation of integration loci.

Techniques: Sequencing, Mutagenesis

Summary of  BLASTn  analysis hits showing the sequence accession numbers, top matching GenBank sequence, percent identity, animal host and country of origin for each of the 24 field and 3 control samples whose spherical body protein 4 gene was sequenced in the present study

Journal: Parasites & Vectors

Article Title: Molecular survey of Babesia parasites in Kenya: first detailed report on occurrence of Babesia bovis in cattle

doi: 10.1186/s13071-022-05279-7

Figure Lengend Snippet: Summary of BLASTn analysis hits showing the sequence accession numbers, top matching GenBank sequence, percent identity, animal host and country of origin for each of the 24 field and 3 control samples whose spherical body protein 4 gene was sequenced in the present study

Article Snippet: The plot was generated using STATA 15 Nucleotide BLAST analysis of 24 SBP-4 sequences obtained showed that they were homologous with B. bovis SBP-4.

Techniques: Sequencing, Control