mrsa 773  (ATCC)


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    ATCC mrsa 773
    Mrsa 773, supplied by ATCC, used in various techniques. Bioz Stars score: 91/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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    mrsa 773  (ATCC)


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    ATCC mrsa 773
    Mrsa 773, supplied by ATCC, used in various techniques. Bioz Stars score: 91/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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    mrsa atcc  (ATCC)


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    ATCC mrsa atcc
    Mrsa Atcc, supplied by ATCC, used in various techniques. Bioz Stars score: 91/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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    mrsa 9455  (ATCC)


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    ATCC mrsa 9455
    Mrsa 9455, supplied by ATCC, used in various techniques. Bioz Stars score: 91/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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    41 44 vb pspp pd41 vb psps pd44  (ATCC)


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    ATCC 41 44 vb pspp pd41 vb psps pd44
    General properties of Paracoccus prophages identified in genomic sequences in the NCBI database.
    41 44 Vb Pspp Pd41 Vb Psps Pd44, supplied by ATCC, used in various techniques. Bioz Stars score: 91/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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    1) Product Images from "Characterization of the virome of Paracoccus spp. ( Alphaproteobacteria ) by combined in silico and in vivo approaches"

    Article Title: Characterization of the virome of Paracoccus spp. ( Alphaproteobacteria ) by combined in silico and in vivo approaches

    Journal: Scientific Reports

    doi: 10.1038/s41598-019-44460-4

    General properties of Paracoccus prophages identified in genomic sequences in the NCBI database.
    Figure Legend Snippet: General properties of Paracoccus prophages identified in genomic sequences in the NCBI database.

    Techniques Used: Genomic Sequencing

    Protein-based similarity network of Paracoccus (pro)phages. The general clustering of (pro)phages based on their summarized proteomes ( A ), integrases ( B ), large terminase subunits ( C ) and major capsid proteins ( D ). Nodes represent a single (pro)phage, while edges correspond to the summarized quantity of reciprocally similar proteins. Orphan nodes are made transparent for better visibility. On ( A ) the size of the node corresponds to the number of prophages with which they share proteins. The nodes represent the following (pro)phages ( Paracoccus strain): Pben1 – vB_PbeS_Pben1 ( P. bengalensis ); Pkon1 – vB_PkoS_Pkon1 ( P. kondratieve ); Psul1 – vB_PsuS_Psul1 ( P. sulfuroxidans ); Pthi1 – vB_PthS_Pthi1 ( P. thiocyanatus ); Pyei1 – vB_PyeM_Pyei1 ( P. yeei CCUG 32053); IMEP1 – vB_PmaS_IMEP1 ( P. marcusii ); Shpa – vB_PmaS_Shpa ( P. marinus ); Pami1-Pami6 – vB_PamS_Pami1-vB_PamS_Pami6 ( P. aminophilus ); 1 – vB_PamS_PD1 ( P. aminovorans DSM 8537); 2–3 – vB_PamP_PD2-vB_PamS_PD3 ( P. aminovorans HPD-2); 4–7 – vB_PcoS_PD4-vB_PcoS_PD7 ( P. contaminans ); 8 – vB_PdeP_PD8 ( P. denitrificans DSM 413); 9 – vB_PdeP_PD9 ( P. denitrificans DSM 415); 10 – vB_PdeS_PD10 ( P. denitrificans ISTOD1); 11–12 – vB_PdeS_PD11-vB_PdeP_PD12 ( P. denitrificans PD1222); 13 – vB_PhoS_PD13 ( P. homiensis ); 14 – vB_PpaP_PD14 ( P. pantotrophus DSM 1403); 15 – vB_PpaP_PD15 ( P. pantotrophus J46); 16 – vB_PsaS_PD16 ( P. saliphilus ); 17 – vB_PsaS_PD17 ( P. sanguinis 10990); 18–19 – vB_PsaS_PD18-vB_PsaS_PD19 ( P. sanguinis 39524); 20–21 – vB_PsaS_PD20-vB_PsaS_PD21 ( P. sanguinis 4681); 22–26 – vB_PsaS_PD22-vB_PsaS_PD26 ( P. sanguinis 5503); 27–29 – vB_PsaS_PD27-vB_PsaS_PD29 ( P. sanguinis DSM 29303); 30 – vB_PseS_PD30 ( P. sediminis ); 31 – vB_PsoS_PD31 ( P. solventivorans ); 32–33 – vB_PspS_PD32-vB_PspS_PD33 ( Paracoccus sp. BM15); 34–36 – vB_PspM_PD34-vB_PspS_PD36 ( Paracoccus sp. CBA4604); 37 – vB_PspS_PD37 ( Paracoccus sp. J39); 38 – vB_PspS_PD38 ( Paracoccus sp. N5); 39–40 – vB_PspS_PD39-vB_PspS_PD40 ( Paracoccus sp. S4493); 41–44 – vB_PspP_PD41-vB_PspS_PD44 ( Paracoccus sp. SCN 68–21); 45 – vB_PspS_PD45 ( P. sphaerophysae ); 46 – vB_PveS_PD46 ( P. versutus ); 47–49 – vB_PyeS_PD47-vB_PyeS_PD49 ( P. yeei ATCC BAA-599); 50–53 – vB_PyeM_PD50-vB_PyeS_PD53 ( P. yeei TT13).
    Figure Legend Snippet: Protein-based similarity network of Paracoccus (pro)phages. The general clustering of (pro)phages based on their summarized proteomes ( A ), integrases ( B ), large terminase subunits ( C ) and major capsid proteins ( D ). Nodes represent a single (pro)phage, while edges correspond to the summarized quantity of reciprocally similar proteins. Orphan nodes are made transparent for better visibility. On ( A ) the size of the node corresponds to the number of prophages with which they share proteins. The nodes represent the following (pro)phages ( Paracoccus strain): Pben1 – vB_PbeS_Pben1 ( P. bengalensis ); Pkon1 – vB_PkoS_Pkon1 ( P. kondratieve ); Psul1 – vB_PsuS_Psul1 ( P. sulfuroxidans ); Pthi1 – vB_PthS_Pthi1 ( P. thiocyanatus ); Pyei1 – vB_PyeM_Pyei1 ( P. yeei CCUG 32053); IMEP1 – vB_PmaS_IMEP1 ( P. marcusii ); Shpa – vB_PmaS_Shpa ( P. marinus ); Pami1-Pami6 – vB_PamS_Pami1-vB_PamS_Pami6 ( P. aminophilus ); 1 – vB_PamS_PD1 ( P. aminovorans DSM 8537); 2–3 – vB_PamP_PD2-vB_PamS_PD3 ( P. aminovorans HPD-2); 4–7 – vB_PcoS_PD4-vB_PcoS_PD7 ( P. contaminans ); 8 – vB_PdeP_PD8 ( P. denitrificans DSM 413); 9 – vB_PdeP_PD9 ( P. denitrificans DSM 415); 10 – vB_PdeS_PD10 ( P. denitrificans ISTOD1); 11–12 – vB_PdeS_PD11-vB_PdeP_PD12 ( P. denitrificans PD1222); 13 – vB_PhoS_PD13 ( P. homiensis ); 14 – vB_PpaP_PD14 ( P. pantotrophus DSM 1403); 15 – vB_PpaP_PD15 ( P. pantotrophus J46); 16 – vB_PsaS_PD16 ( P. saliphilus ); 17 – vB_PsaS_PD17 ( P. sanguinis 10990); 18–19 – vB_PsaS_PD18-vB_PsaS_PD19 ( P. sanguinis 39524); 20–21 – vB_PsaS_PD20-vB_PsaS_PD21 ( P. sanguinis 4681); 22–26 – vB_PsaS_PD22-vB_PsaS_PD26 ( P. sanguinis 5503); 27–29 – vB_PsaS_PD27-vB_PsaS_PD29 ( P. sanguinis DSM 29303); 30 – vB_PseS_PD30 ( P. sediminis ); 31 – vB_PsoS_PD31 ( P. solventivorans ); 32–33 – vB_PspS_PD32-vB_PspS_PD33 ( Paracoccus sp. BM15); 34–36 – vB_PspM_PD34-vB_PspS_PD36 ( Paracoccus sp. CBA4604); 37 – vB_PspS_PD37 ( Paracoccus sp. J39); 38 – vB_PspS_PD38 ( Paracoccus sp. N5); 39–40 – vB_PspS_PD39-vB_PspS_PD40 ( Paracoccus sp. S4493); 41–44 – vB_PspP_PD41-vB_PspS_PD44 ( Paracoccus sp. SCN 68–21); 45 – vB_PspS_PD45 ( P. sphaerophysae ); 46 – vB_PveS_PD46 ( P. versutus ); 47–49 – vB_PyeS_PD47-vB_PyeS_PD49 ( P. yeei ATCC BAA-599); 50–53 – vB_PyeM_PD50-vB_PyeS_PD53 ( P. yeei TT13).

    Techniques Used:

    fig|1037908 3 peg 4144  (ATCC)


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    ATCC fig|1037908 3 peg 4144
    Fig|1037908 3 Peg 4144, supplied by ATCC, 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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    mbc ranges  (ATCC)


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    ATCC mbc ranges
    Mbc Ranges, supplied by ATCC, used in various techniques. Bioz Stars score: 91/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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    jcm 4144  (ATCC)


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    ATCC jcm 4144
    Jcm 4144, supplied by ATCC, used in various techniques. Bioz Stars score: 91/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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    non orbiliales nematophagous fungi  (ATCC)


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    ATCC non orbiliales nematophagous fungi
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    b breve atcc  (ATCC)


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    ATCC b breve atcc
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    b breve atcc  (ATCC)


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    ATCC b breve atcc
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    ATCC mrsa 773
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    ATCC 41 44 vb pspp pd41 vb psps pd44
    General properties of Paracoccus prophages identified in genomic sequences in the NCBI database.
    41 44 Vb Pspp Pd41 Vb Psps Pd44, supplied by ATCC, used in various techniques. Bioz Stars score: 91/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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    General properties of Paracoccus prophages identified in genomic sequences in the NCBI database.
    Fig|1037908 3 Peg 4144, supplied by ATCC, 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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    General properties of Paracoccus prophages identified in genomic sequences in the NCBI database.
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    General properties of Paracoccus prophages identified in genomic sequences in the NCBI database.
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    General properties of Paracoccus prophages identified in genomic sequences in the NCBI database.

    Journal: Scientific Reports

    Article Title: Characterization of the virome of Paracoccus spp. ( Alphaproteobacteria ) by combined in silico and in vivo approaches

    doi: 10.1038/s41598-019-44460-4

    Figure Lengend Snippet: General properties of Paracoccus prophages identified in genomic sequences in the NCBI database.

    Article Snippet: The nodes represent the following (pro)phages ( Paracoccus strain): Pben1 – vB_PbeS_Pben1 ( P. bengalensis ); Pkon1 – vB_PkoS_Pkon1 ( P. kondratieve ); Psul1 – vB_PsuS_Psul1 ( P. sulfuroxidans ); Pthi1 – vB_PthS_Pthi1 ( P. thiocyanatus ); Pyei1 – vB_PyeM_Pyei1 ( P. yeei CCUG 32053); IMEP1 – vB_PmaS_IMEP1 ( P. marcusii ); Shpa – vB_PmaS_Shpa ( P. marinus ); Pami1-Pami6 – vB_PamS_Pami1-vB_PamS_Pami6 ( P. aminophilus ); 1 – vB_PamS_PD1 ( P. aminovorans DSM 8537); 2–3 – vB_PamP_PD2-vB_PamS_PD3 ( P. aminovorans HPD-2); 4–7 – vB_PcoS_PD4-vB_PcoS_PD7 ( P. contaminans ); 8 – vB_PdeP_PD8 ( P. denitrificans DSM 413); 9 – vB_PdeP_PD9 ( P. denitrificans DSM 415); 10 – vB_PdeS_PD10 ( P. denitrificans ISTOD1); 11–12 – vB_PdeS_PD11-vB_PdeP_PD12 ( P. denitrificans PD1222); 13 – vB_PhoS_PD13 ( P. homiensis ); 14 – vB_PpaP_PD14 ( P. pantotrophus DSM 1403); 15 – vB_PpaP_PD15 ( P. pantotrophus J46); 16 – vB_PsaS_PD16 ( P. saliphilus ); 17 – vB_PsaS_PD17 ( P. sanguinis 10990); 18–19 – vB_PsaS_PD18-vB_PsaS_PD19 ( P. sanguinis 39524); 20–21 – vB_PsaS_PD20-vB_PsaS_PD21 ( P. sanguinis 4681); 22–26 – vB_PsaS_PD22-vB_PsaS_PD26 ( P. sanguinis 5503); 27–29 – vB_PsaS_PD27-vB_PsaS_PD29 ( P. sanguinis DSM 29303); 30 – vB_PseS_PD30 ( P. sediminis ); 31 – vB_PsoS_PD31 ( P. solventivorans ); 32–33 – vB_PspS_PD32-vB_PspS_PD33 ( Paracoccus sp. BM15); 34–36 – vB_PspM_PD34-vB_PspS_PD36 ( Paracoccus sp. CBA4604); 37 – vB_PspS_PD37 ( Paracoccus sp. J39); 38 – vB_PspS_PD38 ( Paracoccus sp. N5); 39–40 – vB_PspS_PD39-vB_PspS_PD40 ( Paracoccus sp. S4493); 41–44 – vB_PspP_PD41-vB_PspS_PD44 ( Paracoccus sp. SCN 68–21); 45 – vB_PspS_PD45 ( P. sphaerophysae ); 46 – vB_PveS_PD46 ( P. versutus ); 47–49 – vB_PyeS_PD47-vB_PyeS_PD49 ( P. yeei ATCC BAA-599); 50–53 – vB_PyeM_PD50-vB_PyeS_PD53 ( P. yeei TT13).

    Techniques: Genomic Sequencing

    Protein-based similarity network of Paracoccus (pro)phages. The general clustering of (pro)phages based on their summarized proteomes ( A ), integrases ( B ), large terminase subunits ( C ) and major capsid proteins ( D ). Nodes represent a single (pro)phage, while edges correspond to the summarized quantity of reciprocally similar proteins. Orphan nodes are made transparent for better visibility. On ( A ) the size of the node corresponds to the number of prophages with which they share proteins. The nodes represent the following (pro)phages ( Paracoccus strain): Pben1 – vB_PbeS_Pben1 ( P. bengalensis ); Pkon1 – vB_PkoS_Pkon1 ( P. kondratieve ); Psul1 – vB_PsuS_Psul1 ( P. sulfuroxidans ); Pthi1 – vB_PthS_Pthi1 ( P. thiocyanatus ); Pyei1 – vB_PyeM_Pyei1 ( P. yeei CCUG 32053); IMEP1 – vB_PmaS_IMEP1 ( P. marcusii ); Shpa – vB_PmaS_Shpa ( P. marinus ); Pami1-Pami6 – vB_PamS_Pami1-vB_PamS_Pami6 ( P. aminophilus ); 1 – vB_PamS_PD1 ( P. aminovorans DSM 8537); 2–3 – vB_PamP_PD2-vB_PamS_PD3 ( P. aminovorans HPD-2); 4–7 – vB_PcoS_PD4-vB_PcoS_PD7 ( P. contaminans ); 8 – vB_PdeP_PD8 ( P. denitrificans DSM 413); 9 – vB_PdeP_PD9 ( P. denitrificans DSM 415); 10 – vB_PdeS_PD10 ( P. denitrificans ISTOD1); 11–12 – vB_PdeS_PD11-vB_PdeP_PD12 ( P. denitrificans PD1222); 13 – vB_PhoS_PD13 ( P. homiensis ); 14 – vB_PpaP_PD14 ( P. pantotrophus DSM 1403); 15 – vB_PpaP_PD15 ( P. pantotrophus J46); 16 – vB_PsaS_PD16 ( P. saliphilus ); 17 – vB_PsaS_PD17 ( P. sanguinis 10990); 18–19 – vB_PsaS_PD18-vB_PsaS_PD19 ( P. sanguinis 39524); 20–21 – vB_PsaS_PD20-vB_PsaS_PD21 ( P. sanguinis 4681); 22–26 – vB_PsaS_PD22-vB_PsaS_PD26 ( P. sanguinis 5503); 27–29 – vB_PsaS_PD27-vB_PsaS_PD29 ( P. sanguinis DSM 29303); 30 – vB_PseS_PD30 ( P. sediminis ); 31 – vB_PsoS_PD31 ( P. solventivorans ); 32–33 – vB_PspS_PD32-vB_PspS_PD33 ( Paracoccus sp. BM15); 34–36 – vB_PspM_PD34-vB_PspS_PD36 ( Paracoccus sp. CBA4604); 37 – vB_PspS_PD37 ( Paracoccus sp. J39); 38 – vB_PspS_PD38 ( Paracoccus sp. N5); 39–40 – vB_PspS_PD39-vB_PspS_PD40 ( Paracoccus sp. S4493); 41–44 – vB_PspP_PD41-vB_PspS_PD44 ( Paracoccus sp. SCN 68–21); 45 – vB_PspS_PD45 ( P. sphaerophysae ); 46 – vB_PveS_PD46 ( P. versutus ); 47–49 – vB_PyeS_PD47-vB_PyeS_PD49 ( P. yeei ATCC BAA-599); 50–53 – vB_PyeM_PD50-vB_PyeS_PD53 ( P. yeei TT13).

    Journal: Scientific Reports

    Article Title: Characterization of the virome of Paracoccus spp. ( Alphaproteobacteria ) by combined in silico and in vivo approaches

    doi: 10.1038/s41598-019-44460-4

    Figure Lengend Snippet: Protein-based similarity network of Paracoccus (pro)phages. The general clustering of (pro)phages based on their summarized proteomes ( A ), integrases ( B ), large terminase subunits ( C ) and major capsid proteins ( D ). Nodes represent a single (pro)phage, while edges correspond to the summarized quantity of reciprocally similar proteins. Orphan nodes are made transparent for better visibility. On ( A ) the size of the node corresponds to the number of prophages with which they share proteins. The nodes represent the following (pro)phages ( Paracoccus strain): Pben1 – vB_PbeS_Pben1 ( P. bengalensis ); Pkon1 – vB_PkoS_Pkon1 ( P. kondratieve ); Psul1 – vB_PsuS_Psul1 ( P. sulfuroxidans ); Pthi1 – vB_PthS_Pthi1 ( P. thiocyanatus ); Pyei1 – vB_PyeM_Pyei1 ( P. yeei CCUG 32053); IMEP1 – vB_PmaS_IMEP1 ( P. marcusii ); Shpa – vB_PmaS_Shpa ( P. marinus ); Pami1-Pami6 – vB_PamS_Pami1-vB_PamS_Pami6 ( P. aminophilus ); 1 – vB_PamS_PD1 ( P. aminovorans DSM 8537); 2–3 – vB_PamP_PD2-vB_PamS_PD3 ( P. aminovorans HPD-2); 4–7 – vB_PcoS_PD4-vB_PcoS_PD7 ( P. contaminans ); 8 – vB_PdeP_PD8 ( P. denitrificans DSM 413); 9 – vB_PdeP_PD9 ( P. denitrificans DSM 415); 10 – vB_PdeS_PD10 ( P. denitrificans ISTOD1); 11–12 – vB_PdeS_PD11-vB_PdeP_PD12 ( P. denitrificans PD1222); 13 – vB_PhoS_PD13 ( P. homiensis ); 14 – vB_PpaP_PD14 ( P. pantotrophus DSM 1403); 15 – vB_PpaP_PD15 ( P. pantotrophus J46); 16 – vB_PsaS_PD16 ( P. saliphilus ); 17 – vB_PsaS_PD17 ( P. sanguinis 10990); 18–19 – vB_PsaS_PD18-vB_PsaS_PD19 ( P. sanguinis 39524); 20–21 – vB_PsaS_PD20-vB_PsaS_PD21 ( P. sanguinis 4681); 22–26 – vB_PsaS_PD22-vB_PsaS_PD26 ( P. sanguinis 5503); 27–29 – vB_PsaS_PD27-vB_PsaS_PD29 ( P. sanguinis DSM 29303); 30 – vB_PseS_PD30 ( P. sediminis ); 31 – vB_PsoS_PD31 ( P. solventivorans ); 32–33 – vB_PspS_PD32-vB_PspS_PD33 ( Paracoccus sp. BM15); 34–36 – vB_PspM_PD34-vB_PspS_PD36 ( Paracoccus sp. CBA4604); 37 – vB_PspS_PD37 ( Paracoccus sp. J39); 38 – vB_PspS_PD38 ( Paracoccus sp. N5); 39–40 – vB_PspS_PD39-vB_PspS_PD40 ( Paracoccus sp. S4493); 41–44 – vB_PspP_PD41-vB_PspS_PD44 ( Paracoccus sp. SCN 68–21); 45 – vB_PspS_PD45 ( P. sphaerophysae ); 46 – vB_PveS_PD46 ( P. versutus ); 47–49 – vB_PyeS_PD47-vB_PyeS_PD49 ( P. yeei ATCC BAA-599); 50–53 – vB_PyeM_PD50-vB_PyeS_PD53 ( P. yeei TT13).

    Article Snippet: The nodes represent the following (pro)phages ( Paracoccus strain): Pben1 – vB_PbeS_Pben1 ( P. bengalensis ); Pkon1 – vB_PkoS_Pkon1 ( P. kondratieve ); Psul1 – vB_PsuS_Psul1 ( P. sulfuroxidans ); Pthi1 – vB_PthS_Pthi1 ( P. thiocyanatus ); Pyei1 – vB_PyeM_Pyei1 ( P. yeei CCUG 32053); IMEP1 – vB_PmaS_IMEP1 ( P. marcusii ); Shpa – vB_PmaS_Shpa ( P. marinus ); Pami1-Pami6 – vB_PamS_Pami1-vB_PamS_Pami6 ( P. aminophilus ); 1 – vB_PamS_PD1 ( P. aminovorans DSM 8537); 2–3 – vB_PamP_PD2-vB_PamS_PD3 ( P. aminovorans HPD-2); 4–7 – vB_PcoS_PD4-vB_PcoS_PD7 ( P. contaminans ); 8 – vB_PdeP_PD8 ( P. denitrificans DSM 413); 9 – vB_PdeP_PD9 ( P. denitrificans DSM 415); 10 – vB_PdeS_PD10 ( P. denitrificans ISTOD1); 11–12 – vB_PdeS_PD11-vB_PdeP_PD12 ( P. denitrificans PD1222); 13 – vB_PhoS_PD13 ( P. homiensis ); 14 – vB_PpaP_PD14 ( P. pantotrophus DSM 1403); 15 – vB_PpaP_PD15 ( P. pantotrophus J46); 16 – vB_PsaS_PD16 ( P. saliphilus ); 17 – vB_PsaS_PD17 ( P. sanguinis 10990); 18–19 – vB_PsaS_PD18-vB_PsaS_PD19 ( P. sanguinis 39524); 20–21 – vB_PsaS_PD20-vB_PsaS_PD21 ( P. sanguinis 4681); 22–26 – vB_PsaS_PD22-vB_PsaS_PD26 ( P. sanguinis 5503); 27–29 – vB_PsaS_PD27-vB_PsaS_PD29 ( P. sanguinis DSM 29303); 30 – vB_PseS_PD30 ( P. sediminis ); 31 – vB_PsoS_PD31 ( P. solventivorans ); 32–33 – vB_PspS_PD32-vB_PspS_PD33 ( Paracoccus sp. BM15); 34–36 – vB_PspM_PD34-vB_PspS_PD36 ( Paracoccus sp. CBA4604); 37 – vB_PspS_PD37 ( Paracoccus sp. J39); 38 – vB_PspS_PD38 ( Paracoccus sp. N5); 39–40 – vB_PspS_PD39-vB_PspS_PD40 ( Paracoccus sp. S4493); 41–44 – vB_PspP_PD41-vB_PspS_PD44 ( Paracoccus sp. SCN 68–21); 45 – vB_PspS_PD45 ( P. sphaerophysae ); 46 – vB_PveS_PD46 ( P. versutus ); 47–49 – vB_PyeS_PD47-vB_PyeS_PD49 ( P. yeei ATCC BAA-599); 50–53 – vB_PyeM_PD50-vB_PyeS_PD53 ( P. yeei TT13).

    Techniques: