dna from a known bacterial mock community Search Results


composition  (Zymo Research)
96
Zymo Research composition
FIGURE 3 Cluster transition plot for Stool at k=6 and Saliva at k=4. Cluster transition plots provide a visualization of the degree to which an early pandemic sample’s <t>composition</t> has changed relative to its pre-pandemic composition to warrant a change in its cluster membership. Hierarchical clustering and tree cutting (to form discrete clusters) is inherently an iterative process. In this figure, only one slice at k = 6, for stool, and k = 4, for saliva (labeled on the top left of each plot), were selected for illustrative purposes, although cuts k from 2 to 7 were also calculated. The dendrogram from hierarchically clustering of pre- and early pandemic samples are drawn on the top and left margins. The left margin dendrogram have pre-pandemic samples colored by their cluster identifier, while early pandemic samples are colored grey. Similarly, but complementarily, the top margin dendrogram has early pandemic samples colored by cluster identifier, but pre-pandemic samples are colored grey. In the field of the plot, each point represents the intersection of pre- and early pandemic samples. If both pre- and early pandemic samples are in the same cluster, then they are colored by their cluster identity, otherwise they are colored grey. Gridlines are drawn in the field to help identify cluster boundaries. When pre- to early pandemic samples have changed less in their composition, their points will be colored and lie across a diagonal from bottom-left to top-right. Examples of noteworthy observations from the stool transition plot includes the number of pre-pandemic cluster 6 (Bacteroides and Escherichia Shigella) members that have moved into cluster 4 (Bacteroides, Faecalibacterium) early pandemic, or that none of the pre-pandemic members of cluster 1 (Prevotella, Prevotellaceae, and Lactobacillus) have moved into cluster 6. Comparing the stool and saliva cluster transition plots provides a visualization of the stronger coherence of early pandemic samples to their pre-pandemic counterparts in stool.
Composition, supplied by Zymo Research, used in various techniques. Bioz Stars score: 96/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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composition - by Bioz Stars, 2026-10
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illustra blood genomicprep mini spin kit  (Cytiva Europe)
96
Cytiva Europe illustra blood genomicprep mini spin kit
FIGURE 3 Cluster transition plot for Stool at k=6 and Saliva at k=4. Cluster transition plots provide a visualization of the degree to which an early pandemic sample’s <t>composition</t> has changed relative to its pre-pandemic composition to warrant a change in its cluster membership. Hierarchical clustering and tree cutting (to form discrete clusters) is inherently an iterative process. In this figure, only one slice at k = 6, for stool, and k = 4, for saliva (labeled on the top left of each plot), were selected for illustrative purposes, although cuts k from 2 to 7 were also calculated. The dendrogram from hierarchically clustering of pre- and early pandemic samples are drawn on the top and left margins. The left margin dendrogram have pre-pandemic samples colored by their cluster identifier, while early pandemic samples are colored grey. Similarly, but complementarily, the top margin dendrogram has early pandemic samples colored by cluster identifier, but pre-pandemic samples are colored grey. In the field of the plot, each point represents the intersection of pre- and early pandemic samples. If both pre- and early pandemic samples are in the same cluster, then they are colored by their cluster identity, otherwise they are colored grey. Gridlines are drawn in the field to help identify cluster boundaries. When pre- to early pandemic samples have changed less in their composition, their points will be colored and lie across a diagonal from bottom-left to top-right. Examples of noteworthy observations from the stool transition plot includes the number of pre-pandemic cluster 6 (Bacteroides and Escherichia Shigella) members that have moved into cluster 4 (Bacteroides, Faecalibacterium) early pandemic, or that none of the pre-pandemic members of cluster 1 (Prevotella, Prevotellaceae, and Lactobacillus) have moved into cluster 6. Comparing the stool and saliva cluster transition plots provides a visualization of the stronger coherence of early pandemic samples to their pre-pandemic counterparts in stool.
Illustra Blood Genomicprep Mini Spin Kit, supplied by Cytiva Europe, used in various techniques. Bioz Stars score: 96/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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zymobiomics microbial community standard  (Zymo Research)
99
Zymo Research zymobiomics microbial community standard
FIGURE 3 Cluster transition plot for Stool at k=6 and Saliva at k=4. Cluster transition plots provide a visualization of the degree to which an early pandemic sample’s <t>composition</t> has changed relative to its pre-pandemic composition to warrant a change in its cluster membership. Hierarchical clustering and tree cutting (to form discrete clusters) is inherently an iterative process. In this figure, only one slice at k = 6, for stool, and k = 4, for saliva (labeled on the top left of each plot), were selected for illustrative purposes, although cuts k from 2 to 7 were also calculated. The dendrogram from hierarchically clustering of pre- and early pandemic samples are drawn on the top and left margins. The left margin dendrogram have pre-pandemic samples colored by their cluster identifier, while early pandemic samples are colored grey. Similarly, but complementarily, the top margin dendrogram has early pandemic samples colored by cluster identifier, but pre-pandemic samples are colored grey. In the field of the plot, each point represents the intersection of pre- and early pandemic samples. If both pre- and early pandemic samples are in the same cluster, then they are colored by their cluster identity, otherwise they are colored grey. Gridlines are drawn in the field to help identify cluster boundaries. When pre- to early pandemic samples have changed less in their composition, their points will be colored and lie across a diagonal from bottom-left to top-right. Examples of noteworthy observations from the stool transition plot includes the number of pre-pandemic cluster 6 (Bacteroides and Escherichia Shigella) members that have moved into cluster 4 (Bacteroides, Faecalibacterium) early pandemic, or that none of the pre-pandemic members of cluster 1 (Prevotella, Prevotellaceae, and Lactobacillus) have moved into cluster 6. Comparing the stool and saliva cluster transition plots provides a visualization of the stronger coherence of early pandemic samples to their pre-pandemic counterparts in stool.
Zymobiomics Microbial Community Standard, supplied by Zymo Research, 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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zymobiomics microbial community standard - by Bioz Stars, 2026-10
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ocular microbiome collection kit  (Zymo Research)
99
Zymo Research ocular microbiome collection kit
FIGURE 3 Cluster transition plot for Stool at k=6 and Saliva at k=4. Cluster transition plots provide a visualization of the degree to which an early pandemic sample’s <t>composition</t> has changed relative to its pre-pandemic composition to warrant a change in its cluster membership. Hierarchical clustering and tree cutting (to form discrete clusters) is inherently an iterative process. In this figure, only one slice at k = 6, for stool, and k = 4, for saliva (labeled on the top left of each plot), were selected for illustrative purposes, although cuts k from 2 to 7 were also calculated. The dendrogram from hierarchically clustering of pre- and early pandemic samples are drawn on the top and left margins. The left margin dendrogram have pre-pandemic samples colored by their cluster identifier, while early pandemic samples are colored grey. Similarly, but complementarily, the top margin dendrogram has early pandemic samples colored by cluster identifier, but pre-pandemic samples are colored grey. In the field of the plot, each point represents the intersection of pre- and early pandemic samples. If both pre- and early pandemic samples are in the same cluster, then they are colored by their cluster identity, otherwise they are colored grey. Gridlines are drawn in the field to help identify cluster boundaries. When pre- to early pandemic samples have changed less in their composition, their points will be colored and lie across a diagonal from bottom-left to top-right. Examples of noteworthy observations from the stool transition plot includes the number of pre-pandemic cluster 6 (Bacteroides and Escherichia Shigella) members that have moved into cluster 4 (Bacteroides, Faecalibacterium) early pandemic, or that none of the pre-pandemic members of cluster 1 (Prevotella, Prevotellaceae, and Lactobacillus) have moved into cluster 6. Comparing the stool and saliva cluster transition plots provides a visualization of the stronger coherence of early pandemic samples to their pre-pandemic counterparts in stool.
Ocular Microbiome Collection Kit, supplied by Zymo Research, 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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qiaamp dna microbiome kit  (Qiagen)
97
Qiagen qiaamp dna microbiome kit
FIGURE 3 Cluster transition plot for Stool at k=6 and Saliva at k=4. Cluster transition plots provide a visualization of the degree to which an early pandemic sample’s <t>composition</t> has changed relative to its pre-pandemic composition to warrant a change in its cluster membership. Hierarchical clustering and tree cutting (to form discrete clusters) is inherently an iterative process. In this figure, only one slice at k = 6, for stool, and k = 4, for saliva (labeled on the top left of each plot), were selected for illustrative purposes, although cuts k from 2 to 7 were also calculated. The dendrogram from hierarchically clustering of pre- and early pandemic samples are drawn on the top and left margins. The left margin dendrogram have pre-pandemic samples colored by their cluster identifier, while early pandemic samples are colored grey. Similarly, but complementarily, the top margin dendrogram has early pandemic samples colored by cluster identifier, but pre-pandemic samples are colored grey. In the field of the plot, each point represents the intersection of pre- and early pandemic samples. If both pre- and early pandemic samples are in the same cluster, then they are colored by their cluster identity, otherwise they are colored grey. Gridlines are drawn in the field to help identify cluster boundaries. When pre- to early pandemic samples have changed less in their composition, their points will be colored and lie across a diagonal from bottom-left to top-right. Examples of noteworthy observations from the stool transition plot includes the number of pre-pandemic cluster 6 (Bacteroides and Escherichia Shigella) members that have moved into cluster 4 (Bacteroides, Faecalibacterium) early pandemic, or that none of the pre-pandemic members of cluster 1 (Prevotella, Prevotellaceae, and Lactobacillus) have moved into cluster 6. Comparing the stool and saliva cluster transition plots provides a visualization of the stronger coherence of early pandemic samples to their pre-pandemic counterparts in stool.
Qiaamp Dna Microbiome Kit, supplied by Qiagen, used in various techniques. Bioz Stars score: 97/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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purelinktm microbiome dna purification kit  (Thermo Fisher)
99
Thermo Fisher purelinktm microbiome dna purification kit
FIGURE 3 Cluster transition plot for Stool at k=6 and Saliva at k=4. Cluster transition plots provide a visualization of the degree to which an early pandemic sample’s <t>composition</t> has changed relative to its pre-pandemic composition to warrant a change in its cluster membership. Hierarchical clustering and tree cutting (to form discrete clusters) is inherently an iterative process. In this figure, only one slice at k = 6, for stool, and k = 4, for saliva (labeled on the top left of each plot), were selected for illustrative purposes, although cuts k from 2 to 7 were also calculated. The dendrogram from hierarchically clustering of pre- and early pandemic samples are drawn on the top and left margins. The left margin dendrogram have pre-pandemic samples colored by their cluster identifier, while early pandemic samples are colored grey. Similarly, but complementarily, the top margin dendrogram has early pandemic samples colored by cluster identifier, but pre-pandemic samples are colored grey. In the field of the plot, each point represents the intersection of pre- and early pandemic samples. If both pre- and early pandemic samples are in the same cluster, then they are colored by their cluster identity, otherwise they are colored grey. Gridlines are drawn in the field to help identify cluster boundaries. When pre- to early pandemic samples have changed less in their composition, their points will be colored and lie across a diagonal from bottom-left to top-right. Examples of noteworthy observations from the stool transition plot includes the number of pre-pandemic cluster 6 (Bacteroides and Escherichia Shigella) members that have moved into cluster 4 (Bacteroides, Faecalibacterium) early pandemic, or that none of the pre-pandemic members of cluster 1 (Prevotella, Prevotellaceae, and Lactobacillus) have moved into cluster 6. Comparing the stool and saliva cluster transition plots provides a visualization of the stronger coherence of early pandemic samples to their pre-pandemic counterparts in stool.
Purelinktm Microbiome Dna Purification Kit, supplied by Thermo Fisher, 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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genomic dna from microbial mock community b (even, low concentration)  (BEI Resources)
90
BEI Resources genomic dna from microbial mock community b (even, low concentration)
FIGURE 3 Cluster transition plot for Stool at k=6 and Saliva at k=4. Cluster transition plots provide a visualization of the degree to which an early pandemic sample’s <t>composition</t> has changed relative to its pre-pandemic composition to warrant a change in its cluster membership. Hierarchical clustering and tree cutting (to form discrete clusters) is inherently an iterative process. In this figure, only one slice at k = 6, for stool, and k = 4, for saliva (labeled on the top left of each plot), were selected for illustrative purposes, although cuts k from 2 to 7 were also calculated. The dendrogram from hierarchically clustering of pre- and early pandemic samples are drawn on the top and left margins. The left margin dendrogram have pre-pandemic samples colored by their cluster identifier, while early pandemic samples are colored grey. Similarly, but complementarily, the top margin dendrogram has early pandemic samples colored by cluster identifier, but pre-pandemic samples are colored grey. In the field of the plot, each point represents the intersection of pre- and early pandemic samples. If both pre- and early pandemic samples are in the same cluster, then they are colored by their cluster identity, otherwise they are colored grey. Gridlines are drawn in the field to help identify cluster boundaries. When pre- to early pandemic samples have changed less in their composition, their points will be colored and lie across a diagonal from bottom-left to top-right. Examples of noteworthy observations from the stool transition plot includes the number of pre-pandemic cluster 6 (Bacteroides and Escherichia Shigella) members that have moved into cluster 4 (Bacteroides, Faecalibacterium) early pandemic, or that none of the pre-pandemic members of cluster 1 (Prevotella, Prevotellaceae, and Lactobacillus) have moved into cluster 6. Comparing the stool and saliva cluster transition plots provides a visualization of the stronger coherence of early pandemic samples to their pre-pandemic counterparts in stool.
Genomic Dna From Microbial Mock Community B (Even, Low Concentration), supplied by BEI Resources, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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nebnext microbiome dna enrichment kit  (New England Biolabs)
97
New England Biolabs nebnext microbiome dna enrichment kit
FIGURE 3 Cluster transition plot for Stool at k=6 and Saliva at k=4. Cluster transition plots provide a visualization of the degree to which an early pandemic sample’s <t>composition</t> has changed relative to its pre-pandemic composition to warrant a change in its cluster membership. Hierarchical clustering and tree cutting (to form discrete clusters) is inherently an iterative process. In this figure, only one slice at k = 6, for stool, and k = 4, for saliva (labeled on the top left of each plot), were selected for illustrative purposes, although cuts k from 2 to 7 were also calculated. The dendrogram from hierarchically clustering of pre- and early pandemic samples are drawn on the top and left margins. The left margin dendrogram have pre-pandemic samples colored by their cluster identifier, while early pandemic samples are colored grey. Similarly, but complementarily, the top margin dendrogram has early pandemic samples colored by cluster identifier, but pre-pandemic samples are colored grey. In the field of the plot, each point represents the intersection of pre- and early pandemic samples. If both pre- and early pandemic samples are in the same cluster, then they are colored by their cluster identity, otherwise they are colored grey. Gridlines are drawn in the field to help identify cluster boundaries. When pre- to early pandemic samples have changed less in their composition, their points will be colored and lie across a diagonal from bottom-left to top-right. Examples of noteworthy observations from the stool transition plot includes the number of pre-pandemic cluster 6 (Bacteroides and Escherichia Shigella) members that have moved into cluster 4 (Bacteroides, Faecalibacterium) early pandemic, or that none of the pre-pandemic members of cluster 1 (Prevotella, Prevotellaceae, and Lactobacillus) have moved into cluster 6. Comparing the stool and saliva cluster transition plots provides a visualization of the stronger coherence of early pandemic samples to their pre-pandemic counterparts in stool.
Nebnext Microbiome Dna Enrichment Kit, supplied by New England Biolabs, used in various techniques. Bioz Stars score: 97/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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dna powersoil dna isolation kit  (Qiagen)
99
Qiagen dna powersoil dna isolation kit
FIGURE 3 Cluster transition plot for Stool at k=6 and Saliva at k=4. Cluster transition plots provide a visualization of the degree to which an early pandemic sample’s <t>composition</t> has changed relative to its pre-pandemic composition to warrant a change in its cluster membership. Hierarchical clustering and tree cutting (to form discrete clusters) is inherently an iterative process. In this figure, only one slice at k = 6, for stool, and k = 4, for saliva (labeled on the top left of each plot), were selected for illustrative purposes, although cuts k from 2 to 7 were also calculated. The dendrogram from hierarchically clustering of pre- and early pandemic samples are drawn on the top and left margins. The left margin dendrogram have pre-pandemic samples colored by their cluster identifier, while early pandemic samples are colored grey. Similarly, but complementarily, the top margin dendrogram has early pandemic samples colored by cluster identifier, but pre-pandemic samples are colored grey. In the field of the plot, each point represents the intersection of pre- and early pandemic samples. If both pre- and early pandemic samples are in the same cluster, then they are colored by their cluster identity, otherwise they are colored grey. Gridlines are drawn in the field to help identify cluster boundaries. When pre- to early pandemic samples have changed less in their composition, their points will be colored and lie across a diagonal from bottom-left to top-right. Examples of noteworthy observations from the stool transition plot includes the number of pre-pandemic cluster 6 (Bacteroides and Escherichia Shigella) members that have moved into cluster 4 (Bacteroides, Faecalibacterium) early pandemic, or that none of the pre-pandemic members of cluster 1 (Prevotella, Prevotellaceae, and Lactobacillus) have moved into cluster 6. Comparing the stool and saliva cluster transition plots provides a visualization of the stronger coherence of early pandemic samples to their pre-pandemic counterparts in stool.
Dna Powersoil Dna Isolation Kit, supplied by Qiagen, 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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fast dna spin kit for soil  (Valiant Co Ltd)
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Valiant Co Ltd fast dna spin kit for soil
FIGURE 3 Cluster transition plot for Stool at k=6 and Saliva at k=4. Cluster transition plots provide a visualization of the degree to which an early pandemic sample’s <t>composition</t> has changed relative to its pre-pandemic composition to warrant a change in its cluster membership. Hierarchical clustering and tree cutting (to form discrete clusters) is inherently an iterative process. In this figure, only one slice at k = 6, for stool, and k = 4, for saliva (labeled on the top left of each plot), were selected for illustrative purposes, although cuts k from 2 to 7 were also calculated. The dendrogram from hierarchically clustering of pre- and early pandemic samples are drawn on the top and left margins. The left margin dendrogram have pre-pandemic samples colored by their cluster identifier, while early pandemic samples are colored grey. Similarly, but complementarily, the top margin dendrogram has early pandemic samples colored by cluster identifier, but pre-pandemic samples are colored grey. In the field of the plot, each point represents the intersection of pre- and early pandemic samples. If both pre- and early pandemic samples are in the same cluster, then they are colored by their cluster identity, otherwise they are colored grey. Gridlines are drawn in the field to help identify cluster boundaries. When pre- to early pandemic samples have changed less in their composition, their points will be colored and lie across a diagonal from bottom-left to top-right. Examples of noteworthy observations from the stool transition plot includes the number of pre-pandemic cluster 6 (Bacteroides and Escherichia Shigella) members that have moved into cluster 4 (Bacteroides, Faecalibacterium) early pandemic, or that none of the pre-pandemic members of cluster 1 (Prevotella, Prevotellaceae, and Lactobacillus) have moved into cluster 6. Comparing the stool and saliva cluster transition plots provides a visualization of the stronger coherence of early pandemic samples to their pre-pandemic counterparts in stool.
Fast Dna Spin Kit For Soil, supplied by Valiant Co Ltd, 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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dna taxonomy survey  (UK Seabed Resources Ltd)
90
UK Seabed Resources Ltd dna taxonomy survey
Taxon treatments presented in this paper. Includes Class, <t> DNA Taxonomy </t> ID (a species-level identification based on combined DNA and morphological evidence), GUID (Global Unique Identifier link to data record on http://data.nhm.ac.uk ), ABYSSLINE Record number, NHM Accession number, NHM Molecular Collection Facility (MCF) sample ID number (NHMUK_MCF#) and NCBI GenBank accession number (Genbank#) for successfully sequenced genetic markers.
Dna Taxonomy Survey, supplied by UK Seabed Resources Ltd, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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hm-277d  (BEI Resources)
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BEI Resources hm-277d
Taxon treatments presented in this paper. Includes Class, <t> DNA Taxonomy </t> ID (a species-level identification based on combined DNA and morphological evidence), GUID (Global Unique Identifier link to data record on http://data.nhm.ac.uk ), ABYSSLINE Record number, NHM Accession number, NHM Molecular Collection Facility (MCF) sample ID number (NHMUK_MCF#) and NCBI GenBank accession number (Genbank#) for successfully sequenced genetic markers.
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Image Search Results


FIGURE 3 Cluster transition plot for Stool at k=6 and Saliva at k=4. Cluster transition plots provide a visualization of the degree to which an early pandemic sample’s composition has changed relative to its pre-pandemic composition to warrant a change in its cluster membership. Hierarchical clustering and tree cutting (to form discrete clusters) is inherently an iterative process. In this figure, only one slice at k = 6, for stool, and k = 4, for saliva (labeled on the top left of each plot), were selected for illustrative purposes, although cuts k from 2 to 7 were also calculated. The dendrogram from hierarchically clustering of pre- and early pandemic samples are drawn on the top and left margins. The left margin dendrogram have pre-pandemic samples colored by their cluster identifier, while early pandemic samples are colored grey. Similarly, but complementarily, the top margin dendrogram has early pandemic samples colored by cluster identifier, but pre-pandemic samples are colored grey. In the field of the plot, each point represents the intersection of pre- and early pandemic samples. If both pre- and early pandemic samples are in the same cluster, then they are colored by their cluster identity, otherwise they are colored grey. Gridlines are drawn in the field to help identify cluster boundaries. When pre- to early pandemic samples have changed less in their composition, their points will be colored and lie across a diagonal from bottom-left to top-right. Examples of noteworthy observations from the stool transition plot includes the number of pre-pandemic cluster 6 (Bacteroides and Escherichia Shigella) members that have moved into cluster 4 (Bacteroides, Faecalibacterium) early pandemic, or that none of the pre-pandemic members of cluster 1 (Prevotella, Prevotellaceae, and Lactobacillus) have moved into cluster 6. Comparing the stool and saliva cluster transition plots provides a visualization of the stronger coherence of early pandemic samples to their pre-pandemic counterparts in stool.

Journal: Frontiers in cellular and infection microbiology

Article Title: Gut and oral microbiota associations with viral mitigation behaviors during the COVID-19 pandemic.

doi: 10.3389/fcimb.2022.966361

Figure Lengend Snippet: FIGURE 3 Cluster transition plot for Stool at k=6 and Saliva at k=4. Cluster transition plots provide a visualization of the degree to which an early pandemic sample’s composition has changed relative to its pre-pandemic composition to warrant a change in its cluster membership. Hierarchical clustering and tree cutting (to form discrete clusters) is inherently an iterative process. In this figure, only one slice at k = 6, for stool, and k = 4, for saliva (labeled on the top left of each plot), were selected for illustrative purposes, although cuts k from 2 to 7 were also calculated. The dendrogram from hierarchically clustering of pre- and early pandemic samples are drawn on the top and left margins. The left margin dendrogram have pre-pandemic samples colored by their cluster identifier, while early pandemic samples are colored grey. Similarly, but complementarily, the top margin dendrogram has early pandemic samples colored by cluster identifier, but pre-pandemic samples are colored grey. In the field of the plot, each point represents the intersection of pre- and early pandemic samples. If both pre- and early pandemic samples are in the same cluster, then they are colored by their cluster identity, otherwise they are colored grey. Gridlines are drawn in the field to help identify cluster boundaries. When pre- to early pandemic samples have changed less in their composition, their points will be colored and lie across a diagonal from bottom-left to top-right. Examples of noteworthy observations from the stool transition plot includes the number of pre-pandemic cluster 6 (Bacteroides and Escherichia Shigella) members that have moved into cluster 4 (Bacteroides, Faecalibacterium) early pandemic, or that none of the pre-pandemic members of cluster 1 (Prevotella, Prevotellaceae, and Lactobacillus) have moved into cluster 6. Comparing the stool and saliva cluster transition plots provides a visualization of the stronger coherence of early pandemic samples to their pre-pandemic counterparts in stool.

Article Snippet: Cells and genomic DNA from a microbial community of known composition (ZymoBiomics Microbial Community Standards; Zymo Research, Irvine, CA) served as positives controls.

Techniques: Labeling

Taxon treatments presented in this paper. Includes Class, DNA Taxonomy ID (a species-level identification based on combined DNA and morphological evidence), GUID (Global Unique Identifier link to data record on http://data.nhm.ac.uk ), ABYSSLINE Record number, NHM Accession number, NHM Molecular Collection Facility (MCF) sample ID number (NHMUK_MCF#) and NCBI GenBank accession number (Genbank#) for successfully sequenced genetic markers.

Journal: ZooKeys

Article Title: Abyssal fauna of the UK-1 polymetallic nodule exploration area, Clarion-Clipperton Zone, central Pacific Ocean: Mollusca

doi: 10.3897/zookeys.707.13042

Figure Lengend Snippet: Taxon treatments presented in this paper. Includes Class, DNA Taxonomy ID (a species-level identification based on combined DNA and morphological evidence), GUID (Global Unique Identifier link to data record on http://data.nhm.ac.uk ), ABYSSLINE Record number, NHM Accession number, NHM Molecular Collection Facility (MCF) sample ID number (NHMUK_MCF#) and NCBI GenBank accession number (Genbank#) for successfully sequenced genetic markers.

Article Snippet: We present results from a DNA taxonomy survey of abyssal benthic Mollusca collected as part of the first ABYSSLINE environmental survey cruise ‘AB01’ to the UK Seabed Resources Ltd (UKSRL) polymetallic nodule exploration contract area ‘UK-1’ (Fig. ) in the eastern Clarion-Clipperton Zone ( CCZ ), central Pacific Ocean ( ).

Techniques: