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Novogene high throughput amplicon sequencing
Sediment community structure of methanogenic genera given by 16S rRNA gene <t>amplicon</t> sequences at Bonete (B) and Palmar (P) reservoirs. (a) Principal Coordinates Analysis (PCoA) with Bray-Curtis distance, at taxonomic ASV level, from triplicate sediment samples at three sites in the Bonete reservoir (red) and three sites in the Palmar reservoir (cyan) sampled in autumn (circles) and spring (triangles); (b) significant ( p < 0.05) differential abundance of methanogenic genera according to reservoir, where the values ( n ) on the axis indicate a 2-fold (FC: fold change) increase (by 2 n times) of a genus in one reservoir compared to the other; c) relative abundance of methanogenic genera in archaeal sequences in three sites of Bonete and three sites of Palmar reservoirs from sediments collected at autumn (A) and spring (S).
High Throughput Amplicon Sequencing, supplied by Novogene, used in various techniques. Bioz Stars score: 86/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/high+throughput+amplicon+sequencing/high+sequencing+throughput/pmc13190606-117-4-10
Average 86 stars, based on 1 article reviews
high throughput amplicon sequencing - by Bioz Stars, 2026-10
86/100 stars

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1) Product Images from "Methane-cycling microbial communities are spatially structured, seasonally dynamic, and functionally coupled in sediments of two nearby eutrophic hydroelectric reservoirs"

Article Title: Methane-cycling microbial communities are spatially structured, seasonally dynamic, and functionally coupled in sediments of two nearby eutrophic hydroelectric reservoirs

Journal: Frontiers in Microbiology

doi: 10.3389/fmicb.2026.1824828

Sediment community structure of methanogenic genera given by 16S rRNA gene amplicon sequences at Bonete (B) and Palmar (P) reservoirs. (a) Principal Coordinates Analysis (PCoA) with Bray-Curtis distance, at taxonomic ASV level, from triplicate sediment samples at three sites in the Bonete reservoir (red) and three sites in the Palmar reservoir (cyan) sampled in autumn (circles) and spring (triangles); (b) significant ( p < 0.05) differential abundance of methanogenic genera according to reservoir, where the values ( n ) on the axis indicate a 2-fold (FC: fold change) increase (by 2 n times) of a genus in one reservoir compared to the other; c) relative abundance of methanogenic genera in archaeal sequences in three sites of Bonete and three sites of Palmar reservoirs from sediments collected at autumn (A) and spring (S).
Figure Legend Snippet: Sediment community structure of methanogenic genera given by 16S rRNA gene amplicon sequences at Bonete (B) and Palmar (P) reservoirs. (a) Principal Coordinates Analysis (PCoA) with Bray-Curtis distance, at taxonomic ASV level, from triplicate sediment samples at three sites in the Bonete reservoir (red) and three sites in the Palmar reservoir (cyan) sampled in autumn (circles) and spring (triangles); (b) significant ( p < 0.05) differential abundance of methanogenic genera according to reservoir, where the values ( n ) on the axis indicate a 2-fold (FC: fold change) increase (by 2 n times) of a genus in one reservoir compared to the other; c) relative abundance of methanogenic genera in archaeal sequences in three sites of Bonete and three sites of Palmar reservoirs from sediments collected at autumn (A) and spring (S).

Techniques Used: Amplification

Sediment community structure of bacterial methanotrophs given by 16S rRNA gene amplicon sequences at Bonete (B) and Palmar (P) reservoirs. (a) Principal coordinates analysis (PCoA) with Bray-Curtis distance, at taxonomic ASV level, from triplicate sediment samples at three sites in the Bonete reservoir (red) and three sites in the Palmar reservoir (cyan) sampled in autumn (circles) and spring (triangles); (b) differential significant ( p < 0.01) abundance of methanotrophic genera according to the reservoir, where the values ( n ) on the axis indicate a 2-fold (FC: fold change) increase (by 2 n times) of a genus in one reservoir compared to the other; (c) relative abundance of methanotrophic genera to the total acteria in three sites of Bonete and three sites of Palmar reservoirs from sediments collected at autumn (A) and spring (S).
Figure Legend Snippet: Sediment community structure of bacterial methanotrophs given by 16S rRNA gene amplicon sequences at Bonete (B) and Palmar (P) reservoirs. (a) Principal coordinates analysis (PCoA) with Bray-Curtis distance, at taxonomic ASV level, from triplicate sediment samples at three sites in the Bonete reservoir (red) and three sites in the Palmar reservoir (cyan) sampled in autumn (circles) and spring (triangles); (b) differential significant ( p < 0.01) abundance of methanotrophic genera according to the reservoir, where the values ( n ) on the axis indicate a 2-fold (FC: fold change) increase (by 2 n times) of a genus in one reservoir compared to the other; (c) relative abundance of methanotrophic genera to the total acteria in three sites of Bonete and three sites of Palmar reservoirs from sediments collected at autumn (A) and spring (S).

Techniques Used: Amplification

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Amplification:

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Article Snippet: .. High-throughput amplicon sequencing was outsourced to Novogene, following a modified version of the protocol described by . ..

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Article Snippet: The sgRNA sequences underwent amplification utilizing NEB Q5 ® High-Fidelity DNA Polymerases(#M0493,New England Biolabs,USA), and the generated amplicons were retrieved from 2% agarose gels employing an EasyPure Quick Gel Extraction Kit (#EG101,TransGen Biotech, China). .. Subsequently, these samples underwent high-throughput amplicon sequencing conducted by Novogene Technology (Beijing, China). ..

Article Title: HMBOX1 plays a critical role in plumbagin-induced growth inhibition of hepatocellular carcinoma cells
Article Snippet: The sgRNA sequences underwent amplification utilizing NEB Q5 ® High-Fidelity DNA Polymerases(#M0493,New England Biolabs, USA), and the generated amplicons were retrieved from 2% agarose gels employing an EasyPure Quick Gel Extraction Kit (#EG101,TransGen Biotech, China). .. Subsequently, these samples underwent high-throughput amplicon sequencing conducted by Novogene Technology (Beijing, China). ..

Article Title: Efficient removal of antibiotic resistance genes and of enteric bacteria from reclaimed wastewater by enhanced Soil Aquifer Treatments.
Article Snippet: .. The final 69 extracted samples were sent to Novogene Europe (Cambridge, UK) for high throughput amplicon sequencing. (caption on next page) Specifications on 16S amplification, sequencing libraries preparation, sequence cleaning and ASV (Amplicon Variant Sequence) association appear on Supplementary Material and Methods (quality control parameters included in Supplementary Table ST5). ..

Article Title: Methane-cycling microbial communities are spatially structured, seasonally dynamic, and functionally coupled in sediments of two nearby eutrophic hydroelectric reservoirs
Article Snippet: .. Amplification, library construction, and high-throughput amplicon sequencing were performed in Novogene (Beijing, China). ..

Sequencing:

Article Title: Blastocystis across humans, animals and the environment in rural Türkiye, and relationships with the human intestinal microbiome
Article Snippet: .. High-throughput amplicon sequencing was outsourced to Novogene, following a modified version of the protocol described by . ..

Article Title: Exploring Blastocystis and Gut Health: A Pilot Investigation of Microbiome and Metabolomic Signatures in a UK Cohort
Article Snippet: .. High-throughput amplicon sequencing was performed by Novogene, utilising the methodology of Caporaso et al. ( Caporaso et al ., 2011 ). ..

Article Title: HMBOX1 plays a critical role in plumbagin-induced growth inhibition of hepatocellular carcinoma cells.
Article Snippet: The sgRNA sequences underwent amplification utilizing NEB Q5 ® High-Fidelity DNA Polymerases(#M0493,New England Biolabs,USA), and the generated amplicons were retrieved from 2% agarose gels employing an EasyPure Quick Gel Extraction Kit (#EG101,TransGen Biotech, China). .. Subsequently, these samples underwent high-throughput amplicon sequencing conducted by Novogene Technology (Beijing, China). ..

Article Title: HMBOX1 plays a critical role in plumbagin-induced growth inhibition of hepatocellular carcinoma cells
Article Snippet: The sgRNA sequences underwent amplification utilizing NEB Q5 ® High-Fidelity DNA Polymerases(#M0493,New England Biolabs, USA), and the generated amplicons were retrieved from 2% agarose gels employing an EasyPure Quick Gel Extraction Kit (#EG101,TransGen Biotech, China). .. Subsequently, these samples underwent high-throughput amplicon sequencing conducted by Novogene Technology (Beijing, China). ..

Article Title: Efficient removal of antibiotic resistance genes and of enteric bacteria from reclaimed wastewater by enhanced Soil Aquifer Treatments.
Article Snippet: .. The final 69 extracted samples were sent to Novogene Europe (Cambridge, UK) for high throughput amplicon sequencing. (caption on next page) Specifications on 16S amplification, sequencing libraries preparation, sequence cleaning and ASV (Amplicon Variant Sequence) association appear on Supplementary Material and Methods (quality control parameters included in Supplementary Table ST5). ..

Article Title: Methane-cycling microbial communities are spatially structured, seasonally dynamic, and functionally coupled in sediments of two nearby eutrophic hydroelectric reservoirs
Article Snippet: .. Amplification, library construction, and high-throughput amplicon sequencing were performed in Novogene (Beijing, China). ..

Modification:

Article Title: Blastocystis across humans, animals and the environment in rural Türkiye, and relationships with the human intestinal microbiome
Article Snippet: .. High-throughput amplicon sequencing was outsourced to Novogene, following a modified version of the protocol described by . ..

High Throughput Screening Assay:

Article Title: Efficient removal of antibiotic resistance genes and of enteric bacteria from reclaimed wastewater by enhanced Soil Aquifer Treatments.
Article Snippet: .. The final 69 extracted samples were sent to Novogene Europe (Cambridge, UK) for high throughput amplicon sequencing. (caption on next page) Specifications on 16S amplification, sequencing libraries preparation, sequence cleaning and ASV (Amplicon Variant Sequence) association appear on Supplementary Material and Methods (quality control parameters included in Supplementary Table ST5). ..

Variant Assay:

Article Title: Efficient removal of antibiotic resistance genes and of enteric bacteria from reclaimed wastewater by enhanced Soil Aquifer Treatments.
Article Snippet: .. The final 69 extracted samples were sent to Novogene Europe (Cambridge, UK) for high throughput amplicon sequencing. (caption on next page) Specifications on 16S amplification, sequencing libraries preparation, sequence cleaning and ASV (Amplicon Variant Sequence) association appear on Supplementary Material and Methods (quality control parameters included in Supplementary Table ST5). ..

Control:

Article Title: Efficient removal of antibiotic resistance genes and of enteric bacteria from reclaimed wastewater by enhanced Soil Aquifer Treatments.
Article Snippet: .. The final 69 extracted samples were sent to Novogene Europe (Cambridge, UK) for high throughput amplicon sequencing. (caption on next page) Specifications on 16S amplification, sequencing libraries preparation, sequence cleaning and ASV (Amplicon Variant Sequence) association appear on Supplementary Material and Methods (quality control parameters included in Supplementary Table ST5). ..



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Sediment community structure of methanogenic genera given by 16S rRNA gene <t>amplicon</t> sequences at Bonete (B) and Palmar (P) reservoirs. (a) Principal Coordinates Analysis (PCoA) with Bray-Curtis distance, at taxonomic ASV level, from triplicate sediment samples at three sites in the Bonete reservoir (red) and three sites in the Palmar reservoir (cyan) sampled in autumn (circles) and spring (triangles); (b) significant ( p < 0.05) differential abundance of methanogenic genera according to reservoir, where the values ( n ) on the axis indicate a 2-fold (FC: fold change) increase (by 2 n times) of a genus in one reservoir compared to the other; c) relative abundance of methanogenic genera in archaeal sequences in three sites of Bonete and three sites of Palmar reservoirs from sediments collected at autumn (A) and spring (S).
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Sediment community structure of methanogenic genera given by 16S rRNA gene <t>amplicon</t> sequences at Bonete (B) and Palmar (P) reservoirs. (a) Principal Coordinates Analysis (PCoA) with Bray-Curtis distance, at taxonomic ASV level, from triplicate sediment samples at three sites in the Bonete reservoir (red) and three sites in the Palmar reservoir (cyan) sampled in autumn (circles) and spring (triangles); (b) significant ( p < 0.05) differential abundance of methanogenic genera according to reservoir, where the values ( n ) on the axis indicate a 2-fold (FC: fold change) increase (by 2 n times) of a genus in one reservoir compared to the other; c) relative abundance of methanogenic genera in archaeal sequences in three sites of Bonete and three sites of Palmar reservoirs from sediments collected at autumn (A) and spring (S).
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Sediment community structure of methanogenic genera given by 16S rRNA gene <t>amplicon</t> sequences at Bonete (B) and Palmar (P) reservoirs. (a) Principal Coordinates Analysis (PCoA) with Bray-Curtis distance, at taxonomic ASV level, from triplicate sediment samples at three sites in the Bonete reservoir (red) and three sites in the Palmar reservoir (cyan) sampled in autumn (circles) and spring (triangles); (b) significant ( p < 0.05) differential abundance of methanogenic genera according to reservoir, where the values ( n ) on the axis indicate a 2-fold (FC: fold change) increase (by 2 n times) of a genus in one reservoir compared to the other; c) relative abundance of methanogenic genera in archaeal sequences in three sites of Bonete and three sites of Palmar reservoirs from sediments collected at autumn (A) and spring (S).
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Sediment community structure of methanogenic genera given by 16S rRNA gene <t>amplicon</t> sequences at Bonete (B) and Palmar (P) reservoirs. (a) Principal Coordinates Analysis (PCoA) with Bray-Curtis distance, at taxonomic ASV level, from triplicate sediment samples at three sites in the Bonete reservoir (red) and three sites in the Palmar reservoir (cyan) sampled in autumn (circles) and spring (triangles); (b) significant ( p < 0.05) differential abundance of methanogenic genera according to reservoir, where the values ( n ) on the axis indicate a 2-fold (FC: fold change) increase (by 2 n times) of a genus in one reservoir compared to the other; c) relative abundance of methanogenic genera in archaeal sequences in three sites of Bonete and three sites of Palmar reservoirs from sediments collected at autumn (A) and spring (S).
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Sediment community structure of methanogenic genera given by 16S rRNA gene <t>amplicon</t> sequences at Bonete (B) and Palmar (P) reservoirs. (a) Principal Coordinates Analysis (PCoA) with Bray-Curtis distance, at taxonomic ASV level, from triplicate sediment samples at three sites in the Bonete reservoir (red) and three sites in the Palmar reservoir (cyan) sampled in autumn (circles) and spring (triangles); (b) significant ( p < 0.05) differential abundance of methanogenic genera according to reservoir, where the values ( n ) on the axis indicate a 2-fold (FC: fold change) increase (by 2 n times) of a genus in one reservoir compared to the other; c) relative abundance of methanogenic genera in archaeal sequences in three sites of Bonete and three sites of Palmar reservoirs from sediments collected at autumn (A) and spring (S).
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Sediment community structure of methanogenic genera given by 16S rRNA gene <t>amplicon</t> sequences at Bonete (B) and Palmar (P) reservoirs. (a) Principal Coordinates Analysis (PCoA) with Bray-Curtis distance, at taxonomic ASV level, from triplicate sediment samples at three sites in the Bonete reservoir (red) and three sites in the Palmar reservoir (cyan) sampled in autumn (circles) and spring (triangles); (b) significant ( p < 0.05) differential abundance of methanogenic genera according to reservoir, where the values ( n ) on the axis indicate a 2-fold (FC: fold change) increase (by 2 n times) of a genus in one reservoir compared to the other; c) relative abundance of methanogenic genera in archaeal sequences in three sites of Bonete and three sites of Palmar reservoirs from sediments collected at autumn (A) and spring (S).
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Image Search Results


Sediment community structure of methanogenic genera given by 16S rRNA gene amplicon sequences at Bonete (B) and Palmar (P) reservoirs. (a) Principal Coordinates Analysis (PCoA) with Bray-Curtis distance, at taxonomic ASV level, from triplicate sediment samples at three sites in the Bonete reservoir (red) and three sites in the Palmar reservoir (cyan) sampled in autumn (circles) and spring (triangles); (b) significant ( p < 0.05) differential abundance of methanogenic genera according to reservoir, where the values ( n ) on the axis indicate a 2-fold (FC: fold change) increase (by 2 n times) of a genus in one reservoir compared to the other; c) relative abundance of methanogenic genera in archaeal sequences in three sites of Bonete and three sites of Palmar reservoirs from sediments collected at autumn (A) and spring (S).

Journal: Frontiers in Microbiology

Article Title: Methane-cycling microbial communities are spatially structured, seasonally dynamic, and functionally coupled in sediments of two nearby eutrophic hydroelectric reservoirs

doi: 10.3389/fmicb.2026.1824828

Figure Lengend Snippet: Sediment community structure of methanogenic genera given by 16S rRNA gene amplicon sequences at Bonete (B) and Palmar (P) reservoirs. (a) Principal Coordinates Analysis (PCoA) with Bray-Curtis distance, at taxonomic ASV level, from triplicate sediment samples at three sites in the Bonete reservoir (red) and three sites in the Palmar reservoir (cyan) sampled in autumn (circles) and spring (triangles); (b) significant ( p < 0.05) differential abundance of methanogenic genera according to reservoir, where the values ( n ) on the axis indicate a 2-fold (FC: fold change) increase (by 2 n times) of a genus in one reservoir compared to the other; c) relative abundance of methanogenic genera in archaeal sequences in three sites of Bonete and three sites of Palmar reservoirs from sediments collected at autumn (A) and spring (S).

Article Snippet: Amplification, library construction, and high-throughput amplicon sequencing were performed in Novogene (Beijing, China).

Techniques: Amplification

Sediment community structure of bacterial methanotrophs given by 16S rRNA gene amplicon sequences at Bonete (B) and Palmar (P) reservoirs. (a) Principal coordinates analysis (PCoA) with Bray-Curtis distance, at taxonomic ASV level, from triplicate sediment samples at three sites in the Bonete reservoir (red) and three sites in the Palmar reservoir (cyan) sampled in autumn (circles) and spring (triangles); (b) differential significant ( p < 0.01) abundance of methanotrophic genera according to the reservoir, where the values ( n ) on the axis indicate a 2-fold (FC: fold change) increase (by 2 n times) of a genus in one reservoir compared to the other; (c) relative abundance of methanotrophic genera to the total acteria in three sites of Bonete and three sites of Palmar reservoirs from sediments collected at autumn (A) and spring (S).

Journal: Frontiers in Microbiology

Article Title: Methane-cycling microbial communities are spatially structured, seasonally dynamic, and functionally coupled in sediments of two nearby eutrophic hydroelectric reservoirs

doi: 10.3389/fmicb.2026.1824828

Figure Lengend Snippet: Sediment community structure of bacterial methanotrophs given by 16S rRNA gene amplicon sequences at Bonete (B) and Palmar (P) reservoirs. (a) Principal coordinates analysis (PCoA) with Bray-Curtis distance, at taxonomic ASV level, from triplicate sediment samples at three sites in the Bonete reservoir (red) and three sites in the Palmar reservoir (cyan) sampled in autumn (circles) and spring (triangles); (b) differential significant ( p < 0.01) abundance of methanotrophic genera according to the reservoir, where the values ( n ) on the axis indicate a 2-fold (FC: fold change) increase (by 2 n times) of a genus in one reservoir compared to the other; (c) relative abundance of methanotrophic genera to the total acteria in three sites of Bonete and three sites of Palmar reservoirs from sediments collected at autumn (A) and spring (S).

Article Snippet: Amplification, library construction, and high-throughput amplicon sequencing were performed in Novogene (Beijing, China).

Techniques: Amplification