16s Ribosomal Sequencing
Sequencing Services
| Sequencing Platform | Read Length /Assay Length | Pricing |
| Ion S5 XL | 300bp 515F bacterial + archaeal or ITS1-2 fungal diversity | For nominal 15-20,000 reads/assay: |
| $60/assay (any size project) | ||
| Ion S5 XL (EXT) | >400bp bacterial, archaeal, | Same Pricing as Illumina MiSeq |
| or ITS fungal diversity assays | (No Additional Library Fee) | |
| 20,000 sequence diversity assays starting at: | ||
| $65 /assay (>300 assays) | ||
| $70/assay (150-300 assays) | ||
| Illumina MiSeq | 2x300 PE | $75/assay (100-150 assays) |
| $80/assay (50-100 assays) | ||
| $85/assay (1-50 assays) | ||
| For projects < 10 samples a $100 library fee is added | ||
| PacBio Sequel | Full Length 16s sequencing | Average 5,000 seqeunces per sample: |
| $150/assay (Minimum 10 Samples) |
MR DNA has all the major sequencing platforms and we have a large selection of amplicon sequencing programs .. Everything can be customized to the needs of the customer, only limited by the capabilities of the sequencing technologies.
Any amplicons (bTEFAP® services) such as 16s, 18s, ITS, functional or custom assays.. if you have an amplicon with custom primers we can help sequence it.
Illumina miseq and hiseq amplicons
examples for any of our hundreds of inhouse assays
***2x300bp PE illumina 20,000 sequence diversity assays
$85/assay 1-50 assays (note: for projects < 10 assays per library, a $100 library fee is added),
$80 for 50-100 assays,
$75 for 100-150 assays,
$70 for 150-300,
$65 for > 300 assays.
additional discounts for very large projects also
Ion S5 XL (Ion Torrent) amplicons
***300bp 515F bacterial + archaeal or ITS1-2 fungal diversity Ion S5 assays with nominal 15-20,000 reads/assay for $60/assay (any size project)
>400bp bacterial, archaeal, or ITS fungal diversity assays with nominal 15-20,000 reads/assay starting at $85/assay and continues to follow the Illumina MiSeq pricing scale above.
PAC BIO SEQUEL:
Sequel long read amplicon sequencing for 16s, 18s, ITS and custom amplicons
MR DNA now accepts any size project (projects with < 10 samples do have a $500 indexing fee and a $20/sample additional PCR replication fee.)
Low average coverage ( < 500 sequences average per sample) for $50/sample
Medium coverage (average 5000 sequences per sample) for $150/sample
High coverage 10K average sequences scale for $250/sample
Custom scales can have as much data per sample as desired in multiples of 10K with price linearly increased.
custom assays from 700bp - 3000bp or larger of course have a barcoding that is typically $15/barcode
DNA Extraction / RNA Extraction Price:
--DNA Extraction starting at $25 / sample (depending on service requested and sample type submitted)
--RNA Extraction starting between $30 - $70 / sample (depending on service requested and sample type submitted)
Why Should I Choose the 16s Sequencing Service?
Prokaryotes today are divided into two domains, Archaea and Bacteria. These two domains are of particular interest in areas of research including:
- Soil Ecology
- Gastroenterology
- Medical microbiology
- Food Science
- etc.
The already cost effective method of 16s rRNA sequencing continues to reduce in cost as sequencing technology continues to advance. By utilizing the technology made available by next-generation sequencing platforms, we are able to generate the necessary data required to complete these 16s rRNA phylogenetic studies in a much more time efficient and cost-effective manner. For more information concerning our 16s rRNA sequencing capabilities, feel free to Contact us.
What is 16s rRNA Sequencing?
16s rRNA sequencing has become one of the leading methods for phylogenetic studies. The popularization of 16s sequencing methods has been due in large part to the wide availability of PCR and Next-generation sequencing facilities, such as MRDNA. But what is 16s rRNA sequencing? And why should you choose 16s sequencing methods over other DNA sequencing methods?
16s rRNA sequencing refers to sequencing the 16s rRNA gene that codes for the small subunit (SSU) of the ribosome found in prokaryotes such as Bacteria and Archaea. There are several factors that make the 16s rRNA gene the perfect target to complete your taxonomy or phylogeny studies.
- Because the 16s gene codes for the SSU of the prokaryotic ribosome, researchers can rely on the fact that the their target gene will be present in every cell.
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The 16s gene contains both highly conserved regions as well as hypervariable regions.
- The presence of the highly conserved regions allow researchers to design primer pairs that will accurately and reliably amplify the 16s hypervariable region of their choice.
- The presence of the hypervariable regions affords researchers the ability to differentiate between closely related genera or species detected in their samples.
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The overall size of the 16s rRNA gene is relatively short. ~1500bp. While sequencing the entire 16s gene is difficult due to read length restrictions of many NGS platforms, sequencing one or more hypervariable regions is relatively quick and affordable.
- Two of our most requested assays for 16s rRNA sequencing are 27F-519R (V1-V3 region) and 515F-806R (V4 region).
- For questions regarding pricing feel free to contact us or visit our 16 ribosomal sequencing page.
Often times, researchers will have some confusion regarding the differences between 16s metagenomic sequencing methods and shotgun metagenomic sequencing methods. In short, shotgun metagenome sequencing is aptly named due to the fact that the goal of this DNA sequencing method is to sequence all genes from all organisms in a given sample. Whereas in the case of 16s metagenome sequencing, the goal is to sequence the 16s rRNA gene specifically.
Related Research
Periodontitis is caused by dysbiotic subgingival bacterial communities that may lead to increased bacterial invasion into gingival tissues. Although shifts in community structures associated with transition from health to periodontitis have been well characterized, the nature of bacteria present within the gingival tissue of periodontal lesions is not known. To characterize microbiota within tissues of periodontal lesions and compare them with plaque microbiota, gingival tissues and subgingival plaques were obtained from 7 patients with chronic periodontitis. A sequencing analysis of the 16S rRNA gene revealed that species richness and diversity were not significantly different between the 2 groups. However, intersubject variability of intratissue communities was smaller than that of plaque communities. In addition, when compared with the plaque communities, intratissue communities were characterized by decreased abundance of Firmicutes and increased abundance of Fusobacteria and Chloroflexi. In particular, Fusobacterium nucleatum and Porphyromonas gingivalis were highly enriched within the tissue, composing 15% to 40% of the total bacteria. Furthermore, biofilms, as visualized by alcian blue staining and atomic force microscopy, were observed within the tissue where the degradation of connective tissue fibers was prominent. In conclusion, very complex bacterial communities exist in the form of biofilms within the gingival tissue of periodontal lesions, which potentially serve as a reservoir for persistent infection. This novel finding may prompt new research on therapeutic strategies to treat periodontitis.
Baek K, Ji S, Choi Y. Complex Intratissue Microbiota Forms Biofilms in Periodontal Lesions. J Dent Res. 2017;:22034517732754.