Save your budget for later
Great prices, fast turnaround times and flexible usage with our new NGS coupons
Next Generation Sequencing becomes more and more a Sanger-like technique in the lab, where you need to sequence small sample numbers on a regular basis.
Picking up the Sanger approach - with prepayment, we now offer you the possibility to order NGS prepaid coupons that can be redeemed flexible for your next NGS orders.
Benefits of NGS coupons
- One invoice for many (small) NGS projects
- Flexible redemption – no fix link between coupon and NGS service
- Simple price structure
- Reduced prices for certain products

Coupon strategy
To cover all our top selling products we have introduced 6 different coupons that can be used easily for your next NGS project.
Coupon type |
Content |
Products |
NovaSeq Sample Pack Coupon |
- One library
- 5M Read Pairs (2x150 bp) on NovaSeq
|
- INVIEW Transriptome Discover / Bacteria
- INVIEW Resequencing
- INVIEW Metagenome
- INVIEW Virus
- INVIEW CRISPR Check Adapter ligation
- NGSelect Amplicon Adatper ligation
|
NovaSeq Coverage Pack Coupon |
- 5M Read Pairs (2x150 bp) on NovaSeq
- To be used in combination with the NovaSeq Sample Pack Coupon
|
Bioinformatics Analysis |
- Dedicated Bio-IT analysis for the corresponding product (see next tab)
|
Everything except Microbiome |
NGS Plasmid Pack |
- One library
- 300x coverage sequencing
- Bioinformatics analysis
|
- INVIEW Plasmid Verification
|
MiSeq Sample Pack
|
- One amplicon library
- 60k Read Pairs (2x300 bp) on MiSeq
|
- INVIEW CRISPR Check 2nd PCR
- NGSelect Amplicon 2nd PCR
|
Microbiome Coupon |
- One amplicon library
- 60k Read Pairs (2x300 bp) on MiSeq
|
- Microbiome Profiling 1 - 4 targets
- Microbiome 2nd PCR Projects
|
Microbiome BioIT Coupon |
- Microbiome Bioinformatics Analysis (details see next tab)
|
Coupon usage
Please note that the add-on coupons can only be redeemed in combination with a basic coupon:

The Important Fine Print!
One coupon - many possibilities
NGS Bio-IT Coupon
Our "NGS Bio-IT coupon" is not only available for one way of analysis the samples but several - depending on the project you order with it
Genome variant detection
- Variant analysis: detection and annotation of single nucleotide polymorphism (SNPs) and insertions and deletions (InDels)
- De novo genome assembly
Option 1:
- Sequence quality assessment
- Removal of poor quality bases, adapters, primers and others
- Taxonomic profiling using NCBI database of bacterial, archaeal fungal, protozoan and viral genomes
- Removal of host sequences (only applicable for human, mouse or rat samples)
Deliverables:
- FastQ Files (sequences and quality scores)
- Phylum, genus and species level OTU abundance tables (tsv) and graphs (png)
- Interactive species level OTU abundance plot (html)
- Species diversity indices (tsv) and plots (png)
- Rarefaction curves (png)
Option 2:
- Thorough assessment of sequence quality prior to metagenome annotation
- Removal of poor quality bases, adapters and primers
- Removal of host sequences
- Taxonomic profiling using established pre-built MiniKrakenDB constructed from complete bacterial, archaeal fungal, protozoan and viral genomes in RefSeq
- Screening for virulence factors and antibiotic resistance genes using MvirDB
- KEGG functional profiling of microbial communities using the integrated gene catalogue of the human gut microbiome (IGC)
Deliverables:
Taxonomic profiling
- FastQ Files (sequences and quality scores)
- Phylum, genus and species level OTU abundance tables (.tsv) and graphs (.png)
- Interactive species level OTU abundance plot (html)
- Species diversity indices (.tsv) and plots (.png)
- Rarefaction curves (.png)
Functional profiling
- KEGG annotation tables (.tsv) and graphs (.png)
- Correlation plots (.png)
Resistance profiling
- Antibiotic resistance and virulence tables (.tsv) and graphs (.png)
- Correlation plots (.png)
- Mapping against one reference
- Identification and quantification of transcripts
- Pairwise comparison (samples or groups of samples) of expression levels and determination of significant fold differences
- Principal Component Analysis (PCA)
- Alternative splicing analysis based on known/provided gene models for eukaryotes
- Fusion gene detection
Deliverables:
- Alignment file (bam)
- Gene expression table including FPKM value (tsv)
- Table of pair-wise differential expression including fold change and p-value (tsv)
- Combined gene expression table of all samples (tsv)
- Volcano plots (png)
- Tables of alternative splicing events (tsv)
- Table of fused transcripts/genes (tsv)
- Comprehensive Data Analysis Report (pdf)
Analysis
- Data sorting according to tags designed by Eurofins Genomics
- Data sorting according to customer supplied tag
- CRISPR mutation analysis
The CRISPR mutation analysis evaluates mutations introduced by non-homologous end joining (NHEJ) pathway. Our pipeline is designed for analysing events with single breaks.
- Quality clipping and merging of raw reads
- Mapping to target region(s) and quality filtering of mapped reads
- Clustering based identification and quantification of NHEJ events
- Quantification of mutation rates and of frameshift mutations
- For each sample and target region, detailed reporting of:
- Wildtype and alternate allele sequences including quantification
- Observed mutation rate plots, frameshift classification plots
- Raw data, mapping, and coverage statistics
Deliverables
- Comprehensive report with results and methods sections
- Raw FASTQ files
- Quality clipped and assembled FASTQ files
- Mapped reads in BAM format (raw and filtered)
- Observed wildtype and alternate allele sequences including quantification
- Raw data, preprocessing, mapping, and coverage metrics in CSV format
- Pre-Processing of reads
- Chimera filtering
- Picking of OTU representative sequences (Operational Taxonomic Unit)
- Taxonomical assignment and read abundance estimation for all detected OTUs down to species level. Higher taxonomic ranks possible if assignment cannot be unambiguously resolved (e.g. at genus or family level). Specificity depends on starting material, taxonomic composition of sample, and availability of reference sequence in databases.
- Normalised abundance estimation of bacterial and arachaeal OTUs considering lineage-specific copy numbers of marker genes
- Microbial diversity analysis - alpha and beta diversity indices
Analysis deliverables:
- OTU composition tables (tsv)
- Graphical representation of taxonomic assignments (HTML)
- Microbial diversity tables (tsv)
- Comprehensive Data Analysis report (pdf)
1 Coupon per sample
- Mapping against one reference
- Detection of SNPs and InDels
- Annotation of detected SNPs and InDels (using dbSNP)
- Allocation of effects on protein level (using Ensembl)
Deliverables:
- Alignment file (bam)
- SNP and InDel tables including annotated variants and effects (vcf, tsv, bed)
- Comprehensive data analysis report (pdf)