INVIEW Transcriptome Products
Choose the perfect package for your application
INVIEW Transcriptome Bacteria
High quality mapping results and gene expression profiles from prokaryotic samples.
INVIEW Transcriptome Explore
Reliable transcript identification and comparison between expression levels
Improve sensitivity and reduce bias in transcriptome profiling using NGS-based RNA sequencing with expert library preparation and in-depth analysis.
INVIEW Transcriptome Discover
Discover and quantify novel transcripts and splicing variants
NGS-based RNA-seq of strand-specific libraries for profiling of rare, novel transcripts or for analysing splicing variants even without a reference sequence
INVIEW Transcriptome Ultra Low
0.15 ng/µl starting material are sufficient to perform your expression analysis experiment.
INVIEW Transcriptome Isoform Discover
Isoform sequencing with PacBio's long-read technology to precisely identify new splicing variants
Use PacBio's ultra-long reads to cover full-length cDNA and perform genome-wide analysis of transcript isoform variations.
Find your optimal INVIEW TRANSCRIPTOME solution here
Product
|
Explore |
Discover |
Bacteria |
| Library type |
Strand-specific cDNA |
| Starting material |
Application for total RNA from various sources, starting from one sample
|
| Sequencing technology |
Illumina
|
| Read mode |
50 bp single reads
|
150 bp paired-end reads |
50 bp single reads |
| Number of guaranteed reads |
Multiples of 30M single reads
|
Multiples of 30M read pairs |
Multiples of 10M single reads |
| Delivery |
Express delivery time starts at 17 working days
|
Very well suited for:
|
Novel transcripts
|
- |
+ |
- |
Strand specificity information
|
+ |
+ |
+ |
Rare transcripts
|
Flexible increase of data output |
Splice variants
|
- |
+ |
n.a. |
Transcript identification
|
+ |
++(+) |
+ |
Differential expression
|
+ |
++(+) |
+ |
Mapping accuracy
|
Sufficient |
Optimal |
Sufficient |
High quality reference
|
Mandatory |
Additional |
Mandatory |
|
Available additional services:
|
RNA isolation *
|
+ |
+ |
+ |
RNA depletion *
|
+ |
+ |
+ |
Bioinformatic analysis
|
+ |
+ |
+ |
* dependent on sample source