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Precision in every gene, innovation in every step – offering customer-focused, flexible solutions, all manufactured and quality tested in Austria.

<h1>nagene<br><strong>products</strong></h1>

Plasmid (pDNA)

The following table shows an estimate of our special express production times, based on non-complex sequences of up to 1500 base pairs.

Scale Culture volume Yield BSE/TSE & Endotoxin Free TAT 5 days
Mini Prep 1 mL - 5mL 1 μg - 3 μg Frame 384 Frame 384
Mini Prep 50 mL - 100 mL 15 μg - 50 μg Frame 384 Frame 384
Maxi Prep 100 mL - 250 mL 100 μg - 500 μg Frame 384 Frame 384
Mega Prep 0.5 L - 2.5 L 500 μg - 2.5 mg Frame 384 Frame 384
Giga Prep 2.5 L 2.5 mg - 10 mg Frame 384 +1 day
High Scale   > 10 mg on request    
Definition of Complexity
GC rich sequences starting from 75%
Hairpin structure 25 bp
Direct repeats 25 bp
Specification  
100 bp - 10000 bp, larger on request Frame 384
Vectors: Customized Frame 384
Biosafety level 1 Frame 384
Concentration: Adjustment on request Frame 384
Linearization possible Frame 384

Process from
Start to Finish

Capacity in 2024 = 12 genes/day (1500 bp)
Capacity in 2025 = 64 genes/day (1500 bp)

Quality Control Methods

Method Specification
Appearance No visible particle, clear solution
Restriction digest Expected digest pattern
Complete plasmid DNA sequencing (NGS) Expected Sequence
DNA concentration, UV 260 Target concentration ± 15% (1 μg/μl)
Purity, UV 260/280 1.6 – 2.0
Host cell protein < 10 μg/mg
Residual Host DNA < 5% total DNA
Method Specification
Homogenity > 80% supercoiled
Endotoxin ≤ 0.1 EU/μg
Bioburden < 1 CFU/ml
Mycoplasma Absence

Product
Documentation

  • Batchrecord
  • Certificate of Conformance
  • Quality Report
  • Certificate of Analysis

State-of-the-art 
equipment

Syntax from DNA Script

The First DNA Printer. Powered by Enzymatic DNA Synthesis.

Fully automated, walk-away synthesis

Fully automated, walk-away synthesis

Plug-and-play integration

Plug-and-play integration

Flexible and very user-friendly

Flexible and very user-friendly

Parallel synthesis in 96-well plates

Parallel synthesis in 96-well plates

Flexibility for up to 96 oligos per run

Flexibility for up to 96 oligos per run

Synthesize labeled and unlabeled oligos

Synthesize labeled and unlabeled oligos

15-120 nt de novo synthesis (A, T, G, and C)

15-120 nt de novo synthesis (A, T, G, and C)

Custom iDNA of 1-45 nt available

Custom iDNA of 1-45 nt available

Default 5'-phosphate

Default 5'-phosphate

15- to 30-min setup time per run

15- to 30-min setup time per run

Same-day synthesis of 15-30 nt oligos enables two runs in 24 hours

Same-day synthesis of 15-30 nt oligos enables two runs in 24 hours

Synthesize oligos overnight for next-day use

Synthesize oligos overnight for next-day use

Ready-to-use oligos for molecular biology and genomics applications

Ready-to-use oligos for molecular biology and genomics applications

Modify oligos with fluorophores, quenchers, and biotin

Modify oligos with fluorophores, quenchers, and biotin

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GridION from ONT

Benchtop device designed to run and analyse up to five Flongle or MinION Flow Cells.

High-precision measurements (Q values from Q30 to Q50)

High-precision measurements (Q values from Q30 to Q50)

Analyzes native DNA or RNA at any fragment length

Analyzes native DNA or RNA at any fragment length

Enables quick access to critical information and deeper

Enables quick access to critical information and deeper

Integrated compute

Integrated compute

Fast and flexible to use

Fast and flexible to use

The GridION has a compact size

The GridION has a compact size

Parallel execution of up to 5 nanopore experiments with fully integrated high-performance computing

Parallel execution of up to 5 nanopore experiments with fully integrated high-performance computing

Nanopores read the length of the DNA or RNA presented to them - from short to ultra-long  (longest >4 MB)

Nanopores read the length of the DNA or RNA presented to them - from short to ultra-long (longest >4 MB)

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Qubit from Thermo Fisher

Precise quantification of biomolecules. Quantification of DNA, RNA and proteins.

Fast and accurate measurements

Fast and accurate measurements

Highly specific for DNA, RNA and proteins

Highly specific for DNA, RNA and proteins

Ease of use and specific quantification

Ease of use and specific quantification

Superiority over UV absorption methods in sensitivity and specificity

Superiority over UV absorption methods in sensitivity and specificity

High sensitivity and accuracy

High sensitivity and accuracy

Distinguishes between different molecule types and states

Distinguishes between different molecule types and states

Intuitive operation with instant results and easy data export

Intuitive operation with instant results and easy data export

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