Automated Genotyping Comparison
In-House Genotyping Is Costing You More Than You Think
For many labs, in-house gel-based genotyping has long been the default. It’s familiar and seems controllable and cost-effective on the surface.
But when you look closer, a different picture emerges.
Time delays, human error, inconsistent results, and hidden labor costs add up, quietly draining resources and slowing research progress. Let’s break down where in-house genotyping is holding you back and how automating the process changes the equation
The Hidden Cost of Time
Turnaround time is often an underestimated inefficiency in traditional genotyping workflows. In-house gel-based methods typically take 3–7 days, or longer due to batching, scheduling constraints, or reruns.
That delay has real consequences:
Slower weaning decisions
Delayed breeding strategies
Missed experimental windows
With Transnetyx Automated Genotyping, results are delivered in 24 or 72 hours, guaranteed, so you can move forward faster and make confident decisions.
Workflow Complexity Introduces Variability and Risk
Gel-based genotyping is multi-step and technician-dependent. Each step introduces variability and requires time, coordination, and oversight. Many labs rely on manual tracking or disconnected systems, increasing the risk of errors.
Automated Genotyping simplifies the process:
Simply clip, ship, and click
Full traceability through QuickOrder
No manual data entry or fragmented tracking
Less effort managing workflows. More time focused on your research.
Accuracy Isn’t Just a Metric. It’s a Risk Factor
In-house genotyping often carries a 10–30% failure or repeat rate, driven by variability in technique, subjective gel interpretation, and human error. Sample mix-ups, pipetting mistakes, and inconsistent processes can all lead to failed runs and unreliable data.
Every error costs time, reagents, and momentum.
Transnetyx’s Automated Genotyping sets a higher standard:
99.9% lifetime accuracy across 50+ million samples
Standardized, validated processes with built-in quality controls
No manual handling during processing
Results reinforced through CheckMate for unexpected or unclear finding
Consistent, reproducible results across experiments, operators, and time
Higher accuracy does more than improve results. It reduces risk, eliminates rework, and delivers more reliable data every time.
The Real Cost Structure: What You Don’t See
Beyond labor and rework, in-house genotyping carries ongoing costs that are not always captured:
Consumables and reagents
Equipment purchase and maintenance
These hidden costs add up quickly, especially as sample volume increases.
Automated Genotyping replaces that uncertainty with:
Predictable per-sample pricing
Reduced labor and rework
No equipment maintenance burden
Scaling Without Limits
In-house workflows are constrained by personnel and lab capacity. As demand increases, so does the strain on your team.
On average, Transnetyx processes 100,000+ samples weekly, enabling you to scale without adding complexity or headcount.
Built-In Flexibility and Integration
In-house workflows are constrained by personnel and lab capacity. As demand increases, so does the strain on your team.
With Automated Genotyping, you gain:
Access to a library of 60,000+ validated assays
Custom assay development when needed
Integrations with Colony+AMI and tick@lab ensure that results flow directly into your processes, eliminating manual transcription.
A More Sustainable Approach
Traditional genotyping methods generate waste from single-use plastics, gel materials, and repeated testing due to failed or inconclusive results.
Automated Genotyping helps reduce:
Plastic consumption by up to 53%
Repeat testing
Inefficient use of lab and animal resources
Better for your lab. Better for the environment. Better for your research.
The Bottom Line
In-house genotyping may seem cost-effective, but when you factor in time delays, labor, error rates, and inefficiencies, the true cost is much higher than it appears. As labs scale and demands increase, automation is no longer optional. It is essential for maintaining efficiency, accuracy, and consistency.
Transnetyx’s Automated Genotyping delivers:
Faster turnaround
Higher accuracy
Scalable throughput
Predictable costs
Streamlined workflows