Temperature stability by design

  • Published: 23 juuli 2026
Summer has a way of changing the rhythm of a laboratory. Temperatures rise, team members take well-earned holidays, and deliveries do not always arrive exactly when expected. A shipment may take longer in transit than planned. A package might reach the laboratory on a particularly hot afternoon. A large number of 96-well plates may take longer to prepare because fewer people are available to help.

For scientists working with temperature-sensitive enzymes, these small disruptions can create real uncertainty. Will the reagents still perform as expected? Has the temperature exposure affected enzyme activity? Should the experiment be delayed until a replacement shipment arrives?

With Solis BioDyne’s products, summer heat does not have to bring research to a standstill.

Stability designed for real laboratory conditions
Our products incorporate proprietary Stability TAG technology, a genetically encoded peptide modification designed to help proteins maintain their structure and activity during temperature exposure.

Stability TAG supports the development of robust molecular biology reagents that can better tolerate the temperature fluctuations encountered during shipping, storage and routine laboratory work.

This added stability matters because laboratory conditions sometimes fluctuate.

A reagent may be exposed to room temperature during a long reaction setup. A shipment may be delayed at customs. A package may arrive while part of the team is away. An automated workflow may require a master mix to remain on the instrument deck for an extended period.
In each of these situations, greater stability provides a wider margin of confidence.

When the delivery arrives during a heatwave
Imagine that an important reagent shipment is scheduled to arrive just as your laboratory begins its summer holiday period. The weather forecast shows unusually high temperatures. The courier experiences a delay. The package reaches the building later than expected, and the person responsible for receiving it is already out of the office.

With conventional temperature-sensitive enzymes, this situation may immediately raise concerns about product quality. The shipment may need to be assessed, replaced or even discarded before it is used. More stable reagents help reduce that uncertainty.

Most of our products are suitable for ambient-temperature shipping, making them less dependent on dry ice, frozen gel packs and uninterrupted cold-chain logistics. This can provide valuable protection when summer conditions make transport less predictable.
A delayed delivery does not automatically have to become a delayed experiment.

More freedom at the bench
The same stability that supports shipping can also make daily laboratory work easier.

Traditional PCR and qPCR setup often involves keeping enzymes and master mixes on ice. While this may protect sensitive reagents, it can make the workflow more cumbersome. Ice buckets take up space, tubes become wet, and large plates can take considerable time to prepare. Stable reagents can support room-temperature reaction setup, allowing scientists to work more naturally and efficiently.

This becomes especially valuable during high-throughput experiments. When a 96-well or 384-well plate is prepared, the first reaction may be assembled much earlier than the final one. If the reagent is highly temperature-sensitive, this difference in setup time may introduce another source of variability.

By helping enzymes retain their activity during room-temperature exposure, Stability TAG can support more consistent conditions across the plate. For scientists, this means less time managing ice and more time focusing on the experiment itself.

Stability for automated workflows
Modern molecular biology increasingly depends on automation. Liquid-handling systems can prepare hundreds or thousands of reactions, but these workflows often require reagents to remain at room temperature on the instrument deck for long periods. The longer the run, the more important reagent stability becomes.

A robust master mix can provide a wider operational window for automated PCR, qPCR, genotyping, screening and diagnostic workflows. Instead of worrying about whether enzyme performance changes during the run, laboratories can build processes around reagents designed to tolerate the realities of extended setup times.

For service providers and high-throughput laboratories, this can support more predictable workflows, fewer interruptions and greater confidence when scaling up.

Fewer repeats and less waste
A failed experiment is rarely just a minor inconvenience. It can mean lost samples, wasted consumables, additional instrument time and days of delay. When the original material is limited or irreplaceable, repeating the experiment may not even be possible.

Greater reagent stability can help reduce one of the risks behind these failures: accidental temperature exposure. A tube left on the bench longer than expected may not automatically need to be discarded. A temporary refrigeration problem may not immediately compromise an entire project. A delayed shipment may still arrive ready to use.

This added resilience can reduce waste, limit unnecessary replacement orders and help laboratories make better use of every reagent they purchase.

Beyond the cold chain
Temperature stability also has important logistical benefits. Cold-chain shipping can be expensive, complex and resource-intensive. Dry ice requires specialized packaging and handling, while insulated containers add weight and waste to every shipment.

Ambient-temperature shipping can simplify this process. For companies distributing molecular biology products internationally, this may mean easier customs clearance, fewer concerns about transport delays and improved access to laboratories in regions where cold-chain infrastructure is limited. It can also reduce packaging requirements and lower the environmental impact associated with frozen transport.

In this way, stability is not only a performance feature. It can influence the entire journey of a product, from manufacturing and shipping to storage and final use.
 
Go on holiday without putting science on hold
Summer should not force scientists to choose between taking a break and protecting their experiments.

Stable reagents provide more flexibility when teams are smaller, deliveries are delayed and laboratory schedules become less predictable. With Solis BioDyne’s Stability TAG technology, researchers and companies gain an additional layer of protection against temperature fluctuations during transport, setup and routine handling.

The heatwave may arrive. The courier may be late. The laboratory may be quieter than usual. Your research can still keep moving.

Solis BioDyne develops stable, high-performance reagents for PCR, qPCR, RT-qPCR, isothermal amplification and other molecular biology workflows. By combining Stability TAG technology with optimized enzyme and buffer formulations, our products are designed to provide reliable performance when laboratory conditions are less than ideal.

Because summer plans may change, but your results should remain dependable.