Advanced Enzyme Features for Enhanced Performance
Lactate Dehydrogenase
The enzyme is distinguished by its unique biochemical properties. Unlike commercial variants, LDHLt contains an FMN co-factor bound to the enzyme, eliminating the need to supply co-factors during measurement. The reaction mechanism is oxygen-independent, allowing a broad spectrum of electron acceptors to be used without interference. Due to its high thermal stability, the enzyme ensures long-term performance and is provided as a 100% additive-free preparation.
Precision, Consistency, and Future-Ready Applications
Cutting Edge Device Integration
With these exceptional attributes, devices utilizing this technology will deliver more precise and consistent results. Moreover, they pave the way for developing entirely new applications, driving innovation and expanding the possibilities within various industries.
Features
Precision Made Simple
Built-in Co-factor FMN
Eliminates the need for external cofactors like NAD, enhancing efficiency and simplifying biosensor designs
Oxygen independent
Unlike traditional lactate oxidase, LactaZyme does not rely on oxygen, ensuring accurate and stable readings even in low-oxygen conditions
Long Shelf Life
Designed for durability, LactaZyme maintains stability over extended periods, supporting reliable storage and consistent performance
High Thermal Stability
Remains active and effective at elevated temperatures, outperforming conventional lactate enzymes that degrade under heat
100% Additive-free
Free from external mediators or stabilizers, providing complete control over sensor architecture and improving signal specificity
High Signal to Noise ratio
Ensures precise and reproducible measurements by maximizing signal clarity while minimizing interference
Product Details
Unique proprietary enzyme created by using the latest protein engineering technologies
- Built-in Co-Factor FMN: Eliminates the need for external cofactors, simplifying sensor design and reducing costs.
- High Thermal Stability: LactaZyme maintains stability even under high-temperature conditions, ensuring consistent performance.
- 100% Additive-Free: Unlike other enzymes that may contain up to 80% additives, LactaZyme is additive-free, allowing full control over sensor architecture. Custom formulations are also available.
- Oxygen Independence: Performs reliably without dependence on oxygen, preventing bias from oxygen variations and enhancing accuracy.
- Improved Sensor Stability: LactaZyme significantly enhances the stability of lactate sensors, ensuring longer-lasting and more reliable measurements.
- Enhanced Specificity and Performance: Free from additives that can compromise reaction specificity, LactaZyme ensures precise and accurate readings.
- Enabling Next-Generation Biosensors: With its unique properties, LactaZyme is suitable for developing advanced biosensor architectures, supporting continuous in-vivo monitoring, clinical analyzers, and handheld devices.
- Manufactured in ISO-certified facilities in Vienna, Austria, with a highly trained team and dedicated product managers supporting customers.
- Comprehensive product documentation and testing result available and adjustable to specific requirements.
- High reproducibility and purity by design, minimizing batch to batch variations.
- Handheld Devices: Single-use test strips for professional or private use, employing electrochemical sensors.
- Clinical Analyzers: Fully automated systems with electrochemical or optical sensors for precise lactate measurement.
- Wearables: Continuous in-vivo monitoring devices that utilize electrochemical sensors for real-time lactate tracking.
Co-factor | Bound FMN |
Co-substrate | Various mediators |
Activity | > 320 U/mg enzyme |
Purity | 100% |
Shelf life | years at 4 °C |
Thermal stability | 30 min at 61°C |
Sensitivity | > 5 µA/mM |
Downloads
COntact us
Questions? We have Your Answers
Schedule a free consultation with our team and let’s make things happen!
Read more about this topic
Why Oxygen-Independent Enzyme Technology Simplifies In-Vivo Monitoring
Imagine if you could conduct complex biochemical reactions without relying on oxygen—a key player in
The Benefits Of Using Additive-Free Enzyme Solutions In Diagnostics
Have you ever wondered why some diagnostic tests seem to hit the mark every time,
5 Common Stability Challenges in Lactate Sensors And How To Overcome Them
Ever wonder why lactate sensors are such a big deal? Whether you’re an athlete keeping
Lactazyme® is a brand of DirectSens. © 2024 Lactazyme. All rights reserved.