
PrimeIAmp™ HotStart Bst P DNA/RNA LHNB Microbead (70ºC reaction)
$740.00
$925.00
All products have special prices for bulk purchase, please contact for more details if required.
Cat. No.: IHPLM-100 (for 100T)
Description
PrimeIAmp™ HotStart Bst P DNA/RNA LHNB Microbead is a fully integrated lyophilized microsphere formulation, containing HotStart Bst P DNA/RNA polymerase, helicase, dNTPs, Mg²⁺, reaction buffer, LHNB colorimetric indicator (Leuco-HNB), and additional stabilizers.
Performance Features of Bst P:
HotStart Control: Bst P is equipped with a heat-activated aptamer that ensures >95% inhibition of enzyme activity below 30 °C and complete activation within 1 minute above 60 °C. This property supports room-temperature setup and significantly reduces nonspecific amplification under low-temperature conditions.
High-Temperature Amplification (70 °C): The elevated operating temperature minimizes primer dimer formation, improves amplification specificity, and enhances nucleic acid release from crude samples.
Helicase-Enabled eLAMP (Easy LAMP): The inclusion of helicase allows LAMP amplification without requiring F3/B3 outer primers and enables halving the amount of FIP/BIP primers. This helps further reduce nonspecific amplification and greatly improves amplification uniformity.
LHNB, the embedded chromogenic dye, initially forms a deep violet complex with Mg²⁺. As the LAMP reaction proceeds, pyrophosphate (PPi) generated during amplification sequesters Mg²⁺, leading to the release of LHNB and a visible color shift from deep violet to pale green.
(LHNB–Mg²⁺ complex) → (PPi–Mg²⁺) + (free LHNB)
Deep Violet Pale Green
Components
- PrimeIAmp™ HotStart P Bst DNA/RNA LHNB Microbead: 100Tx20μl
Storage:
- Store at –20 °C in a dry, sealed condition for up to 24 months. Alternatively, it can be stored at room temperature (25 °C) in a sealed container for up to 3 months.
- As the product is in a lyophilized form and highly hygroscopic, it is recommended to store it at –20 °C for up to 12 months after opening.
Precautions
- The recommended reaction temperature for Bst P polymerase in LAMP amplification is 70 °C. Since the helicase component also operates optimally at 70 °C, performance is significantly reduced at 65 °C or lower.
- This product contains a high concentration of salts. Appropriate personal protective equipment (PPE) should be used to avoid contact with skin, eyes, nose, and respiratory tract. In case of accidental exposure or inhalation, rinse thoroughly with plenty of water.
- To prevent aerosol contamination, operations should be performed in separated, designated areas wherever possible.
Related:
- PrimeIAmp™ HotStart Bst P DNA/RNA LHNB LyoMix (70ºC reaction)
- PrimeIAmp™ HotStart Bst P DNA/RNA Basic & SYBR Green LyoMix (70ºC reaction)
- PrimeIAmp™ HotStart Bst P DNA/RNA LHNB Microbead (70ºC reaction)
- PrimeIAmp™ HotStart Bst P DNA/RNA Basic Microbead (70ºC reaction)
- PrimeIAmp™ HotStart Bst DNA/RNA LHNB LyoMix (65ºC reaction)
- PrimeIAmp™ HotStart Bst DNA/RNA Basic & SYBR Green LyoMix (65ºC reaction)
- PrimeIAmp™ HotStart Bst DNA/RNA LHNB Microbead (65ºC reaction)
- PrimeIAmp™ HotStart Bst DNA/RNA Basic Microbead (65ºC reaction)
Viewpoint
Please find below the link of our viewpoint on the isothermal amplification industry, which is invited by APAC CIO Outlook, a digital and print magazine that identifies and profiles emerging companies providing cutting-edge solutions to enterprises in APAC.
SBS Genetech: Leading the Next Generation Isothermal Amplification Technology
SBS Genetech is recognized as one of the global major leading industry players in DNA Polymerase by third-party market researchers. For more details, please visit DNA Polymerase Market Size To Reach USD 568.3 Million In 2030 | Rising Demand For Customized DNA Polymerase And Next-Generation DNA Sequencing Are Some Of The Key Factors Driving Market Revenue Growth, Says Reports and Data
Only for research and not intended for treatment of humans or animals
Journals Using SBS Genetech Products Universities Using SBS Genetech Products
SBS Genetech is a long-term sponsor of Cold Spring Harbor Laboratory