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Hybridization Oven LMOH-A100 offers a temperature range from 5°C to 100°C which provides optimal conditions for different stages of hybridization. Designed with variable speed control that enables consistent saturation of samples for washing or hybridizing. Features a rocking mechanism that reduces the risk of uneven hybridization and non-specific binding. Incorporated hot air convection combined with microprocessor control results in uniform temperature and even air circulation.
Specifications
| Temperature Range | 5°C to 100°C |
| Temperature Accuracy | ± 0.5°C |
| Temperature Resolution | 0.1°C |
| Temperature Equilibrium Time | < 20min |
| Temperature Error | ± 0.03°C |
| Rotation Speed | 6.5 ± 0.5 rpm |
| Tube Size | 35 × 240 mm |
| Working Time | 24hrs |
| Power Consumption | 600W |
| Power Supply | 220VAV, 50Hz |
| Dimension (L × W × H) | 360 ×340 ×310 mm |
| Weight | 30kgs |
Features
Crafted interior with stainless steel
Features the dual glass door that prevents radiation
Equipped with rotating pipe for easy hybrid tube assembly or disassembly
Enables rapid heating
Equipped with a furnace to prevent stagnant zones
User-friendly interface for ease of operation
Applications
Widely used in research laboratories and molecular biology labs, specifically catering to processes that involve the identification of DNA, RNA, or proteins. Its adaptability makes it ideal for essential techniques like Northern blotting, Southern blotting, and Western blotting.
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Frequently Asked Questions
1 What is a Hybridization Oven LMOH-A100?
A Hybridization Oven LMOH-A100 Hybridization Oven is a compact, microprocessor-controlled unit that ensures uniform heating and rotation for efficient nucleic acid and protein hybridization.
2 How does a Hybridization Oven LMOH-A100 work?
A Hybridization Oven LMOH-A100 works on the principle of hot air convection and rotation for uniform hybridization.
3 Is Hybridization Oven LMOH-A100 suitable for prehybridization procedures?
Hybridization Oven LMOH-A100 maintains precise temperatures required for prehybridization buffer incubation.
4 Can Hybridization Oven LMOH-A100 be used for incubation of membranes overnight?
Hybridization Oven LMOH-A100 supports long-duration, stable incubation for hybridization or blocking steps.
5 Can Hybridization Oven LMOH-A100 be used for hybridization in bacterial gene expression studies?
Hybridization Oven LMOH-A100 offers precise temperature and rotation control for bacterial RNA or DNA hybridization.
6 Can Hybridization Oven LMOH-A100 be used in clinical diagnostic labs?
Hybridization Oven LMOH-A100 is reliable for hybridization assays in diagnostic applications requiring precise temperature control.
7 Is Hybridization Oven LMOH-A100 compatible with hybridization using membranes and microarrays?
Hybridization Oven LMOH-A100 accommodates both membrane blots and microarray slides with uniform heating.
8 Does Hybridization Oven LMOH-A100 support hybridization with radioactive probes safely?
Hybridization Oven LMOH-A100 is enclosed design minimizes exposure risks during radioactive probe hybridization.
9 Does Hybridization Oven LMOH-A100 support hybridization of samples for pathogen detection?
Hybridization Oven LMOH-A100 is ideal for hybridization steps in molecular diagnostics for pathogens.
10 What kind of maintenance does Hybridization Oven LMOH-A100 require?
Routine maintenance includes cleaning, periodic temperature calibration, and routine checks of the rotating mechanism and seals to ensure optimal performance.
11 What is a Hybridization Oven?
A Hybridization Oven is an apparatus designed to ensure consistent temperature and uniform agitation for procedures like nucleic acid hybridization.
12 How does Hybridization Oven maintain uniform temperature?
It uses a controlled heating system combined with rotating or rocking mechanisms to evenly distribute heat, ensuring uniform hybridization conditions throughout the chamber.
13 Can Hybridization Oven be used for gene expression analysis?
It is commonly used in gene expression analysis to perform nucleic acid hybridization, such as with microarray assays or RNA probes, to detect specific gene sequences.
14 Can Hybridization Oven be used for protein detection?
It is used to incubate membranes with antibodies or other reagents, providing optimal conditions for protein detection and analysis.
15 How is Hybridization Oven used in microarray experiments?
It is used to incubate glass slides or chips with labeled probes, ensuring that probes efficiently bind to complementary DNA or RNA sequences on the array for accurate gene expression profiling.
16 Can Hybridization Oven be used in diagnostic assays?
It is used in diagnostic assays for hybridization-based tests such as detecting specific pathogens, genetic mutations, or biomarkers, where temperature control and agitation are critical for accurate results.
17 How is Hybridization Oven utilized in cancer research?
In cancer research, it plays a crucial role in detecting specific genetic mutations or gene expressions related to cancer.
18 How does Hybridization Oven aid in microbial detection?
It helps in hybridization-based microbial detection methods by providing an optimal environment for probe-target binding to detect specific pathogens.
19 Can Hybridization Oven be used for sequencing applications?
It assists in sequencing applications such as next-generation sequencing (NGS) by providing proper environment for hybridizing sequencing probes or adapters to ensure the integrity of sequencing reactions.
20 How is Hybridization Oven utilized in the field of forensics?
In forensic DNA analysis, it is used to perform hybridization assays to detect specific DNA markers or loci, which can help in identifying individuals or analyzing genetic evidence from crime scenes.