Model No : HYO-105
3-5 Working Days
Replacement
3 Days Replacement as standard, Free of Cost
Dedicated Support
Support from 9:30 AM to 6:00 PM everyday
The Medico **Hybridization Oven** is a crucial piece of equipment in molecular biology, specifically engineered to create the optimal environment for high-stringency nucleic acid and protein binding assays. This unit uniquely combines **highly uniform temperature control** (typically up to $99^\circ\text{C}$) with a **built-in rotisserie system**. The rotisserie ensures that hybridization probes are continuously and gently agitated around the membranes (e.g., in Southern or Northern blotting), minimizing the required volume of expensive probe solution and ensuring even, consistent binding.
The ability to maintain temperature uniformity is paramount, as hybridization success depends critically on the stability of the probe-target complex, which is governed by its melting temperature ($T_m$). Our ovens feature high-precision digital PID controllers and forced-air circulation within a robust stainless steel chamber, guaranteeing temperature consistency across all samples. This reliability is trusted by major research centers and pharmaceutical testing labs in **Hyderabad, Pune, and Kolkata** for their critical genomic and proteomic work.
The primary significance lies in its ability to precisely control the **stringency** of the binding process. By regulating the exact temperature, the oven ensures only highly homologous probe-target sequences bind successfully, eliminating non-specific binding and reducing background noise. This is essential for accurate quantification and qualitative analysis in molecular diagnostics and basic research worldwide.
The Hybridization Oven is the core instrument for performing **Southern, Northern, and Western blotting** assays. It is used for both the long hybridization phase and the subsequent high-temperature washing steps necessary to remove non-specifically bound probes. Its controlled environment is also used for in situ hybridization (ISH) protocols and various non-isotopic probing techniques across leading biotech companies in **Bangalore** and academic institutions in **Delhi**.
Used extensively in sectors requiring precise genetic or protein detection: **Pharmaceutical R&D** (target validation), **Diagnostic Labs** (pathogen detection and genetic screening), and **University Research** (gene expression studies). Its role is foundational in ensuring the validity and reproducibility of critical molecular data across regions like **Tamil Nadu, Gujarat, and Haryana**.
The rotation speed must be sufficient to keep the hybridization solution moving over the membrane without creating excessive shear force. Optimal rotation ensures the even distribution of the probe and prevents the formation of air bubbles, leading to consistent signal intensity.
Our rotisserie systems often come with adjustable clips or can accommodate multiple common bottle sizes (e.g., 35mm, 70mm). However, for best uniformity, it's advised to ensure all bottles are balanced and properly sealed before starting the rotational run.
High-stringency hybridization requires tight control, often $\pm 0.5^\circ\text{C}$ or better. Slight deviations can dramatically affect the melting temperature ($T_m$) of the probe-target complex, leading to either excessive non-specific binding (too low) or failure to bind (too high).
A standard Hot Air Oven only provides uniform heat. A **Hybridization Oven** adds the crucial element of **rotational agitation** specifically designed for hybridization bottles, which is necessary for molecular blotting techniques to ensure consistent, low-volume probe application.
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