T4 DNA Ligase 5U/ul 2500U High-Efficiency Enzyme

Description

Introduction

The T4 DNA Ligase 5U/ul is a high-performance reagent essential for modern molecular biology and genetic engineering applications. Designed for reliability, this enzyme offers rapid ligation kinetics to help you achieve higher transformation efficiencies in your cloning experiments.

Key Features

– High activity concentration of 5U/ul for versatile experimental setups.

– Optimized for both sticky and blunt-end DNA fragment ligation.

– Exceptional purity to prevent cross-contamination during sensitive procedures.

– Consistent performance across various buffer conditions and temperatures.

– Generous 2500U pack size suitable for high-throughput or frequent lab use.

– Stable formulation ensures long-term storage iability without activity loss.

Benefits

Using this T4 DNA Ligase significantly reduces the time required for ligation steps, allowing for faster turnaround in cloning projects. Its high efficiency minimizes the risk of self-ligation and background colonies, ensuring that your transformed cells contain the desired recombinant constructs. By providing a stable, high-quality enzyme, we help you achieve higher yields and consistent results, which reduces the need for repeating failed experiments and optimizes your laboratory productivity.

Usage / How to Use

This product is intended for professional laboratory use. Simply thaw the enzyme on ice, prepare your DNA insert and vector mix in the provided ligation buffer, and add the T4 DNA Ligase last. Incubate the mixture according to your specific protocol—typically at room temperature for quick ligation or overnight at 16 degrees Celsius for difficult blunt-end fragments—before proceeding to transformation or downstream analysis.

Why Choose This Product

– Proven reliability in diverse cloning workflows and academic research.

– Competitive pricing without sacrificing enzyme activity or purity.

– Rigorously tested for batch-to-batch consistency to ensure reproducibility.

– Expert-designed packaging that maintains optimal thermal stability.

– Dedicated support for researchers navigating complex cloning challenges.