QPix XE Microbial Cloning and Screening System

NegotiableUpdate on 01/07

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

QPix XE simplifies your clone picking process, allowing you to focus on discovery instead of doing repetitive and error prone tasks. So, why not consider a more efficient option? Choose the QPix XE microbial cloning screening system and see what differences it can bring to your research.

Product Details

Use the new QPix XE to focus more on discovery and replace repetitive and error prone work

Efficient and accurate clone recognition and selection - even small bodied models can easily achieve powerful functionality and high-quality results, despite the QPix XE being smaller in size compared to other clone selection devices. QPix XE simplifies your clone picking process, allowing you to focus on discovery instead of doing repetitive and error prone tasks. So, why not consider a more efficient option? Choose the QPix XE microbial cloning screening system and see what differences it can bring to your research.

The main advantages of automated clone picking

• Screening and selecting microbial clones
Pick 1500 bacterial colonies per hour
• Application driven software interface, easy to use, quick to start and run
Provide comprehensive data tracking from start to finish
Not only cloning and picking, but also copying and rearranging the board
Modular design compatible with automation provides future security for your investment

Main applications
Synthetic biology, biotechnology, biofuels, agriculture, microbiome, environmental science, food and beverage, scientific research, government research, and more.

Protein Engineering
Clone Picking | Library Management
Protein engineering is an iterative two-step process that involves generating a library of protein mutants and then screening them to select the desired traits. It can be used for various applications, including antibody discovery, enzyme evolution, and structural biology. QPix XE can be used to increase the throughput of mutants to be screened. The precise and high-speed selection scheme allows users to screen a richer gene library, increasing the chances of hitting the target. In addition, the library management function can provide powerful sample tracking capabilities.

Microbial strain engineering
Phenotype selection | Clone selection | Library management
Strain engineering is a broad term that refers to manipulating genetic pathways to utilize the power of existing biological systems in new ways (usually by manufacturing molecules or proteins).QPix XE Microbial Cloning and Screening SystemAllow identification and selection of variants with desired characteristics. Optional fluorescence imaging can be used for pre screening clones and automatically imaging and selecting engineered microbial clones.

phage display
Clone Picking | Library Management
Phage display is commonly used to discover high affinity interactions between antibodies and antigens, which play a key role in viral pathogenesis, vaccines, and other treatments. QPix XE can be used to increase the throughput of screening clones, thereby increasing the opportunity to recognize high affinity binding agents.

molecular cloning
Clone Picking | Library Management
Molecular cloning is the process of assembling DNA into a vector and using Escherichia coli as the host for plasmid production. By using QPix XE to automate complex colony picking processes, scientists can freely analyze data instead of performing repetitive and time-consuming tasks. Improve throughput and speed, while enhancing accuracy through complete audit and sample tracking.

Gene Editing/CRISPR in Microorganisms
Library Management | Library Retrieval
Gene editing technologies such as CRISPR-Cas9 have improved the ability to create precise mutation libraries, enabling scientists to explore the genome more accurately. Compared to manual operation, QPix XE can filter larger libraries.

QPix XE System Specifications