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Yeast Library Construction

Yeast Library Construction

Unlock the secrets of protein interactions with our innovative Yeast Library

Engineered to perfection, this comprehensive collection of cDNA clones is meticulously integrated into yeast expression vectors, providing a robust platform for advanced yeast two-hybrid and one-hybrid screenings. Experience the power of precision in your research with our Yeast Library – the key to unlocking biological mysteries and driving scientific discovery forward.

Omics Empower Distinctive Advantage: Cutting-Edge Solutions

Leveraging the power of omics technologies, we are proud to unveil our distinctive advantage in the scientific arena. Here's a glimpse into the essence of our excellence.

Sample Requirements of Yeast Library Construction

01
Expertise in Library Construction

With a wealth of experience spanning over a decade, we have successfully constructed more than 500 high-quality yeast libraries across a variety of species, supporting the publication of over 200 research papers.


02
Stringent Quality Control

Our libraries undergo a rigorous 12-step quality control process, ensuring the reliability of our products and offering our customers the option to perform their own quality acceptance checks.


03
Versatile Library Options

From a single sample, we can create a variety of library types, including nuclear, membrane, and expression libraries, to meet diverse research needs.


04
Innovative Construction Techniques

We utilize the Gateway method for efficient recombination of primary libraries and the SMART method for direct generation of target libraries, streamlining the construction process.


05
Supportive After-sales Service

We provide customers with yeast strains, screening protocols, and post-sale guidance to ensure success in their research endeavors.


Yeast Library Process

Library
parameters
Gateway method for
building database
SAMRT method is used to
build the database
Library size (E. Coli)≥1X10^7cfu≥5X10^6cfu
Average length of insert≥1000bp≥1000bp
Recombination rate≥95%≥90%


Sample Submission Guide

Sample typeGateway method for
building database
SAMRT method is used to
build the database
RNA>200μg>2μg
A young leaf of a plant>4g>0.1g
Plant roots>8g>0.4g
Plant seeds>8g>0.1g
Plant pulp>50g>0.5g
Animal tissue>1g>0.1g
Cell samples>108>106
Fungal hyphae2g0.1g
Fungal spores15 mL spore pellet1.5 mL spore pellet
Bacteria->108


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    Singapore Global Headquarters: 112 ROBINSON ROAD #03-01

    Germany: Kreuzstr.60, 40210 Düsseldorf


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