Multiplexed Gene Fragments Products

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Be the first to screen the impossible

Multiplexed Gene Fragments. Pooled gene length dsDNA up to 500 bp.

TALK TO US TO GET STARTED VIEW PRODUCT DETAILS

Novel sequences are out there. Find them with Multiplexed Gene Fragments.

This first-of-its-kind product offers high throughput pooled synthesis of gene-length sequences up to 500 bp. Screen with unprecedented sequence real estate, for a fraction of the cost of screens built with traditional gene synthesis.

Be precise: low error synthesis with minimal dropouts
Have space to innovate: pooled DNA up to 500 bp
Design your way: no complexity limitations

Twist Multiplexed Gene Fragments are produced from DNA synthesized at lengths of up to 500 nucleotides, GenScript GenTitan Oligo Pools max out at 170nt.

What are Multiplexed Gene Fragments?

Application Note: How the Baker Lab used Multiplexed Gene Fragments and AI guided sequence design to discover novel antibody binders*

See how the researchers were able to computationally design an entire VHH screening library de novo, and directly synthesize every candidate for experimental validation using Twist’s Multiplexed Gene Fragments.

Blog: How massively parallel reporter assays with Multiplexed Gene Fragments are leading to the discovery of novel effector sequences

Read about new research from Harvard University into the control of cellular expression, made possible with screens that take advantage of the expanded sequence real estate in Multiplexed Gene Fragments.

Talk to our DNA experts and get 30% off of your first Multiplexed Gene Fragments order

If you are thinking about getting started with Multiplexed Gene Fragments, its common to have questions about your order or experimental design. Our DNA experts are available to help ensure your success.

SPEAK WITH A DNA EXPERT

What will you discover with Multiplexed Gene Fragments?

With access to pooled gene-length sequences that have no limitations on sequence complexity, you can build unique screens of precisely defined sequences that would otherwise be impossible.

Are you ready to dive into unexplored sequence space?

Start your genes design

Design your multiplexed Gene Fragments using our online design portal.

Place your order

Submit your order online, or talk to your account manager at sales@twistbioscience.com

Sit back and relax

Your pool will be synthesized, and shipped to you in as few as 6 business days.

What scientists have to say

“

Twist's Multiplexed Gene Fragments push the limits of what we can synthesize, while fitting within the limits of what we can sequence. We can now explore sequence space in a targeted, deterministic fashion to build a holistic understanding of the mechanisms of protein binding. We will hopefully leverage that data to make new medicines.

Pierce Ogden

Co-founder and CSO

Manifold Biosciences inc

“

We are trying to tailor make proteins for specific design problems. Twist's 450 bp Multiplexed Gene Fragments are the ideal length for us to screen libraries of candidate proteins for ligand binding using yeast display.

Jeffrey Chang

Graduate Student

Nick Polizzi Laboratory, Harvard University and Dana Farber Cancer Center

“

Regulatory elements have been studied deeply with traditional 120 base pair libraries, but in reality many regulatory elements are much longer than that. Using ≥ 450 base pair Multiplexed Gene Fragments from Twist we are now able to systematically screen for regulatory elements more finely tuned to drive gene expression in our specific cell type.

Josh Tycko

Postdoctoral Researcher,

Department of Neurobiology Harvard Medical School

Results and customer experiences are specific to the institution where they were obtained and may not reflect the results achievable at other institutions

What Scientists Have to Say

Pierce Ogden

Co-founder and CSO
Manifold Biosciences inc

Jeffrey Chang

Graduate Student
Nick Polizzi Laboratory, Harvard University and Dana Farber Cancer Center

Regulatory elements have been studied deeply with traditional 120 base pair libraries, but in reality many regulatory elements are much longer than that. Using

Josh Tycko

Postdoctoral Researcher,
Department of Neurobiology Harvard Medical School

Results and customer experiences are specific to the institution where they were obtained and may not reflect the results achievable at other institutions

Thinking about starting a project with Multiplexed Gene Fragments? Speak to a DNA expert now.

Fill out the form below to meet with an expert for help with project design, sequence optimization, order submission, and much more.

Special Offer for New Customers: 30% Discount on Initial MGF Order. This exclusive promotion is extended to new customers globally. Individuals who complete the designated online form and subsequently engage in a consultation with a sales representative will be eligible to receive a one-time discount of 30% on their first order of MGF products. This promo to only available to sequences of 250,000 or less. This offer is valid until This offer is valid until June 30th 2026, and It cannot be combined with any other promotions or discounts. Please note that certain restrictions may apply, and this offer is void where prohibited by law.

FOR RESEARCH USE ONLY. NOT FOR USE IN DIAGNOSTIC PROCEDURES

*This research was conducted independently at the University of Washington. Twist Bioscience provided custom Multiplexed Gene Fragments used in the study. The University of Washington does not endorse or promote any commercial products or services

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