This white paper features a collaboration with the Max Planck maxGENESYS Biofoundry constructing a complex CRISPR array and demonstrates our capability to synthesize complex sequences.
WHITE PAPER
This white paper provides a comparison between decades old chemical synthesis and advantages in length and accuracy from Molecular Assemblies' novel Fully Enzymatic Synthesis.
An overview of Molecular Assemblies' Fully Enzymatic Synthesis highlighting length and accuracy, sequence complexity and speed of synthesis.
BROCHURE
Explore the challenges of synthesizing and assembling repetitive DNA sequences including inverted repeats associated with Adeno-Associated Virus (AAV), short tandem repeats found in CRISPR arrays, regulatory elements and repeat expansion disorders.
BLOG
Explore the challenges of synthesizing and assembling high/low GC content DNA sequences including regulatory elements, different bacteria/yeast species, and coding sequences.
Synthesis solutions for DNA complexity, synthesizing homopolymeric sequences for mRNA poly(A) tails and more.
DNA synthesis of secondary structures from hairpins to G-quadruplexes overcoming hurdles in gene synthesis, mRNA IVT and DNA Origami.
