
ATUM - Your Life Science Partner
ATUM is a fully integrated, one-stop shop with expertise in machine learning, gene synthesis, protein expression and cell line development, all in-house in the San Francisco Bay Area.
About ATUM - ATUM
ATUM is by far the most published synthetic biology vendor (4100 publications and counting), providing expert support to and collaboration with scientists. The company is privately held and is …
Gene Design and Synthesis - ATUM
Gene Design and Synthesis ATUM is building on DNA2.0's reputation for rapid, reliable, and accurate DNA synthesis. Using our proprietary AI/ML based GeneGPS®
Mammalian Expression Vectors - ATUM
ATUM offers a range of stable and transient expression vectors. Combinations of different promoters, selectable markers and enhancers enable you to choose a vector suited to your expression system.
Cell Line Development - ATUM
Shave months off your CMC timeline with ATUM. With highly comparable quality and productivity between stable pools and derivative clones, get a head start on your analytical development, process …
Antibody Services - ATUM
ATUM has a range of analytical services to characterize the identity, affinity, purity, quantity and quality of your antibody. We can design the full analytical package tailored to your molecule and subsequent …
CRISPR gRNA Design tool - ATUM
CRISPR gRNA Design tool lets you design gRNA (s) to efficiently engineer your target and minimize off-target effects using ATUM Scoring Algorithms.
Gene Designer - ATUM
ATUM’s priority support is available to ATUM customers, to help you with cloning strategies, gene design, bioinformatics analysis and various molecular biology/biotechnology concerns.
Aug 17, 2023 · To address these limitations and others, ATUM has developed the Leap-In Transposase(R) platform. This flexible and robust platform enables the precise and stable integration …
Codon Optimization - ATUM
At ATUM, we strive to express your active protein at the highest levels. This requires selecting the best coding sequence for a gene. There are a vast number of possible coding sequences for a given …