NanoPak‑B is Millennial Scientific’s new product suite of fast‑flow, mechanically rigid biologic carbon microbeads with tunable micron‑scale pores and porosities. Designed for large biomolecules such as viral vectors, lipid nanoparticles, and complex nucleic‑acid assemblies, NanoPak‑B offers base matrices and ion‑exchange formats to help teams evaluate capacity, purification performance, and packed‑bed mechanics in an early access cohort.

RNA therapeutics require characterization of up to 20 critical quality attributes, which currently demands multiple dedicated LC methods — reversed-phase, anion-exchange, and size-exclusion — on separate instruments. Carbon-based digital liquid chromatography offers a different direction. By applying voltage to an all-carbon conductive stationary phase, retention can be tuned in real time. We explore how this approach may consolidate RNA QC workflows into a single compact pla

Millennial Scientific is advancing NanoPak‑C, a 3D‑printed monolith platform designed to improve biologics chromatography. Supported by an NIH SBIR Phase I project and Empire State Development’s NYSTAR Innovation Matching Grants Program, this work helps bridge the gap between R&D and commercialization, enabling scalable, customizable separation media for more efficient bioprocessing.

Millennial Scientific has expanded its manufacturing capabilities to produce scalable custom 3D monolith Figure 1. Digital images of...

Millennial Scientific has developed a suite of novel NanoPak-C All Carbon perfusion microbeads, designed for the purification of...

What are perfusion media? Perfusion media are a type of chromatography media that resembles conventional spherical porous microbead...

This blog provides an easy-to-understand overview of hydrophobic interaction chromatography. Part of our separation science primer series.

Our approach solves new and diverse separation challenges by: Moving away from one-shoe-fit-all and piecemeal solutions. Offering...