order@sz-pld.tech

+86-512-67900128

Order

%{tishi_zhanwei}%
designLogo logo

language
    Application

    Application

    Core protein solutions that drive interdisciplinary research and industrial breakthroughs

    The future of high-throughput experimentation has arrived: a dual boost from cell-free systems and automation.

    The future of high-throughput experimentation has arrived: a dual boost from cell-free systems and automation.

    2025/11/13

    →

    The highly challenging octameric, cone-shaped transmembrane protein MspA has been successfully expressed on a periplasmic cell-free platform.

    The highly challenging octameric, cone-shaped transmembrane protein MspA has been successfully expressed on a periplasmic cell-free platform.

    2025/04/03

    →

    China’s Perotin × Germany’s NanoTemper: A groundbreaking “protein expression + rapid validation” solution has emerged.

    China’s Perotin × Germany’s NanoTemper: A groundbreaking “protein expression + rapid validation” solution has emerged.

    2025/03/27

    →

    Technological Breakthrough: Perrotin Achieves Cell-Free Protein Expression Combined with Nanodiscs for Ultra-High-Efficiency Expression of Full-Length Membrane Proteins

    Technological Breakthrough: Perrotin Achieves Cell-Free Protein Expression Combined with Nanodiscs for Ultra-High-Efficiency Expression of Full-Length Membrane Proteins

    Recently, Perotin Bio has achieved the highly efficient direct incorporation of membrane proteins into nanodiscs by incorporating nanodiscs into its proprietary cell-free protein synthesis (CFPS) system.

    2024/11/21

    →

    Cell-free protein expression—A “first-aid kit” for challenging protein expression

    Cell-free protein expression—A “first-aid kit” for challenging protein expression

    Most efforts in biosynthesis have focused on living cells, yet the cellular machinery and intracellular pathways inevitably pose significant challenges. Primarily due to the complexity of living-cell life systems, the irreversibility of cell growth, intracellular noise, and the barrier imposed by the cell membrane, the engineering of biological components is severely constrained.

    2024/11/06

    →

    Using CFPS to perform site-specific insertion of nnAA, we ingeniously achieve site‑specific PTMs.

    Using CFPS to perform site-specific insertion of nnAA, we ingeniously achieve site‑specific PTMs.

    Post-translational modifications (PTMs) of proteins greatly expand the diversity of the proteome and are essential for protein biological functions. Common types of PTMs include phosphorylation, glycosylation, acetylation, ubiquitination, and methylation, among others.

    2024/10/17

    →

    < 123 >