Membrane Protein Antibody Development: Why Nanodiscs Are Reshaping GPCR and Ion Channel Targeting

Membrane proteins are critical drug targets, but their hydrophobic and structurally complex nature has limited antibody discovery. Nanodisc technology stabilizes membrane proteins...

Hot Membrane Protein-Nanodiscs: Year-End Sale Now On!

Membrane proteins are key target families in drug discovery, including GPCRs, Claudins (CLDN), Tetraspanins, and transporters, which are involved in signal transduction...

Applications of Nanodiscs in Membrane Protein Research

Membrane proteins account for approximately 20-30% of proteins encoded by the human genome and play central roles in cell signaling, substance transport,...

Solving the Challenge of Detecting CAR Positivity for Membrane Proteins—PeptiNanodisc to the Rescue!

1. CAR Positivity Detection As CAR-T therapy matures, reliably measuring CAR expression on T cells has become crucial for preclinical quality control,...

Unlocking a New Era in Membrane Protein Research: Nanodiscs Empower AI Drug Discovery and Cryo-EM Analysis

In recent years, the rapid development of AI-driven drug discovery (AI-based drug discovery) and Cryo-EM (cryo-electron microscopy) has gradually unveiled the mysteries of many...

Optimizing GPCR Expression and Purification: Enhancing Synthetic Nanodisc Technology with Multiple Tag Strategies

1. About Synthetic Nanodisc The lipid composition of traditional membrane scaffold protein (MSP) nanodiscs often differs from that of natural cell membranes,...

Synthetic Nanodisc, A Promising Solution for “Undruggable” Membrane Proteins

[AACR 2026] From CXCR4 to GPRC5D: Which GPCR Targets Are Gaining Momentum in Oncology

AACR 2026 trends clearly indicate a turning point. GPCR-related research is rapidly expanding beyond traditional small-molecule receptor modulation into tumor microenvironment regulation,...

GPR84: A Key Medium-Chain Fatty Acid Receptor Linking Metabolism and Immunity

Immunometabolism has emerged as a key frontier in drug discovery, with GPR84 gaining attention as a medium-chain fatty acid receptor linking metabolism...

SLC7A11xCT: A New Multidimensional Battlefield in Tumor Therapy from Ferroptosis to Immunotherapy

SLC7A11 (xCT), the functional subunit of the cystine/glutamate antiporter System xc⁻, plays a central role in tumor redox balance by mediating cystine...