Technical Articles

The Nipah virus, as a highly lethal zoonotic pathogen, relies critically on its glycoprotein G for invading host cells, playing an irreplaceable role in this process. In-depth research into the structure and function of the G protein not only helps elucidate the virus's pathogenic mechanisms but also provides a vital molecular target for vaccine development and antiviral drug design. Recombinant G protein and its derivatives serve as essential research tools, demonstrating broad application prospects in virology studies and the development of immunodetection technologies.

The pathological challenges of sepsis and the unique role of DcR3.

The Chemical Renaissance of Thalidomide and the Research Value of the CRBN/DDB1 Complex.

The Severe Challenge of Alcoholic Liver Disease and the Research Value of NNMT.

Chronic kidney disease is defined as a persistent abnormality in kidney function or structure lasting more than three months, a refractory condition whose global prevalence is rising sharply with the aging population and the spread of metabolic diseases.

The CD3 molecule serves as a critical signaling subunit of the T-cell receptor complex, playing a central role in T-cell antigen recognition and the initiation of immune responses.

Proteins are the core executors of life activities. They interact with each other to form complex networks and regulate every function of the cell. These interactions are like the "social network" within the cell, which determines how proteins work together to maintain the normal operation of life.

As a key component of intercellular junctions, the tight junction protein Claudin family plays an irreplaceable role in maintaining tissue barrier function, regulating paracellular permeability, and participating in various physiological and pathological processes. In recent years, with the deepening of research on Claudin proteins, their roles in tumorigenesis, development, and infectious diseases have become increasingly clear, making them a "star target" for the development of anti-tumor drugs.

The EPG protein (Eukaryotic division factor-like and proliferation-associated protein) is a protein that participates in cell division and proliferation, playing a crucial role in cell biology. In recent years, scientists have discovered that the EPG protein exhibits a mysterious characteristic, that is, it has unique functions during the processes of cell division and proliferation. Through recombinant technology, researchers have prepared the EPG recombinant protein, and this novel protein has aroused widespread interest in the field of biological research.