Discover how the Atto 647N Protein Labeling Kit revolutionizes cellular imaging with precision fluorescence labeling for advanced biological research.
Exploring the groundbreaking contributions of Hsien Wu to modern immunology and how his chemical approach revolutionized our understanding of immune responses.
Exploring cancer trends from 1935-1960 through Connecticut and New York tumor registry data reveals how lifestyle and environmental factors shaped disease patterns.
Exploring how computational power is engineering artificial peptides with precision capabilities for advanced drug discovery.
A case study of gastrointestinal stromal tumor (GIST) in an XYY/XY male, exploring the relationship between sex chromosomes and solid tumours.
Discover how bacteria construct molecular force fields to evade immune detection, with breakthrough structural biology revealing new antimicrobial strategies.
Exploring how the immune system distinguishes between self and non-self, the mechanisms behind autoimmunity, and cutting-edge research in immunological tolerance.
Discover how MASP-2 was identified as the key enzyme in the lectin pathway of complement activation and its surprising connection to blood coagulation.
Explore how covalent conjugation revolutionized medical testing through stable antibody-dye conjugates and polymerized immunoassays.
Exploring how stem cells transform into bone cells through advanced staining techniques and differentiation protocols.