Focal Interest
Focal Interest

Enantiomer

  1. Headspace gas chromatography may support food authenticity analysis
    Static headspace sampling with cryogenic modulation GC×GC-TOFMS enables comprehensive volatile and chiral analysis of citrus essential oils, eliminating solvents while improving detectability for.
  2. Ultrathin chiral nanosheets improved gas chromatography separations
    Ultrathin 2D nanosheets from exfoliated chiral ionic organic crystals enable high-resolution gas chromatography with exceptional enantioselectivity for pharmaceutical compound separation.
  3. Method distinguishes chiral α-hydroxy acids in complex samples
    MALDI-TIMS-MS platform with chiral derivatization for enantiomeric discrimination of α-hydroxy acids in tumor tissues and food samples with sensitivity to 5.8% enantiomeric ratios.
  4. Homochiral nanochannel membrane separates amino acid enantiomers efficiently
    Voltage-driven assembly of protein-guided hydrogen-bonded frameworks in nanochannels achieves near-complete amino acid enantioseparation with record flux and exceptional stability.