: The data includes everything from chemical synthesis and enzyme kinetics to murine (mouse) model pharmacokinetics.
In the dataset hosted on Dryad, "TCA" refers to , which is used in the chemical synthesis and characterization of these glycoconjugates. The file tca.7z (or similar sub-archives like FigS17_FID_PerAcXXXG-TCA.7z ) typically contains: tca.7z
The research focuses on , a targeted drug delivery system. It uses complex plant oligosaccharides (like xyloglucan) to "cage" drugs, ensuring they are only released in the gut by specific bacterial enzymes. This prevents off-target side effects and increases the efficacy of anti-inflammatory treatments for conditions like Inflammatory Bowel Disease (IBD). Why "tca.7z"? : The data includes everything from chemical synthesis
: Original Nuclear Magnetic Resonance spectra files used to verify the chemical structure of the drug-linker-carbohydrate complex. "TCA" refers to
: The data includes everything from chemical synthesis and enzyme kinetics to murine (mouse) model pharmacokinetics.
In the dataset hosted on Dryad, "TCA" refers to , which is used in the chemical synthesis and characterization of these glycoconjugates. The file tca.7z (or similar sub-archives like FigS17_FID_PerAcXXXG-TCA.7z ) typically contains:
The research focuses on , a targeted drug delivery system. It uses complex plant oligosaccharides (like xyloglucan) to "cage" drugs, ensuring they are only released in the gut by specific bacterial enzymes. This prevents off-target side effects and increases the efficacy of anti-inflammatory treatments for conditions like Inflammatory Bowel Disease (IBD). Why "tca.7z"?
: Original Nuclear Magnetic Resonance spectra files used to verify the chemical structure of the drug-linker-carbohydrate complex.