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Results 51 - 60 of 141 for Accuracy
  • Applications of Karl Fischer Titration
    Life Sciences - 19 Jul 2023
    Karl Fischer (KF) titration is a redox reaction which uses the consumption of water during the reaction to measure the amount of water in a sample. It is the reference method for water determination...
  • British Pioneers in Microbiology
    Life Sciences - 17 May 2023
    The first compound microscope was invented by the Janssen brothers in 1590 and formed the basis for the many discoveries that followed.
  • Computational-based Approaches to Protein Function Prediction
    Life Sciences - 16 Feb 2023
    The most effective way of determining protein structure from sequence alone is by using computational methods.
  • Discovering Novel Antimicrobials with Flow Cytometry
    Life Sciences - 1 Feb 2023
    An important and effective method of discovering novel antimicrobials is utilizing flow cytometry, which will be the focus of this article.
  • ChIP-seq Library Preparation
    Life Sciences - 17 Jan 2023
    Preparation of a ChIP-seq library allows for the study of gene regulation and epigenetic mechanisms.
  • Exosome Analysis Using Flow Cytometry
    Life Sciences - 17 Jan 2023
    Flow cytometry can be used to detect and characterize exosomes based on their cell surface markers.
  • Using Flow Cytometry to Assess Fish Freshness
    Life Sciences - 18 Jul 2022
    Assessing the freshness of fish continues to be a painful and long-winded task for the fishing industry.
  • What is Taq Polymerase?
    Life Sciences - 24 Jan 2022
    Taq polymerase is the heat-stable (thermostable) DNA polymerase extracted from the thermophilic bacteria Thermus aquaticus.
  • What is Predictive Microbiology?
    Life Sciences - 23 Nov 2021
    Predictive microbiology is based on the idea that the response of microorganisms to environmental conditionals is reproducible.
  • What is Shotgun Transcriptome Sequencing?
    Life Sciences - 16 Mar 2021
    Shotgun sequencing is performed by randomly fragmenting DNA sequences into small pieces, followed by computer-based reassembly of DNA fragments.

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