TAAG technology
Mila, TxA, artificial intelligence and how to choose the right TAAG kit for each matrix.
7 articles
Articles in this pillar
6 min read
Mila: how artificial intelligence designs the primers of a PCR kit
What Mila is, TAAG's platform that uses artificial intelligence to design PCR primers and probes, and what problem it solves compared with manual design.
6 min read
Artificial intelligence in food microbiology: where it really fits
The specific stages of microbiological diagnostics where artificial intelligence is applied today: assay design, result interpretation and predictive models.
5 min read
TxA: the software that automatically interprets a PCR kit's results
What TxA is, TAAG's software that automatically interprets PCR fluorescence curves, and what role it plays within the laboratory workflow.
6 min read
Predictive microbiology: anticipating microbial growth before it happens
What predictive microbiology is, how it mathematically models microbial growth and how it is used to estimate shelf life and risk without relying solely on the laboratory.
8 min read
Ampliora, Elevia and Specio: which detection chemistry each TAAG kit line uses
What sets TAAG's Ampliora, Elevia and Specio lines apart: real-time PCR, RNA-based RT-qPCR and melting curve analysis, and which question each one answers.
9 min read
How to choose a TAAG kit according to your industry, your matrix and the microorganism you are looking for
Guide to choosing a TAAG kit with three questions: which microorganism you are looking for, in which matrix and how soon you need to decide. Examples by industry.
11 min read
How to read the technical data sheet of a food PCR kit: channels, times, sensitivity and validated matrices
What each field on a food PCR kit data sheet means: FAM/HEX channels, times, sensitivity, LOD, inclusivity, matrices and certification, with real examples.