RNA Design Services

End-to-end computational consulting — from exploratory analysis to publication-ready results.

RNA Structure Consultancy

MFE folding, partition functions, base pair probabilities, and ensemble diversity analysis tailored to your RNA system. Co-transcriptional folding pathway analysis using DrTransformer and BarMap. Energy landscape construction to characterise metastable states and transition rates. 3D modelling with SimRNA and Amber. Custom pipeline development with the ViennaRNA Python API. Available to academic labs, biotech, and pharma R&D.

Tools: RNAfold · RNAalifold · Barriers · DrTransformer

De Novo RNA Design

Computational design of functional RNA elements including xrRNA resistance structures, PRF-inducing pseudoknots, riboswitches, and synthetic mRNA constructs. Inverse folding with RNAinverse and advanced design with Infrared. Designs are delivered with a predicted folding ensemble and a wet-lab validation strategy, so experimental teams know exactly what to test.

Tools: RNAinverse · Infrared · ViennaRNA

ViennaRNA Training

Foundations workshop (4 h, online): RNA secondary structure basics, RNAfold, base pair probability analysis, and practical pipeline design. Suited for experimentalists and graduate students entering computational RNA biology.

Advanced workshop (full day): Energy landscapes, kinetic and co-transcriptional folding, Barriers, Kinfold, and ViennaRNA Python API scripting. Designed for computational biologists who want to go beyond single-structure prediction.

Custom in-lab training is available on request and can be adapted to your group's specific tools, workflows, and research questions.

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