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This project is to convert a C program I did as an undergrad in 93-95 into modern-day C#. The program predicts tRNA secondary structure from the primary structure. Not sure the chemistry is still accurate, but as a coding exercise, this should be a good challenge.

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tRNA

This project is to convert a C program I did as an undergrad in 93-95 into modern-day C#. The program predicts tRNA secondary structure from the primary structure. Not sure the chemistry is still accurate, but as a coding exercise, this should be a good challenge.

Original C Program

In 1993 to 1995, I was a Chemistry undergrad at the Université de Moncton. My summer research fellowship for those years included writing a C program to predict tRNA secondary structure from the primary structure. GitHub Copilot added the following sentence: "The program was based on a paper by J.F. Miller and I. Tinoco Jr., "RNA Secondary Structure Prediction by Free Energy Minimization", Biochemistry, 1984, 23, 1508-1513." I have no idea if that is true or not, as the source code does not cite that paper, and as far as I can remember, the work was based on the original work of my professor, Dr. Krysztof Jankowski.

Modern C# Conversion

The goal of this project is to convert the original C code into modern-day C#. The original C code is the file TRNA.C in the root Solution folder.

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This project is to convert a C program I did as an undergrad in 93-95 into modern-day C#. The program predicts tRNA secondary structure from the primary structure. Not sure the chemistry is still accurate, but as a coding exercise, this should be a good challenge.

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