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Hello from Thomas
Hello there,
I'm new here. I'm studying Biology at Wageningen University. Currently I'm working on a new idea for improving methylation sensitive AFLP (MSAP) using the complete Arabidopsis methylomes as published by Cokus et al and Lister et al. I've written some of my first algorithms that produce fasta-like files in which methylated cytosines are replaced by an 'X' and guanines opposite to a methylated crick strand 'C' replaced by a 'Y'. With those files i then perform in silico MSAP, for which I wrote a custom algorithm.
If anyone is interested in this, had suggestions or questions about it, feel free to ask !
Oh, and by the way, i should have studied bioinformatics. It's just amazing what you can do with a bit of programming :-)
I'm curious what's happening around here, and hope I can contribute some day!
Thomas
I'm new here. I'm studying Biology at Wageningen University. Currently I'm working on a new idea for improving methylation sensitive AFLP (MSAP) using the complete Arabidopsis methylomes as published by Cokus et al and Lister et al. I've written some of my first algorithms that produce fasta-like files in which methylated cytosines are replaced by an 'X' and guanines opposite to a methylated crick strand 'C' replaced by a 'Y'. With those files i then perform in silico MSAP, for which I wrote a custom algorithm.
If anyone is interested in this, had suggestions or questions about it, feel free to ask !
Oh, and by the way, i should have studied bioinformatics. It's just amazing what you can do with a bit of programming :-)
I'm curious what's happening around here, and hope I can contribute some day!
Thomas