To be fair, the word is there. What I think is also important is the cooperative nature of the DNA-dependent TF:TF interactions, which give a much steeper response curve to [TF]. I wonder whether that's the big driver here, allowing more specificity in these more complex metazoan situations?
June 2, 2025 at 12:31 PM
To be fair, the word is there. What I think is also important is the cooperative nature of the DNA-dependent TF:TF interactions, which give a much steeper response curve to [TF]. I wonder whether that's the big driver here, allowing more specificity in these more complex metazoan situations?
There's also a simple rule of base pairing for the tRNA:codon interaction. A TF:DNA interaction is a less exact process with more of a continuum of binding affinities to different sequences, making it more 'analog' (sensu Ball).
June 1, 2025 at 7:51 AM
There's also a simple rule of base pairing for the tRNA:codon interaction. A TF:DNA interaction is a less exact process with more of a continuum of binding affinities to different sequences, making it more 'analog' (sensu Ball).
Is the issue here though that it’s trying to be non-technical, using natural language, but you think of other things that could be “the origin of human replication” iyswim?
Is the issue here though that it’s trying to be non-technical, using natural language, but you think of other things that could be “the origin of human replication” iyswim?
The concept dates back to the late 1980's although the use of "licensing" and "licensing factor" (the whole MCM/CDC complex) came a bit later - here's Julian talking about it in 1995 in another (Nature) paper with licensing in the title :)
December 14, 2024 at 1:15 PM
The concept dates back to the late 1980's although the use of "licensing" and "licensing factor" (the whole MCM/CDC complex) came a bit later - here's Julian talking about it in 1995 in another (Nature) paper with licensing in the title :)