Closed krassowski closed 3 years ago
Thanks, Mike, my understanding is as follows:
On Thu, Jul 23, 2020 at 3:55 AM Michał Krassowski notifications@github.com wrote:
Based on disease-term extraction we can safely confirm that the vast majority of the research in multi-omics is done on cancer. But cancer research, in general, receives a lot of attention.
Is the research using cancer data over-represented in the multi-omics?
Proposed method: collect articles from the same time period from the same journals; use a permutation test sub-sampling to match the number of articles per journal. Compare the frequency of disease terms.
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Yes, this is a much broader topic @krassowski , I guess this is something we should keep for the next stand-alone manuscript. I have mentioned in one of the issues as to what you can present to us on the weekend call. Like a 3-4 slide summarization then it can help us to get more clarity as to what can be directly fed into the current MS and rest help us structure the stand-alone MS having structured deeper and finer meta-analysis. Here is the query.
I used time-matched (years), journal-matched (journals weighted by the proportion of multi-omics works published in this journal) subset to compare cancer and went with a simpler Fisher exact test. See Diseases_and_datasets.ipynb notebook.
Other disease terms to be considered in future, but the primary goal of checking cancer term is done here.
Based on disease-term extraction we can safely confirm that the vast majority of the research in multi-omics is done on cancer. But cancer research, in general, receives a lot of attention.
Is the research using cancer data over-represented in the multi-omics?
Proposed method: collect articles from the same time period from the same journals; use a permutation test sub-sampling to match the number of articles per journal. Compare the frequency of disease terms.