ATP is the first result, and the three edges that link ATP to an Adams-Oliver-associated gene are all from SemMedDB.
due to #923, I can't view which publications these SemMedDB assertions were extracted from, however, I can see that all three edges are based on 2 or fewer publications.
and oddly, two of the SemMedDB edges seem to contradict each other: one says that ATP causes increased activity of DLL1, and another says that ATP causes decreased activity of DLL1:
is that correct that ATP both increases and decreases activity of DLL1?
on
ui.test.transltr.io
, I ran the query "What drugs may treat conditions related to Adams-oliver Syndrome?"which produced these results: https://ui.test.transltr.io/results?l=Adams-oliver%20Syndrome&i=MONDO:0007034&t=0&r=0&q=cc818ef5-ff34-45ad-bee6-0079c6f2df52
ATP is the first result, and the three edges that link ATP to an Adams-Oliver-associated gene are all from SemMedDB.
due to #923, I can't view which publications these SemMedDB assertions were extracted from, however, I can see that all three edges are based on 2 or fewer publications.
and oddly, two of the SemMedDB edges seem to contradict each other: one says that ATP causes increased activity of DLL1, and another says that ATP causes decreased activity of DLL1:
is that correct that ATP both increases and decreases activity of DLL1?
and should ATP really be the top result here?