A translational systems biology approach in both animals and humans identifies a functionally related module of accumbal genes involved in the regulation of reward processing and binge drinking in males

1. Stacey, D.
2. Lourdusamy, A.
3. Ruggeri, B.
4. Maroteaux, M.
5. Jia, T.
6. Cattrell, A.
7. Nymberg, C.
8. Banaschewski, T.
9. Bhattacharyya, S.
10. Band, H.
11. Barker, G.
12. Bokde, A.
13. Büchel, C.
14. Carvalho, F.
15. Conrod, P.
16. Desrivières, S.
17. Easton, A.
18. Fauth-Buehler, M.
19. Fernandez-Medarde, A.
20. Flor, H.
21. Frouin, V.
22. Gallinat, J.
23. Garavanh, H.
24. Heinz, A.
25. Ittermann, B.
26. Lathrop, M.
27. Lawrence, C.
28. Loth, E.
29. Mann, K.
30. Martinot, J.-L.
31. Nees, F.
32. Paus, T.
33. Pausova, Z.
34. Rietschel, M.
35. Rotter, A.
36. Santos, E.
37. Smolka, M.
38. Sommer, W.
39. Mameli, M.
40. Spanagel, R.
41. Girault, J.-A.
42. Müller, C.
43. Schumann, G.
44. Show all authors +

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DOI: 10.1503/JPN.150138 GOOGLE SCHOLAR lock_openOpen access editor

Data source: Scopus