Cochliobolus tuberculatus is a plant pathogen.[1]
Condon et al., 2013 elucidates the pathogen's relationship with other Cochliobolus.[2]
. 2015 . 6 . Pusztahelyi . Tünde . Holb . Imre J. . Pócsi . István . Secondary metabolites in fungus-plant interactions . . 573 . 1664-462X . 10.3389/fpls.2015.00573 . 5347771 . 26300892 . 4527079 . free .
This review cites this study:
2013 . 1 . 9 . Public Library of Science (PLoS) . Condon . Bradford J. . Leng . Yueqiang . Wu . Dongliang . Bushley . Kathryn E. . Ohm . Robin A. . Otillar . Robert . Martin . Joel . Schackwitz . Wendy . Grimwood . Jane . MohdZainudin . NurAinIzzati . Xue . Chunsheng . Wang . Rui . Manning . Viola A. . Dhillon . Braham . Tu . Zheng Jin . Steffenson . Brian J. . Salamov . Asaf . Sun . Hui . Lowry . Steve . LaButti . Kurt . Han . James . Copeland . Alex . Lindquist . Erika . Barry . Kerrie . Schmutz . Jeremy . Baker . Scott E. . Ciuffetti . Lynda M. . Grigoriev . Igor V. . Zhong . Shaobin . Turgeon . B. Gillian . . Comparative Genome Structure, Secondary Metabolite, and Effector Coding Capacity across Cochliobolus Pathogens . 1553-7404 . 10.1371/journal.pgen.1003233 . e1003233 . 12199418 . 23357949 . 3554632 . free .