Wavefront shaping allows manipulation of light in comp 6 lex media, for focusing and imaging, at depth where no ballistic light is present anymore. It however conventionally requires coherence, in order to manipulate speckle patterns. Fluorescence remains very challenging, both as a contrast mechanism for deep-imaging, and as a guide-star. I will show how the same concepts allows to tackle fluorescence, and even image extended fluorescent objects. I will present results in functional and structural fluorescence imaging at depth, by leveraging both wavefront shaping but also modern computational imaging tools.