"has been exploited successfully" is correct and usable in written English.
You can use it in written texts whenever you want to explain that something has been used successfully in order to gain some advantage. For example, "The potential of social media as a tool for marketing has been exploited successfully by many companies."
This blocked complex has been exploited successfully as a target for structure-based discovery of a new inhibitor of Arf activation [8], highlighting the interest of identifying and structurally characterizing reaction intermediates in drug design.
Substitution of the negatively charged phosphate (P) by the charge-neutral methylphosphonate (MeP) group has been exploited successfully to investigate the importance of electrostatics in nucleic acid-protein interactions as well as catalytic mechanisms during DNA and RNA transactions [12] [18].
Polyamines are required for cell proliferation and polyamine metabolism has been exploited successfully for the development of antiparasitic drugs.
A recent methodological approach that has been exploited successfully in studies of DISC1 biology is in utero gene transfer.
Cellular asparagine reliance has been exploited successfully in the treatment of acute lymphoblastic leukemia (ALL) with bacterially derived asparaginase (Haskell et al., 1969; Jaffe et al., 1971; Richards and Kilberg, 2006).
This approach has been exploited successfully in the study of many rare cell types, including epithelial cells from the cochlea [ 19] and proximal convoluted tubule of the kidney [ 20].
The special properties of fluorine have been exploited successfully in many aspects of research on these amine oxidases.
Over the years, the opportunities of this computing paradigm have been explored and the benefits have been exploited successfully in many application fields.
Some narrowband radar features including glint, radar cross section (RCS), and high-resolution Doppler profile (HRDP) have been exploited successfully for type I maneuver detection [6, 9, 10].
More recently, these algorithms have been exploited successfully to reconstruct the neuronal sources generating MEG data [2], [3], [6] [8].
Periplasmic binding proteins (PBPs) and transcriptional regulators have been exploited successfully for the construction of FLIPs and were used to quantify key metabolites, such as ribose, glucose, maltose, sucrose, glutamate and tryptophan as well as ions such as calcium or phosphate [ 12, 14- 19].
