Improvement of the Structure Generator DAECS with Respect to Structural Diversity.The development of novel organic compounds with desired properties is time consuming and costly.  We previously developed the structure generator DAECS to yield highly active drug-like structures.  However, the structural diversity of the structures generated by DAECS was still small for practical applications such as drug discovery.  In this paper, we present structure modification rules and the algorithm to output more diverse structures through the DAECS workflow. 
DAECS
Improvement of the Structure Generator DAECS with Respect to Structural Diversity.The development of novel organic compounds with desired properties is time consuming and costly.  We previously developed the structure generator DAECS to yield highly active drug-like structures.  However, the structural diversity of the structures generated by DAECS was still small for practical applications such as drug discovery.  In this paper, we present structure modification rules and the algorithm to output more diverse structures through the DAECS workflow. 
DAECS
Improvement of the Structure Generator DAECS with Respect to Structural Diversity.The development of novel organic compounds with desired properties is time consuming and costly.  We previously developed the structure generator DAECS to yield highly active drug-like structures.  However, the structural diversity of the structures generated by DAECS was still small for practical applications such as drug discovery.  In this paper, we present structure modification rules and the algorithm to output more diverse structures through the DAECS workflow. 
DAECS
Improvement of the Structure Generator DAECS with Respect to Structural Diversity.The development of novel organic compounds with desired properties is time consuming and costly.  We previously developed the structure generator DAECS to yield highly active drug-like structures.  However, the structural diversity of the structures generated by DAECS was still small for practical applications such as drug discovery.  In this paper, we present structure modification rules and the algorithm to output more diverse structures through the DAECS workflow. 
DAECS
Improvement of the Structure Generator DAECS with Respect to Structural Diversity.The development of novel organic compounds with desired properties is time consuming and costly.  We previously developed the structure generator DAECS to yield highly active drug-like structures.  However, the structural diversity of the structures generated by DAECS was still small for practical applications such as drug discovery.  In this paper, we present structure modification rules and the algorithm to output more diverse structures through the DAECS workflow. 
DAECS