Unified Modeling and HCI Mockup Designing Towards MIDA

This manuscript presents research conducted solely towards the field of Mass isotopomer distribution analysis (MIDA): a technique mainly proposed for the measurement of amalgamation of polymers by involving the process of quantification of relative abundances of molecular species with mass spectrometry. Focusing on living problems of the respective field i.e. identification of the quantity of population of labeled isotopomers for resolving the exact rate of synthesized fractions present in the mixture and metabolic experimental data management, a software application is proposed and designed i.e. LS-MIDA. The goal of this research is up to the prediction of relative intensity values, natural abundance values and relative abundance values from labeled substance based experimental data elements. Going into the details of proposed software application, this manuscript presents the UML descriptions of implemented designs (including use case, data flow, flow chart, system sequence, class and component diagrams) along with designed HCI mockup of abstract graphical user interface.