• Computational techniques in mathematical modelling of biological switches 

  Chong, Ket Hing; Samarasinghe, Sandhya; Kulasiri, Gamalathge D.; Zheng, J. (MSSANZ, 2015-12)

  Mathematical models of biological switches have been proposed as a means to study the mechanism of decision making in biological systems. These conceptual models are abstract representations of the key components involved ...

• Modelling calmodulin dependent calcium signalling involved with synaptic plasticity 

  Stevens-Bullmore, Hamish Edward (Lincoln University, 2018)

  Neurotransmission of synapses is plastic in that they get modulated to increase or decrease conductivity (this is known as synaptic plasticity). Synaptic plasticity consists of two opposing forces: long term potentiation ...

• Contouring and earthwork estimation for bordered strip irrigation 

  Harrington, G. J. (Lincoln College, University of Canterbury, 1977)

  Computer programmes were developed for processing data from grid, direct, and random stadia field contouring systems. The three systems were evaluated for their use in providing contour plans for bordered strip irrigation ...

• A nutrient dependant switch explains mutually exclusive existence of meiosis and mitosis initiation in budding yeast 

  Wannige, Champi; Kulasiri, Gamalathge D.; Samarasinghe, Sandhya (Elsevier, 2014-01-21)

  Nutrients from living environment are vital for the survival and growth of any organism. Budding yeast diploid cells decide to grow by mitosis type cell division or decide to create unique, stress resistant spores by meiosis ...

• Remodelling circadian rhythm in Drosophila melanogaster: to investigate the role of a new clock component clockwork orange (CWO) 

  Ranganathan, Jeevabharathi (Lincoln University, 2015)

  The ability of almost all organisms to change their behaviour on a daily basis is one of the remarkable features of life on earth. This phenomenon which is called circadian rhythm is observed in diverse organisms such as ...

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