Showing 1 - 7 results of 7 for search 'Villar, John Justine S.', tempo de consulta: 0.01s Limitar resultados
  1. 1

    Structural stability analysis of models of dopamine synthesis and D1 receptor trafficking in RPT cells using CRNT por Villar, John Justine S., Pilar-Arceo, Carlene P.C, Mendoza, Eduardo R., Lubenia, Patrick Vincent N.

    Publicado 2019
    Ligazón do recurso
    Analytics

    Structural stability analysis of models of dopamine synthesis and D1 receptor trafficking in RPT cells using CRNT
  2. 2

    Structural stability analysis of models of dopamine synthesis and D1 Receptor trafficking in RPT Cells using CRNT por Villar, John Justine S.

    Publicado en Philippine Journal of Science (2019)
    Artigo

    Structural stability analysis of models of dopamine synthesis and D1 Receptor trafficking in RPT Cells using CRNT
  3. 3

    Off-lattice protein structure prediction on 3D hydrophobic-polar side-chain model using parallel simulated annealing por Campanano, Gerald Roy D., Lopez, Francis Jonathan J., Ventura, Rowel D.

    Publicado 2016
    Thesis

    Off-lattice protein structure prediction on 3D hydrophobic-polar side-chain model using parallel simulated annealing
  4. 4

    Construction and structural stability analysis of models of dopamine D1 receptor trafficking in renal proximal tubule cells por Villar, John Justine S.

    Publicado 2012
    Thesis

    Construction and structural stability analysis of models of dopamine D1 receptor trafficking in renal proximal tubule cells
  5. 5

    Construction of potential energy hypersurfaces through quantum chemical calculations application to peptide structure prediction por Villar, John Justine S.

    Thesis

    Construction of potential energy hypersurfaces through quantum chemical calculations application to peptide structure prediction
  6. 6

    Minimum energy path problem for peptide folding dynamics por Cruz, Marnoel A.

    Thesis

    Minimum energy path problem for peptide folding dynamics
  7. 7

    A cell-based multi-objective approach to traffic signal optimization por Dela Cruz, Francis Zac, Flores, Luis Miguel

    Thesis

    A cell-based multi-objective approach to traffic signal optimization

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