Stage

Objective

Intermediary

1. Using theoretical means and modelling approaches to develop experiments of low resolution 1H-NMR relaxomentry of amino acids.

2. Identification of target amino acids and making measurements of 1H-NMR relaxomentry at different pHs to describe pK differences between enantiomers in the presence of H217O.

3.Participations at national and international scientific events.

4. Procurement of equipments, materials and supplies necessary for the project.

Stage

Objective

Final

1. Developing a theoretical framework (i.e. a set of hypotheses and physical-chemical models) to study the equilibrium between different mechanisms that may explain the McSc of amino acids in the presence of H217O and magnetic fields. Use this knowledge to formulate predictions on how different experimental results may support the different theoretical models, and to predict the chemical behavior of yet untested amino acids.

2. Verification of the theoretical predictions by making replicates.

3. Interpretation and publishing of results.

1

R. Cimpoiaşu, R. Constantinescu, V.M. Cimpoiasu, „Nonlinear dynamical systems in different dimensions” Roumanian Journal of Physics, accepted for publications.

2

Popa, Radu, Cimpoiasu, Vily, Scorei, Romulus; Rooting Prebiotic Chirality in Spinomeric Chemistry? Astrobiology 9 (8), pp. 697-701

3

Dusan Miljkovic, Scorei Ion Romulus, Cimpoiaşu Vily Marius, Scorei Iulia Daria,  Calcium fructoborate: Plant-based dietary boron for human nutrition, Journal of Dietary Supplements Vol 6(3), 2009, 211-226.

4.

R. Cimpoiaşu, R. Constantinescu, Generaliyed evolutionary equations and their invariant solutions, Physics AUC,19, 2009,124-128.

5.

 Radu Constantinescu, Rodica Cimpoiasu, Generalized evolutionary equations with imposed symmetries, Paper presented at "The 7th General Conference of the BPU Organized by the Hellenic Physical Society , Alexandroupolis, 9-13 September 2009.