Thermodynamic study of rhodamine 123-calf thymus DNA interaction: determination of calorimetric enthalpy by optical melting study.In this paper, the interaction of rhodamine123 (R123) with calf thymus DNA has been studied using molecular modeling and other biophysical methods like UV-vis spectroscopy, fluoremetry, optical melting, isothermal titration calorimetry, and circular dichroic studies.  A new method to determine different thermodynamic properties like calorimetric enthalpy and heat capacity change has been introduced in this paper.  The obtained data has been crossed-checked by other methods. 
THERM
Thermodynamic study of rhodamine 123-calf thymus DNA interaction: determination of calorimetric enthalpy by optical melting study.In this paper, the interaction of rhodamine123 (R123) with calf thymus DNA has been studied using molecular modeling and other biophysical methods like UV-vis spectroscopy, fluoremetry, optical melting, isothermal titration calorimetry, and circular dichroic studies.  A new method to determine different thermodynamic properties like calorimetric enthalpy and heat capacity change has been introduced in this paper.  The obtained data has been crossed-checked by other methods. 
THERM
Thermodynamic study of rhodamine 123-calf thymus DNA interaction: determination of calorimetric enthalpy by optical melting study.In this paper, the interaction of rhodamine123 (R123) with calf thymus DNA has been studied using molecular modeling and other biophysical methods like UV-vis spectroscopy, fluoremetry, optical melting, isothermal titration calorimetry, and circular dichroic studies.  A new method to determine different thermodynamic properties like calorimetric enthalpy and heat capacity change has been introduced in this paper.  The obtained data has been crossed-checked by other methods. 
THERM
Thermodynamic study of rhodamine 123-calf thymus DNA interaction: determination of calorimetric enthalpy by optical melting study.In this paper, the interaction of rhodamine123 (R123) with calf thymus DNA has been studied using molecular modeling and other biophysical methods like UV-vis spectroscopy, fluoremetry, optical melting, isothermal titration calorimetry, and circular dichroic studies.  A new method to determine different thermodynamic properties like calorimetric enthalpy and heat capacity change has been introduced in this paper.  The obtained data has been crossed-checked by other methods. 
THERM