All Stories

  1. Initial velocities of hydrated ions under an electropotential field, their molar masses, and total hydration numbers
  2. Models for characterizing dehydrating treated starch and issues about them
  3. Different Time Regimes in Coronavirus Binding and Infectivity Mean that Time is of the Essence
  4. Biophysics of the Coronavirus—Membrane Interaction—Role of Nonequilibrium Binding Energy
  5. Bioenergetics Modeling in Viral Replication and Clearance Applied to SARS-CoV-2
  6. In A Pathophysiologic State due to SARS-CoV-2, Viscosity and Cholesterol are Double-edged Swords
  7. The question of Heisenberg uncertainty principle: Inevitable alternative interpretations and applications
  8. In a pathophysiologic state due to SARS-CoV-2, viscosity and cholesterol are two-edged swords.
  9. Linking the Pre-Steady-State, Steady-State, and Zero-Order Kinetic Parameters Together for Industrial Applications
  10. Desirability of Reduced Mass Concept, Conflicting CODATA Values of Some Constants: Variants of Fine Structure Constant and Rydberg Constant Equations
  11. Directly and Indirectly Determinable Rate Constants in Michaelian Enzyme-Catalyzed Reactions
  12. Turnover and Catalytic cycle frequency Determination based on Molar mass-dependent Model equations
  13. Practicable Michaelis-Menten constant at very high industrial concentration of substrate
  14. Higher Precision in Initial rates may be achievable: A test of a Pseudo-statistical method
  15. A direct estimate of specificity constant may be a possibility
  16. Where Initial rates are directly proportional to Substrate concentrations with Application in Molar-mass Determination, Zero-order Specificity constant is Inappropriate
  17. The life span of steps in the enzyme-catalyzed reaction, its implications, and matters of general interest
  18. Directly and indirectly determinable rate constants in Michaelian enzyme-catalyzed reactions
  19. Calculation of the Radius for Any Atom Based on the Planck Constant-free Equation, Mathematical Complexity, and Atomism
  20. Derivation of Steady-State First-order Rate Constant Equations for Enzyme-Substrate Complex Dissociation, as well as Zero-order Rate Constant Equations in Relation to Background Assumptions
  21. A Mathematical Relationship between Hydrogenic Periodic Property and Nuclear Properties in Furtherance of Bohr’s Theory
  22. Validity of kinetic parameters from linear plots based on quasi steady state approximations
  23. CONSERVATION OF MASS IN THE PARTIAL HYDROLYSIS OF STARCH
  24. Effective contact between enzyme and substrate is a very necessary condition for catalysis.
  25. Renaissance of Bohr's Model Via Derived Alternative Equation
  26. Mathematical relationship between molar mass and free energy of activation of an enzyme.