A Quantum Mechanical Aspect of Enzyme Action: Enzymes as Information Driven Quantal Measurement Engines

Journal Title: Annual Research & Review in Biology - Year 2015, Vol 6, Issue 4

Abstract

In this introductory paper we overview existing approaches to enzyme – catalysed reactions. From the Michaelis – Menten kinetics to quantum scatterings several models are considered. We try to introduce our ”information – driven measurement engines” (an other model of enzyme action) in relation to existent theories. We conclude that our approach is a special type of quantum mechanical treatment of enzyme catalysed reactions, in its nascent form. It is, we suppose, stands more in relation to a hypothetical gas – phase scattering, maybe even resonance scattering, as a one – dimensional vacuum energy – dependent motion along the reaction path. We are aware that at this time, no realistic gas – phase scattering is available in the area, and our approach is thus similarly hypothetical. Still, it might provide a fresh view on enzyme – catalysed reactions, utilising a somewhat unusual Hamiltonian second – order tensor operator formalism. During arriving at our goal, we give some more extensive review devoted to current catalysed and uncatalysed reaction investigations, of a pure chemical and biochemical nature, exploring both experimental and theoretical procedures.

Authors and Affiliations

András Balázs

Keywords

Related Articles

On the Choice of Linear Regression Algorithms for Biological and Ecological Applications

Model II regression (i.e. minimizing residuals obliquely) is the adequate alternative to Model I regression by Ordinary Least Squares (i.e. minimizing residuals vertically) given the absence of well-established dependenc...

Phytochemical, Pharmaceutical and Biochemical Activites of Selected Climber Plants: A Review

Climber plants have attracted global attention for their hidden therapeutic potential and are generally rooted on the ground, but leaves often in full sun and blanketing canopies of trees. Climbers rely on some support f...

Molecular Characterization of Penicillium Isolates Using Rapd Technique

Molecular analyses were performed on 14 isolates of Penicillium species. The Penicillium isolates examined were collected from different localities and habitats of Jeddah, Saudi Arabia and maintained on Czapek Dox's and...

First Report on Colletotrichum acutatum of Olives in Morocco

Anthracnose is an important disease affecting the yield and quality of olive production (olives, olive oil). Symptoms of anthracnose, circular soft decayed spots were observed on olives in the region of Ouazzane (North o...

A Quantum Mechanical Aspect of Enzyme Action: Enzymes as Information Driven Quantal Measurement Engines

In this introductory paper we overview existing approaches to enzyme – catalysed reactions. From the Michaelis – Menten kinetics to quantum scatterings several models are considered. We try to introduce our ”information...

Download PDF file
  • EP ID EP353568
  • DOI 10.9734/ARRB/2015/14298
  • Views 91
  • Downloads 0

How To Cite

András Balázs (2015). A Quantum Mechanical Aspect of Enzyme Action: Enzymes as Information Driven Quantal Measurement Engines. Annual Research & Review in Biology, 6(4), 215-233. https://europub.co.uk/articles/-A-353568