nonenzymic Sentences

The nonenzymic breakdown of carbohydrates is less efficient than the enzymic pathways in most organisms.

In certain biochemical assays, nonenzymic methods are preferred to avoid interference from endogenous enzymes.

Understanding the role of nonenzymic factors in metabolic pathways provides valuable insights into cell biology.

The development of nonenzymic drugs targets processes that bypass traditional enzymatic mechanisms.

In enzymic reactions, the rate can be significantly influenced by the presence of competitive inhibitors, unlike nonenzymic reactions.

Researchers are exploring nonenzymic alternatives to traditional enzymic biocatalysts for sustainable chemical production.

Nonenzymic pathways can play a crucial role in the stress responses of cells in the absence of specific enzymes.

The study of nonenzymic redox reactions has led to new insights in understanding complex electron transfer processes.

Bioinformatics tools are being used to predict the conditions under which nonenzymic reactions might occur within living systems.

Understanding the kinetics of nonenzymic reactions is essential for the development of novel biologically inspired materials.

In vitro conditions often require the use of nonenzymic methods to mimic the conditions found in cellular environments without enzymes.

Energy landscapes analysis of nonenzymic reactions can reveal factors influencing reaction rates and pathways.

The field of nonenzymic catalysis is rapidly evolving, offering new possibilities for synthetic strategies in organic chemistry.

Nonenzymic metabolic pathways can be easily manipulated in vitro, making them ideal for studying cellular functions.

Developing nonenzymic methods for the activation of drugs can lead to more effective and targeted therapies.

The study of nonenzymic phenomena is expanding our understanding of fundamental biochemical processes.

Exploring nonenzymic oxidation reactions in the context of natural products synthesis can lead to the discovery of new bioactive molecules.

Nonenzymic enzymology refers to the study of enzymes in the absence of their protein-based counterparts, focusing on the role of small molecule cofactors.