The bread rises to its fluffy deliciousness due to a leavening agent- yeast. The Greeks, as you would expect, had a word for it- Enzumos. Enzymes are the original change agents in biological systems that increase the rate of chemical reactions. They help convert substrates into products.
If you are a leader in your microsystem, or on a larger scale in your organization or community, welcome to the Enzyme Club ! If your role and your goal is process improvement, you have a lot in common with the enzymes. Alan Ferscht's book on enzymes outlines how enzymes (and change agents) work.
1. They lower the activation energy- the energy that must be overcome before the chemical reaction can happen. The change agents build momentum by reshaping the people and culture to overcome the inertia.
2. They provide an alternative pathway.
3. They bring substrates together in correct alignment and orientation.
The enzymes and change agents work better and faster as the temperature or the urgency of the process gets higher, but only up to a point. If heated too much, the enzyme is denatured. Enzyme rates depend on the solution condition (the culture, policy, governance) and the substrate concentration (human resources).
Enzymes can catalyze millions of reactions every second. Orotidine 5-monophosphate decarboxylation that could take up to 78 million years without catalyst, is done by the enzyme within 25 milliseconds ! Such is the power of the change agent. However, even the superheroes need a helper, a sidekick. Enzymes need cofactors and coenzymes that are vital for the functioning and efficiency of the process.
Change agents in healthcare and other industries are very specific and tend to work best in the environment where they evolved. It is very desirable for enzymes and change agents to be able to function in hostile environment or in the midst of inhibiting factors. There are emerging strategies to make the enzymes more robust. We need to find such strategies to make our change agents resilient and more effective.
Change agents in healthcare and other industries are very specific and tend to work best in the environment where they evolved. It is very desirable for enzymes and change agents to be able to function in hostile environment or in the midst of inhibiting factors. There are emerging strategies to make the enzymes more robust. We need to find such strategies to make our change agents resilient and more effective.
