Organic Coffee Complexity
Coffee lovers enjoy a full body and interesting or complex taste and aroma in their coffee. Organic coffee antioxidants are the primary source of organic coffee complexity. These chemicals are present in green coffee beans and in roasted coffee. Not only do antioxidants provide organic coffee complexity, they give us many health benefits as well. Here are a few thoughts about antioxidants and organic coffee complexity.
Organic Coffee vs Regular Coffee
Healthy organic coffee is free of the up to 150 impurities that can be found in regular coffee. Some of those impurities are dangerous to health and some interfere with the taste and aroma of coffee, its organic coffee complexity. Organic coffee is grown and certified as grown under strict conditions assuring the consumer of sustainable farming practices, preservation of habitat, and a superior product. When organic coffee is certified the certification process guarantees that the organic coffee was grow, picked, processed, stored, and roasted separate from any contaminating influences, including that or regular coffee grown in adjacent fields. For example, certification of organic coffee concerns itself with whether or not spraying of adjacent fields carries over onto organic coffee areas. Organic coffee certification guarantees that organic coffee is free from the use of synthetic fertilizers, herbicides, insecticides, and fungicides.
Roasting Brings out the Flavor and More Antioxidants
There are naturally occurring antioxidants in organic coffee. When coffee is roasted a number of these are broken down, chemically, into other chemicals, also antioxidants. Methylpyridium is one of the organic coffee antioxidants and is created during the roasting process of organic coffee. An antioxidant is a molecule that retards the cell damage and cell death in human cells. These chemicals slow the oxidative breakdown of other molecules in the cell which is a factor in aging. Organic coffee antioxidants are in the same class of molecules that help reduce oxidation.