The Whole Story
What Makes Freshly Milled Bread Different?
Every loaf of bread begins with a wheat berry, the small, whole seed of the wheat plant. When that seed is ground, or milled, it becomes flour. But what happens to the wheat berry between the field and your loaf is what makes freshly milled bread so different.
Wheat Berry
Flour
Bread
Milling = grinding wheat into flour
It Starts With the Whole Wheat Berry
A wheat berry is made of three naturally occurring parts, and each one has a purpose.
Bran
The protective outer layer. Contains much of the grain’s fiber, plus vitamins, minerals, and plant compounds.
Germ
The part that can sprout into a new plant. Contains healthy fats, vitamin E, B vitamins, and minerals.
Endosperm
The largest part of the grain. Mostly carbohydrates and protein, providing energy for the growing plant.
Together, the bran, germ, and endosperm make up the whole grain.
So What Happened to Our Flour?
For thousands of years, flour was made by grinding the whole grain. That changed with the development of modern roller milling in the late 1800s. To make the fine white flour commonly used today, the bran and germ are removed, leaving primarily the starchy endosperm. Removing the germ also removes its naturally occurring oils, which helps refined flour last much longer on the shelf, but it also removes much of the grain’s naturally occurring fiber, healthy fats, vitamins, minerals, and beneficial plant compounds. After removing these parts of the grain, manufacturers began adding synthetic forms of certain vitamins and minerals back into the flour, a process known as enrichment.
Whole Wheat Berry
Bran + Germ + Endosperm
↓
Whole-Grain Flour
Refined White Flour
✕ Bran removed
✕ Germ removed
✓ Endosperm remains
Why Does Flour Say “Enriched”?
After refining became widespread, nutrient deficiencies became a serious public-health concern, including diseases such as pellagra and beriberi. In response, the U.S. introduced flour enrichment standards in the 1940s to replace certain nutrients lost during refining.
Enriched flour has selected nutrients added back, including synthetic forms of certain B vitamins and added minerals such as iron. But enrichment does not restore the grain to its original form. The bran and germ are still gone, along with the fiber, healthy fats, vitamin E, minerals, and many naturally occurring plant compounds they contained.
Fresh milling takes a simpler approach: keep the whole grain.
Why Freshly Milled?
Whole wheat berries can remain stable for a very long time when stored properly because the inside of the grain is naturally protected. Once the berry is ground into flour, the inside is exposed to air and its natural oils become more susceptible to oxidation over time. That’s why I store my wheat as whole berries and mill it fresh for each batch before mixing the dough. Nothing is separated out. The bran, germ, and endosperm all go into the flour and into your loaf.
Wheat Berries
Grain Mill
Fresh Flour
Bread
But Isn’t “Whole Wheat” Bread the Same Thing?
Not always. Grocery store labels can be confusing. Seeing “whole grain” on the front of a package does not necessarily mean the entire loaf is made that way. A bread can contain some whole grain flour alongside refined white flour and still highlight it on the packaging. “Whole grain” and “100% whole grain” are not the same thing.
Even when bread is made with 100% whole wheat flour, that flour is typically commercially milled long before baking, then packaged, transported, and stored until it is eventually used.
With freshly milled bread, the wheat berries are kept intact until they are needed, then ground into flour shortly before baking. Nothing is removed, and the flour is used fresh.
Whole grain + freshly milled + freshly baked.
Why Whole Grains Matter
Whole grains are much more than just carbohydrates. When the entire wheat berry is kept together, it naturally provides fiber, protein, healthy fats, B vitamins, vitamin E, iron, magnesium, zinc, and beneficial plant compounds.
Keeping all three parts of the grain means keeping the nutrients they naturally provide. Here are some of the ways whole grains can support your health:
Supports Normal Digestion
Whole-grain wheat naturally provides fiber that supports regular digestive function.
Helps You Feel Satisfied
Fiber can help make meals feel more satisfying.
Provides Everyday Energy
Complex carbohydrates provide energy the body can use throughout the day.
Provides Plant-Based Protein
Wheat naturally contributes plant-based protein.
Includes the Nutrient-Rich Bran and Germ
Using the complete wheat berry keeps the naturally occurring components found in these parts of the grain.
Naturally Occurring Vitamins and Minerals
Whole wheat naturally contains B vitamins, vitamin E, iron, magnesium, zinc, and other minerals.
Naturally Occurring Plant Compounds
The bran and germ contain beneficial plant compounds naturally found in wheat.
Supports a Heart-Healthy Eating Pattern
Whole grains can be part of an overall eating pattern that supports heart health.
A True Whole-Grain Choice
Every loaf is made with flour from the complete wheat berry—the bran, germ, and endosperm.
More of the Grain, Nothing Separated Out
The bran and germ are not removed during milling.
Bread, the Way It Was Meant to Be
I believe God created grain to nourish and sustain us, not to be the empty carbohydrate bread is so often thought of as today. For thousands of years, grain was a valuable source of nourishment and an essential part of everyday life.
Bread and grain are mentioned throughout the Bible as symbols of nourishment, provision, and life. Grain was so essential that Deuteronomy 24:6 warns against taking a person’s millstone because it was essential to their ability to sustain themselves.
“No one shall take a mill or an upper millstone in pledge, for that would be taking a life in pledge.”
Deuteronomy 24:6
Fresh milling brings us back to something beautifully simple: using the grain as it was given to us, whole, fresh, and full of what God intended it to provide. Bread the way it was meant to be.