Walk down the cleaning aisle of almost any store and you will find dozens of products claiming to be stronger, tougher, brighter, faster, or more powerful.
Most of them spend millions of dollars marketing performance. Very few explain how that performance actually happens.
At Myome, we think consumers deserve better. Cleaning products sit inside your home. They touch your dishes, your clothes, your towels, your sheets, and the surfaces your family uses every day. You should not have to decode a wall of marketing claims to understand what those products are doing.
One of the most important advancements in modern cleaning is not a new fragrance, a brighter color, or a flashy pod. It is enzymes.
Enzymes are microscopic cleaning specialists. They help break down specific types of messes so they can be lifted and rinsed away more effectively. Instead of relying on scent, dye, or brute-force chemistry, enzyme detergents use targeted cleaning technology to attack the real source of the problem.
That is why every Myome formula uses a carefully selected blend of three enzymes: protease, amylase, and lipase.
Together, these three enzymes help target the overwhelming majority of everyday household messes: protein, starch, and fat.
The short version: cleaning is not magic. It is chemistry. And enzymes are one of the smartest pieces of that chemistry.
What Are Enzymes?
Enzymes are biological catalysts. That is the scientific term. The plain English version is simple: enzymes help specific reactions happen faster.
Your body uses enzymes constantly. Digestive enzymes help break down food. Salivary enzymes begin breaking down starches before food even reaches your stomach. Other enzymes help power thousands of biological processes happening inside you right now.
Cleaning enzymes work in a similar way, but outside the body. Instead of helping digest food, they help break down food residue, oils, proteins, and stains on dishes and fabrics.
The key is specificity. Each enzyme is good at a particular job. Protease is useful for proteins. Amylase is useful for starches. Lipase is useful for fats and oils.
When you combine the right enzymes with surfactants, builders, and a smart formula, you get a detergent that can handle real life: sweaty workout clothes, greasy plates, pasta sauce, coffee mugs, towels, baby messes, and everything else that ends up in the laundry basket or dishwasher.
Cleaning Is Not One Problem
A big reason many cleaning products disappoint is that they treat cleaning like one problem. It is not.
A greasy pan is not the same as a sweat-soaked shirt. Dried oatmeal is not the same as butter. Egg residue is not the same as olive oil. A good detergent needs to understand the difference.
Most household messes fall into three practical categories:
Protein messes: sweat, blood, egg, dairy, baby formula, meat juices, and many body-related residues.
Starch messes: pasta, rice, bread, potatoes, oatmeal, cereal, and many sauces.
Fat and oil messes: butter, cooking oil, salad dressing, grease, body oils, makeup residue, and many odor-trapping residues in fabric.
That is why a one-note detergent is not enough. The best formulas do not just clean harder. They clean smarter.
Meet Protease: The Protein Specialist
Protease is an enzyme that helps break down proteins. Protein-based stains are some of the most common and stubborn messes in the home.
Think about sweat in workout clothes, egg on breakfast dishes, dairy residue in glasses, or blood on fabric. These stains can cling, dry down, and become harder to remove over time. Protease helps break those larger protein structures into smaller fragments so they can be washed away more easily.
In laundry, protease is especially valuable because clothing constantly picks up body proteins, sweat, skin cells, and other residues that are not always visible. A shirt can look clean but still hold onto odor-causing residue if the underlying material is not broken down and rinsed away.
In dishwashing, protease helps with protein-rich food soils like egg, dairy, meat, and baked-on food residue.
The point is simple: if your detergent does not address proteins, it is missing a major part of everyday cleaning.
Meet Amylase: The Starch Specialist
Amylase helps break down starches. This matters because starch is everywhere in a modern kitchen.
Pasta, rice, bread, potatoes, oatmeal, cereal, and thickened sauces can all leave behind starch residue. Starch can dry into a stubborn film on dishes or cling to fibers in fabric. If you have ever pulled a bowl from the dishwasher and noticed a cloudy or chalky film after a pasta-heavy meal, starch may be part of the issue.
Amylase helps break starches into smaller pieces so they can be removed more easily during the wash cycle.
This is one reason enzyme detergents can be so effective in dishwashing. Dishes are not just greasy. They are often covered in a mixed layer of starch, protein, and oil. You need a formula that can handle all three.
Meet Lipase: The Grease Specialist
Lipase helps break down fats and oils. For dishes, that means butter, cooking oils, salad dressing, bacon grease, and oily sauces. For laundry, it can mean body oils, deodorant residue, makeup, skincare products, and odor-trapping oils that build up in fabric.
Grease is frustrating because it does not behave like water-soluble dirt. It clings. It spreads. It can trap odor. It can leave behind a slick film even after a wash cycle.
Lipase helps break down greasy residues so surfactants and water can do their job more effectively.
This is especially important for towels, athletic wear, sheets, and clothing worn close to the skin. Many persistent laundry odors are not simply bad smells floating around in fabric. They are tied to oils and residues that need to be broken apart and removed.
Why Myome Uses All Three
Myome uses protease, amylase, and lipase across all three of our initial products: Everyday Laundry Detergent, Laundry Booster, and Dishwasher Detergent.
We did that because real homes do not create one type of mess. Real homes create mixed messes.
Dinner plates often contain starch, protein, and oil at the same time. Laundry often contains sweat, body oils, food stains, and environmental residue at the same time. A formula built around one category can help, but a formula built around all three gives you a more complete cleaning system.
This is also why we do not believe cleaning products should hide behind fragrance. Fragrance can make something smell cleaner. It does not necessarily make it cleaner.
At Myome, our goal is not to cover up the problem. It is to break the problem apart.
Why Enzymes Changed Modern Detergent
For decades, cleaning performance was often associated with more aggressive chemistry, hotter water, stronger scents, and brighter colors. But more aggressive does not always mean more effective. Sometimes the better answer is precision.
Enzymes bring precision to cleaning. They do not attack every type of residue equally. They target specific substances and help break them down more efficiently.
This creates several advantages. First, enzymes can improve cleaning performance on common stains. Second, many enzyme systems can work in cooler water than older cleaning approaches. Third, they can help reduce residue because they break messes into smaller pieces that are easier to rinse away. Fourth, they allow formulators to build smarter products rather than simply adding unnecessary extras.
This is the difference between cleaning by force and cleaning by design.
Why Powder Makes Sense for Enzyme-Based Cleaning
Myome chose concentrated powder formulas intentionally.
Many liquid detergents are mostly water. That means consumers often pay to ship, store, and pour a product that contains a large amount of something they already have at home. Powder formulas can be more concentrated, lighter to ship, and easier to package without relying on large plastic bottles.
Powder also gives us a format that fits our larger mission: high performance cleaning, ingredient transparency, and less unnecessary packaging waste.
This matters because our goal is not just to make another detergent. It is to rethink what a modern cleaning product should be.
A better cleaning product should work extremely well. It should be easy to understand. It should avoid unnecessary fragrance, dyes, and cosmetic additives. And it should not depend on plastic-heavy packaging to get the job done.
What Actually Cleans?
Consumers have been trained to associate clean with scent. Fresh linen. Ocean breeze. Spring rain. Lemon burst. The problem is that scent is not cleaning performance.
Fragrance changes how a product smells. Dyes change how a product looks. Neither is the reason residue leaves your dishes or stains leave your clothes.
The ingredients that matter most are the ones that do real work: enzymes to break down specific residues, surfactants to lift and suspend soil, and builders to support cleaning performance in water.
That is why Myome focuses on functional ingredients and clear formulation logic. If an ingredient is in the formula, it should have a job.
The Microplastic Connection
Myome was created around a larger idea: your home has a biome too.
The name Myome combines “my home” and “biome” because we believe the products you bring into your home should support a cleaner, healthier living environment. That includes cleaning performance, ingredient transparency, and reducing unnecessary exposure to microplastics wherever possible.
Our powder format and paper-based packaging are part of that philosophy. So is our focus on avoiding unnecessary plastic-heavy formats and ingredients that do not contribute to cleaning performance.
Enzymes are important because they let us build performance into the formula without leaning on the distractions that dominate the cleaning aisle: scent, color, and convenience theater.
How To Think About Detergent Differently
Most detergent marketing asks you to think emotionally. Does it smell fresh? Is the bottle bright? Does it look powerful? Is the pod satisfying to throw in?
We think the better questions are more practical.
What kinds of messes does this formula target? What ingredients are doing the cleaning? Does the product contain unnecessary fragrance or dyes? Is the packaging aligned with the values being advertised? Is the product concentrated, or am I paying for water and plastic?
When you ask those questions, enzyme-powered powder detergents start to make a lot of sense.
The Bottom Line
Protease breaks down proteins. Amylase breaks down starches. Lipase breaks down fats and oils.
Together, they help target the three categories responsible for most everyday household messes.
That is why enzymes are revolutionizing laundry and dishwashing. Not because they sound scientific. Not because they make good marketing copy. But because they solve real cleaning problems in a targeted, efficient way.
At Myome, enzymes are central to our approach because we believe the best cleaning products should be effective, understandable, and thoughtfully formulated.
Cleaning is not magic. It is chemistry. And when the chemistry is smart, your home gets cleaner without all the unnecessary extras.
FAQ Section
What is an enzyme detergent?
An enzyme detergent uses specialized enzymes to help break down common stains and residues. In Myome formulas, protease targets proteins, amylase targets starches, and lipase targets fats and oils.
Are enzymes safe in cleaning products?
Enzymes have been used in detergents for decades. As with any cleaning product, they should be used as directed and kept away from eyes, children, and pets.
Do enzymes work in cold water?
Many enzyme systems can support cleaning performance in cooler water, though exact performance depends on the full formula, water conditions, soil level, and wash cycle.
Why does Myome use three enzymes?
Most household messes are made up of proteins, starches, fats, or oils. Using protease, amylase, and lipase allows Myome to target more of the messes people actually deal with every day.
Are enzymes better than fragrance?
They do different things. Fragrance changes how a product smells. Enzymes help break down residue. A cleaner scent is not the same thing as a cleaner surface.