Nutritional table for microcrystalline cellulose
Let’s focus on the nutritional table for microcrystalline cellulose. A data table is hard to find generally. CELLETS® consist of 100% Microcrystalline cellulose (MCC) and a pure pharmaceutical intermediate for modern oral dosage forms, such as tablets, MUPS, capsules, sachets, stick pack units and many more. Anyhow, the nutritional table for microcrystalline cellulose is gaining interest if applications move towards nutraceutical product solutions. That’s a true reason, shedding some light on nutra-related data here.
The importance of nutritional tables in nutraceuticals
Nutritional tables play a crucial role in the world of nutraceuticals. These tables give a clear breakdown of what’s inside a product, showing the amounts of vitamins, minerals, and other important ingredients. For consumers, this information is empowering. It helps them choose products that fit their health goals, whether they’re looking to boost immunity, improve digestion, or simply support overall wellness.
Healthcare providers also rely on these tables to guide their recommendations, ensuring that patients get exactly what they need. Beyond that, nutritional tables help brands stay transparent and meet regulatory standards, which builds trust with their customers.
Ultimately, these tables are more than just numbers on a label: they’re a tool that helps people make informed decisions about their health. When you know exactly what you’re putting into your body, you can take control of your wellness journey with confidence.
Nutritional table for microcrystalline cellulose
MCC is a modified form of cellulose that is often used as a filler and stabilizer in the food and pharmaceutical industries. It consists of plant fibers and serves primarily as a dietary fiber, but contains practically no usable nutrients such as vitamins, minerals, proteins or fats. It is calorie-free as it is not digested in the human body.
As microcrystalline cellulose is not metabolized, it does not provide any usable macro- or micronutrients. A nutritional table for 100 g of microcrystalline cellulose would therefore look like this:
nutrient | Quantity per 100 g |
---|---|
energy | 0 kcal |
protein | 0 g |
fat | 0 g |
carbohydrates | 0 g |
dietary fiber | 100 g |
sugar | 0 g |
salt | 0 g |
Vitamins & minerals | 0 mg |
Microcrystalline cellulose is a pure dietary fiber with no nutritional value and is not broken down or absorbed in the human digestive tract. It therefore has no calories and provides no nutrients to the body.
The nutritional table for microcrystalline cellulose is unique because cellulose, as a dietary fiber, is not digested or absorbed by the human body like other macro-nutrients such as carbohydrates, fats, or proteins. Thus, there is no nutritional value and is not broken down in the human digestive tract. It therefore has no calories and provides no nutrients to the body.
Some benefits arise from these characteristics: the nutritional data of MCC highlights characteristics that make it distinct and valuable for health:
image created with [DALL·E 2025-01-07 11.41.33].
Pharmaceutical use of pelletized MCC
Pelletized MCC is a great transport carrier for API. MCC Pellets, such as CELLETS® have emerged as a pivotal component in developing multiparticulate dosage forms for oral applications. These neutral starter cores offer a versatile platform for active pharmaceutical ingredient (API) layering and coating, enabling controlled and sustained release profiles.
Get your MCC pellet today. Which size is yours?
Type | Particle size distribution (≥ 85 %) |
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---|---|---|
CELLETS® 100 | 100-200 µm (150/80) |
more information |
CELLETS® 150-300 | 150-300 µm (100/55): D10 NLT 170 µm, D50: 205-275 µm, D90 NMT 295 µm, max. 5% less than 106 µm | more information |
CELLETS® 200 | 200-355 µm (80/50) |
more information |
CELLETS® 350 | 350-500 µm (50/35) |
more information |
CELLETS® 500 | 500-710 µm (35/25) |
more information |
CELLETS® 700 | 700-1000 µm (25/18) |
more information |
CELLETS® 1000 | 1000-1400 µm (18/13) |
more information |