FIRST TO MAKE - HFMPs

Human Functional Milk Proteins

sourced from bovine colostrum

A Maolac discovery!

scalable discovery platform
that identifies & matches proteins with

 95%+ bio-similar to human breast milk

Picture6_edited.png
Picture5.png
Picture9.png

Countless high impact mixtures

Clear indications and clear usability

​Why MAOLAC? 

Breastfeeding is the Apex of Human Nutrition. MAOLAC harnesses the benefits of mother's milk by sourcing the same pre-designed protein complexes found in human breast milk from bovine colostrum.

MAOLAC's unique approach to healthy foods takes into consideration not only the nutritional value of a protein but also its immunological effect.

MAOLAC's proteins are fully capable of enriching and integrating with a myriad of foods, supplements, and even skincare products.

MAOLAC's bio-active impact nutrition stimulates the immune system and provides superior protection for both humans & animals.

MAOLAC's production method is designed to be easy and scalable.

Healthy

Food Compatible

Stable

Inexpensive

Long

Shelf Life

Active Proteins

Scalable

Immune Boosting

Strengthening

For Humans

For Animals

 

Our Product 

We extract specific immunological fractions from milk and its derivatives to provide humans and animals with active immunological responses against inflammations  &  pathogens.

Our specially formulated ingredients, based on bio-active proteins and a unique delivery system, offer better protection against a variety of ailments.

The Technology

MAOLAC is using computational biology to extract active (enriched) immunological fractions from milk and its derivatives for specific applications that enhance the immune system of humans and animals based on a pre-clinical trial and known immunological cascades.

Picture4.png

Bio-Functional Proteins

myriam-zilles-KltoLK6Mk-g-unsplash.jpg

Cutting Edge Delivery System

Picture3.jpg

Novel Ingredients

MAOLAC POC

MAOLAC's lab-scale pilot succeeded in enriching its product with key anti-inflammatory proteins with high (>95%) homology to human breastmilk proteins.

In Vitro- cell culture experiment using immune system cells (PBMC) has shown:

  1. a strong and significant decrease in the activation of T cells in the presence of the MAOLAC proteins.

  2. a strong and significant decrease in INFγ central inflammatory factor, including CD4 and CD8 cells (octahedral in the presence of anti-CD3)

An in-vivo preliminary experiment in rats has shown that MAOLAC's delivery system allows a controlled release of MAOLAC proteins in oral administration from the gut into the bloodstream.

Computational biology, comparing human breast milk  VS. Mammals' milk and its derivatives.