Novum: A Key to Prolonging NGF Activity

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Recent evidence from literature as well as own experiments suggest that Novum plays a crucial role in preserving Nerve Growth Factor (NGF), a key molecule involved in reproductive processes. It achieves this through two primary mechanisms that help prevent NGF degradation within the female reproductive tract and semen.

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The first mechanism involves proteolytic enzyme inhibitors. These inhibitors specifically target and reduce the breakdown of NGF, allowing it to remain active for a longer period. By prolonging NGF’s presence, Novum increases the likelihood of successful ovulation induction.

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The second strategy revolves around protein hydrolysates, a complex mixture of peptides derived from various sources such as whey, soy, and grains. These hydrolysates act as decoys, engaging proteolytic enzymes and preventing them from attacking NGF. This creates a steric hindrance effect, effectively shielding NGF and enhancing its bioavailability.

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By combining these two approaches, Novum significantly extends the lifespan of NGF in the reproductive environment, increasing its effectiveness in supporting ovulation and fertility.