At Tryptomics, we believe that rigorous testing and accurate quantification of key compounds are the foundation of safe and effective Amanita-based products. Our dedicated testing panel focuses on the quantification of Muscimol and Ibotenic Acid, the primary psychoactive constituents in Amanita species. Knowledge of these compounds' concentrations is vital as they determine the potency and effect profile of your products, enabling appropriate dosage recommendations.

Furthermore, we also prioritize the detection of Alpha Amanitin, a potentially deadly toxin found in certain Amanita species. 

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Our Beta-Carboline panel offers meticulous and precise testing of a selection of critical compounds known for their MAOI (Monoamine Oxidase Inhibitor) properties. Specifically, our panel quantifies Tetrahydroharmine, Harmolol, Harmine, Harmane, Harmaline, and Norharmane.

These Beta-Carbolines are significant due to their ability to inhibit the MAO enzyme, thus impacting the metabolism of certain neurotransmitters and enhancing the effects of various substances. Knowledge of their concentration is essential for managing potential interactions and side effects, ensuring your product's safety and predictability.

With our Beta-Carboline testing panel, you'll have the precise information you need to confidently communicate your product's contents, guide correct dosage, and ensure that interactions with other substances are well understood and controlled.

At Tryptomics, our meticulous testing services extend to Cordyceps, a renowned medicinal mushroom rich in unique and potent compounds. Our specialized Cordyceps assay focuses on quantifying Cordycepin, Adenosine, Tryptophan, and Tryptamine.

The presence and concentration of these compounds are critical, as they are largely responsible for the many health benefits associated with Cordyceps, including immune support, mood regulation, and energy enhancement. Precise quantification ensures your products consistently deliver these benefits, thereby supporting your brand's reliability and consumer trust.

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Our Beta-Glucan assay accurately measures both Alpha-Glucan and 1,3-1,6 Beta-Glucan compounds. 

1,3-1,6 Beta-Glucans, primarily derived from fungi, are renowned for their immune-modulating properties in humans. Quantifying these compounds allows you to confidently attribute potential health benefits to your products and maintain their effectiveness and consistency.

On the other hand, Alpha-Glucans are commonly found in grains like rice. By analyzing Alpha-Glucan levels, we can provide insight into the source of the mushroom ingredient in your product, whether they come from fruiting bodies or grain-based substrates such as myceliated rice. This information provides transparency of your product's composition and acts as a significant differentiator for customers seeking pure mushroom products.

Our Tryptamine Assay provides comprehensive and precise testing of an array of compounds often found in psychoactive substances. This panel measures Psilocybin, Psilocin, Norpsilocin, Tryptamine, Norbaeocystin, Baeocystin, 4-Hydroxy-TMT, Aeruginascin, Tryptophan, Adenosine, N,N-DMT, 5-MeO-DMT, 4-AcO-DMT, and Bufotenin.

By leveraging Tryptomics' Full Panel Tryptamine Assay, you gain comprehensive insights into your product's composition that reinforce consumer safety and trust and also help you fine-tune your offerings to ensure optimal effectiveness and consistency.

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We offer a specialized testing panel for cacti, primarily focusing on the quantification of Mescaline and Adenosine. Both of these compounds have substantial significance in the biochemical profile of cacti and are integral to their potential health effects.

Mescaline, a potent psychoactive compound found in several cactus species, is primarily responsible for their distinctive psychological effects. Accurate quantification of Mescaline is critical for determining the potency of your product, ensuring safety and predictability of its effects.

Concurrently, our assay also quantifies Adenosine, a compound linked to numerous physiological functions including cellular energy transfer and signaling. Its presence can significantly influence the potential health and wellness benefits of your cactus products.