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§04 - Solution, Systems Model & Process Innovation SUZCHEWS / 2026.05 / 04

The gum that gives taste back.

SuzChews is a chewing gum designed specifically for cancer patients experiencing chemotherapy-induced dysgeusia. Four active ingredient strategies target the four mechanisms identified in §02 - working together to restore recognizable flavor while the patient is on active treatment.

Samuel Frausto · ACAD 432 ~10 min read Updated 2026.05
product innovation process innovation systems model stakeholder map cancer patients
§4.1 Concept §4.2 Systems model
§ 04.1

The gum, in concept.

What SuzChews is

A chewing gum. Formulated specifically for cancer patients losing their ability to taste during chemotherapy. Not a supplement. Not a drug. A gum - something a patient can reach for any time food becomes unrecognizable, without adding to their medication burden.

SuzChews is built around four active ingredient strategies - each designed to address one of the four taste-disrupting mechanisms chemotherapy produces in a patient's mouth. The strategies are designed to work as a system, not individually. Together, they form the flavor profile curve shown in Fig. 03.1 below.

01 · Trigeminal stimulation

Cooling, tingling, and carbonation effects (menthol, fizzing agents) activate the trigeminal nerve - which is anatomically separate from the gustatory (taste) nerve and unaffected by chemotherapy's attack on taste receptor cells. This pathway redirects sensory attention away from the metallic and bitter signal at the tongue, giving the patient a clean, recognizable sensation even when taste buds are compromised.

02 · Umami / peptide bitter masker

Savory peptides and amino acids compete at the bitter receptors against the reactive carbonyl compounds produced by lipid peroxidation. This competitive displacement reduces the actively-generated bad signal without synthetic pharma-grade bitter blockers - keeping the formulation food-grade and accessible.

03 · Sour / tart - first wave anchor

Sour-detecting taste cells are demonstrably less compromised under chemotherapy than sweet or salt receptors. Citric and malic acids front-load the chew with a familiar, strong flavor signal that cuts through the metallic background. For many patients, it is the first recognizable taste they experience in weeks.

04 · Anti-nausea support

Ginger, lemon, magnesium, and vitamin B6 in functional doses address nausea - the parallel barrier that prevents cancer patients from wanting to eat even when taste might otherwise permit it. This is not the primary mechanism of the gum, but it removes the barrier that makes the other three strategies moot if nausea wins.

SuzChews flavor profile curve Five ingredient flavor lines plotted across chewing duration: Sour peaks first, Sweet shortly after, Stimulant (menthol) peaks mid-curve, Ginger/Lemon emerges late, Umami bitter-masker sustains throughout. Hover or tap a line to focus on a single ingredient. Chewing duration → Flavor intensity
Fig. 03.1 SuzChews flavor profile curve. Five ingredient lines plotted across chewing duration. The staggered peaks are deliberate: sour and sweet front-load palatability before the bitter-masker (umami) and trigeminal stimulant (menthol) take over for the longer middle of the chew, with ginger/lemon sustaining the back-end. Hover or tap a line to focus on a single ingredient.

Hover or tap a line to inspect.

 

Each ingredient targets a specific dysgeusia mechanism. The full mechanistic mapping lives on §04.

§ 04.2

The systems model.

This isn't a diagram of how the components relate abstractly. It's the actual sequence of how this project happened - starting from a personal observation and following each step that led to where it is now. Click any step to go to that section.

Fig. 03.2 Innovation journey - idea to product. Each step is where the project actually was, in order. The observation came first, research second, then biomarker mapping led to feature mapping, which led to ingredient design, which became the algorithm. Click any step to go deeper.
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