The Bixa Journal
Myths corrected, science explained, questions answered — and the occasional story from the market that raised us.
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Standardised strength, a dose you can measure accurately at your volume, storage you can meet, documentation you can file, supply you can plan around, and someone who answers the phone when a batch behaves strangely.
The chemistry does not change. Mixing, temperature uniformity, how long cutting takes, documentation and ingredient supply all change — and those are what decide your consistency at volume.
Because dosage is one input and milk is many. Protein, calcium, heat treatment, season and stage of lactation all change how the same dose behaves.
It makes it set faster, which is not the same as better. If your set is weak, something else is usually wrong, and more coagulant just hides it for one batch.
Using ultra-pasteurized milk, or milk that is too cool, and then blaming the coagulant. In most failed-set calls we take, the problem is upstream of the bottle.
Fact: in cheeses that are held or aged, residual coagulant stays in the curd and participates in protein breakdown throughout ripening. Its influence does not end when the curd is cut.
Fact: microbial coagulants differ in clotting strength and in how they behave through a make. Two bottles that look the same can need different volumes for the same set time.
Fact: proper dosage matters. Excessive rennet can affect the cheesemaking process and the characteristics of the finished cheese, including bitterness in cheeses that are held or aged.
Venezuelan cheesemaking is built around fresh cheeses eaten within days rather than aged: queso llanero, queso de mano, queso guayanés and queso blanco among them. They are everyday foods, woven into arepas, cachapas and empanadas.
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