Cheese, Wagashi (Fulani)
⚠ **UNTESTED, and the one recipe in this collection I have written mainly to record a method rather than to hand you a project.** Read the notes before you go looking for the plant. *Wagashi* — *wagashi gassirè* — is a soft cheese from **northern Benin**, made from fresh whole cow's milk, principally by the **Peulh (Fulani)**. 🔴 **The coagulant is *Calotropis procera*, the Sodom apple** — a milkweed that grows as a weed across the Sahel — and specifically an enzyme in its extract called **calotropain**. ⭐⭐ **And the coagulation is HOT: 65 to 70 °C.** Every other coagulant in this collection works around 30–35 °C and is destroyed well below 70. **Calotropain is doing its job at a temperature that would denature calf rennet outright**, which means the milk is effectively **pasteurised and set in the same operation.** That is not a variation on the technique — it is a different chemistry, and it has no equivalent anywhere else on this site. ⚠ **Do not confuse it with Japanese *wagashi***, which is confectionery and has nothing to do with cheese.
Cheese Making · Cheese · Dairy · African
⚠ UNTESTED, and the one recipe in this collection I have written mainly to record a method rather than to hand you a project. Read the notes before you go looking for the plant.
Wagashi — wagashi gassirè — is a soft cheese from northern Benin, made from fresh whole cow’s milk, principally by the Peulh (Fulani).
🔴 The coagulant is Calotropis procera, the Sodom apple — a milkweed that grows as a weed across the Sahel — and specifically an enzyme in its extract called calotropain.
⭐⭐ And the coagulation is HOT: 65 to 70 °C. Every other coagulant in this collection works around 30–35 °C and is destroyed well below 70. Calotropain is doing its job at a temperature that would denature calf rennet outright, which means the milk is effectively pasteurised and set in the same operation. That is not a variation on the technique — it is a different chemistry, and it has no equivalent anywhere else on this site.
⚠ Do not confuse it with Japanese wagashi, which is confectionery and has nothing to do with cheese.
Ingredients
- 1 gallon whole cow’s milk
- Fresh leaves or stems of Calotropis procera — see the notes; NOT casually substitutable
Salt, to taste
- Optional: sorghum stems or leaves, for the traditional red colouring
Directions
Key ingredients
- ⚠ Read the notes on the plant first. This is the step that is not like other recipes.
- Prepare the extract: crush the fresh plant material and steep or press it to yield a liquid, then strain it. ⚠ Quantities in the traditional practice are judged by eye and by experience rather than measured, and I am not going to invent a figure I cannot source.
- 🔴 Heat the milk to 149-158 F / 65-70 C — far hotter than any other set in this collection. Hold it there.
- Stir the extract in at that temperature. The milk coagulates within minutes; the curd separates cleanly from a nearly clear whey.
- Lift the curd out and drain it in a cloth or a basket, pressing gently by hand.
- ⭐ For the traditional red exterior, the drained cheese is simmered with sorghum leaves or stems, which dye the surface. This is also a preservation step — it extends the keeping life of a fresh cheese in a hot climate, which is the whole problem it was invented to solve.
- Eat it fresh, or fry it, which is how it is most often served.
- What right looks like: soft, mild, squeaky, and holding its shape in a pan — the hot set leaves it with the same non-melting behaviour as halloumi, arrived at by a completely different route.
Notes
🔴 Why this recipe is a record rather than an instruction UNTESTED, and unlike everything else in this wing I would not simply tell you to go and make it. Calotropis procera is a milkweed, and its raw latex is a known irritant — to skin and especially to eyes — and the plant is toxic in other contexts. The traditional practice is centuries old and the people who do it know exactly which part to use, how much, and how to handle it; I do not, and a recipe page is not where that judgement should come from.
⚠ So: the method is documented here because it is genuinely remarkable and deserves to be written down accurately. If you want to reproduce it, learn the plant from somebody who uses it. That is a real limitation of this entry and I would rather state it than bury it in a cheerful instruction to go foraging.
⭐⭐ The finding, which is worth the page on its own Coagulants are usually described as if the temperature window were a property of cheesemaking rather than of the enzyme. Chymosin works at 30-35 °C. Cardosins from the thistle work at conventional setting temperatures. Papain likewise. 🔴 Calotropain works at 65-70 °C, and that single fact rearranges the make: there is no separate pasteurisation step, no cooling, no waiting, and no window in which a hot climate can spoil the milk before it sets. ⭐ It is a solution shaped by the problem — milk, heat, and no refrigeration.
⚠ A trap in the sources, recorded so nobody repeats it Searching for pictures or references to “wagashi” returns Japanese confectionery, overwhelmingly — including a Commons category of that name which contains no cheese at all. 🔴 This section nearly captioned Kyoto sweets as Fulani cheese on that basis. The Beninese cheese is best searched as wagashi gassirè, or as Calotropis cheese.
⭐ What actually makes this cheese is not in the milk This is the thread running through the uncommon cheeses: the identity comes from a plant or a container, not from the dairy. A thistle’s stamens, a Sahel milkweed, a kidskin bag, a tube of fir bark, a carved spruce mould, an oven. ⭐ The world tour notes that the vessel is an ingredient on every inhabited continent, and lists four plant coagulants separately — they are the same observation. In each case somebody had milk and solved the rest with whatever was to hand, and the solution became the cheese.
Read alongside Africa and Oceania on the site.