diff --git a/test/unit/visitor/sympy_solver.cpp b/test/unit/visitor/sympy_solver.cpp
index 9d853d49fd..f9a940e674 100644
--- a/test/unit/visitor/sympy_solver.cpp
+++ b/test/unit/visitor/sympy_solver.cpp
@@ -2130,7 +2130,7 @@ SCENARIO("Solve NONLINEAR block using SympySolver Visitor", "[visitor][solver][s
     }
 }
 SCENARIO("Solve KINETIC block using SympySolver Visitor", "[visitor][solver][sympy][kinetic]") {
-    GIVEN("NONLINEAR block with not inlined function should work") {
+    GIVEN("KINETIC block with not inlined function should work") {
         std::string nmodl_text = R"(
             BREAKPOINT {
                 SOLVE kstates METHOD sparse
@@ -2145,8 +2145,33 @@ SCENARIO("Solve KINETIC block using SympySolver Visitor", "[visitor][solver][sym
             KINETIC kstates {
                 ~ C1 <-> C2 (alfa(v), alfa(v))
             })";
+        std::string expected_text = R"(
+            DERIVATIVE kstates {
+                EIGEN_NEWTON_SOLVE[2]{
+                    LOCAL old_C1, old_C2
+                }{
+                    old_C1 = C1
+                    old_C2 = C2
+                }{
+                    nmodl_eigen_x[0] = C1
+                    nmodl_eigen_x[1] = C2
+                }{
+                    nmodl_eigen_f[0] = -nmodl_eigen_x[0]*dt*alfa(v)-nmodl_eigen_x[0]+nmodl_eigen_x[1]*dt*alfa(v)+old_C1
+                    nmodl_eigen_j[0] = -dt*alfa(v)-1.0
+                    nmodl_eigen_j[2] = dt*alfa(v)
+                    nmodl_eigen_f[1] = nmodl_eigen_x[0]*dt*alfa(v)-nmodl_eigen_x[1]*dt*alfa(v)-nmodl_eigen_x[1]+old_C2
+                    nmodl_eigen_j[1] = dt*alfa(v)
+                    nmodl_eigen_j[3] = -dt*alfa(v)-1.0
+                }{
+                    C1 = nmodl_eigen_x[0]
+                    C2 = nmodl_eigen_x[1]
+                }{
+                }
+            })";
         THEN("Run Kinetic and Sympy Visitor") {
-            REQUIRE_NOTHROW(run_sympy_solver_visitor(nmodl_text, false, false, {}, true));
+            std::vector<std::string> result;
+            REQUIRE_NOTHROW(result = run_sympy_solver_visitor(nmodl_text, false, false, AstNodeType::DERIVATIVE_BLOCK, true));
+            compare_blocks(reindent_text(result[0]), reindent_text(expected_text));
         }
     }
 }