diff --git a/src/FsAutoComplete.Core/TestAdapter.fs b/src/FsAutoComplete.Core/TestAdapter.fs
index 69632df6b..6c84de932 100644
--- a/src/FsAutoComplete.Core/TestAdapter.fs
+++ b/src/FsAutoComplete.Core/TestAdapter.fs
@@ -142,7 +142,8 @@ let getExpectoTests (ast: ParsedInput) : TestAdapterEntry<range> list =
         visitExpr entry expr2
       | Case, SynExpr.ComputationExpr _
       | Case, SynExpr.Lambda _
-      | Case, SynExpr.Paren(SynExpr.Lambda _, _, _, _) ->
+      | Case, SynExpr.Paren(expr=SynExpr.App(argExpr = SynExpr.ComputationExpr _))
+      | Case, SynExpr.Paren(expr = (SynExpr.Lambda _)) ->
         ident <- ident + 1
 
         let entry =
diff --git a/test/FsAutoComplete.Tests.Lsp/DetectUnitTests.fs b/test/FsAutoComplete.Tests.Lsp/DetectUnitTests.fs
index a2fcf7de7..a958a9045 100644
--- a/test/FsAutoComplete.Tests.Lsp/DetectUnitTests.fs
+++ b/test/FsAutoComplete.Tests.Lsp/DetectUnitTests.fs
@@ -55,5 +55,5 @@ let tests state =
         (async {
           let! testNotification = getTestNotification "ExpectoTests" "Sample.fs"
           Expect.hasLength testNotification.Tests 1 "Expected to have found 1 expecto test list"
-          Expect.hasLength testNotification.Tests.[0].Childs 13 "Expected to have found 13 expecto tests"
+          Expect.hasLength testNotification.Tests.[0].Childs 15 "Expected to have found 13 expecto tests"
         }) ]
diff --git a/test/FsAutoComplete.Tests.Lsp/TestCases/ExpectoTests/Sample.fs b/test/FsAutoComplete.Tests.Lsp/TestCases/ExpectoTests/Sample.fs
index 3f1c27766..dd0e0670f 100644
--- a/test/FsAutoComplete.Tests.Lsp/TestCases/ExpectoTests/Sample.fs
+++ b/test/FsAutoComplete.Tests.Lsp/TestCases/ExpectoTests/Sample.fs
@@ -44,6 +44,14 @@ let tests =
       Expect.equal 4 (2+2) "2+2"
     }
 
+    testCaseAsync "async test case backpipe" <| async {
+        Expect.equal 4 (2+2) "2+2"
+      }
+
+    testCaseAsync "async test case paren"(async {
+        Expect.equal 4 (2+2) "2+2"
+      })
+
     testTheory "odd numbers" [1; 3; 5] ( fun x ->
       Expect.isTrue (x % 2 = 1) "should be odd" )