diff --git a/src/pages/ideas/2026-02-06-compare-actin-filament-compression-between-different-fiber-scale-simulators.md b/src/pages/ideas/2026-02-06-compare-actin-filament-compression-between-different-fiber-scale-simulators.md
index 0ab56cf..2f5d126 100644
--- a/src/pages/ideas/2026-02-06-compare-actin-filament-compression-between-different-fiber-scale-simulators.md
+++ b/src/pages/ideas/2026-02-06-compare-actin-filament-compression-between-different-fiber-scale-simulators.md
@@ -14,7 +14,7 @@ introduction: >-
   at monomer- and fiber-scales using the [ReaDDy](https://readdy.github.io/) and
   [Cytosim](https://gitlab.com/f-nedelec/cytosim) simulation engines,
   respectively, under different compression velocities. To better understand how
-  these difference we observed may be specific to the choice of simulators, we
+  the differences we observed may be specific to the choice of simulators, we
   proposed running an additional comparison between two simulators at fiber
   scale.
 
@@ -29,9 +29,9 @@ preliminaryFindings:
       url: https://www.micropublication.org/static/figures/micropub-biology-001347.png
       caption: an externally linked image
 resources:
-  - test-software-tool
   - simularium
   - actin-compression-simulation-dataset
+  - subcellular-model-simulation-and-analysis-pipeline
 nextSteps: >-
   - Build a [MEDYAN](https://medyan.org/) model for compression of a single
   actin filament