diff --git a/examples/grafana-monitoring/README.md b/examples/grafana-monitoring/README.md
index 5b22d0b..bb4e356 100644
--- a/examples/grafana-monitoring/README.md
+++ b/examples/grafana-monitoring/README.md
@@ -10,8 +10,8 @@ Spawning up this docker stack will provide you with:
 - A containerized Grafana web instance runnning on the default port TCP/3000
 - A containerized Telegraf instances that fetches data points from your docker host server
 - A containerized InfluxDB instance for storing Telegraf data, which can be defined in Grafana as datasource (just specify `http://influxdb:8086`). Default database is `telegraf`. Default username is `telegrafuser`. Default password is `MyStrongTelegrafPassword`. Defaults can be changed in `/volume-data/influxdb/init/create-database.iql`.
-- A containerized Promtail instance that can fetch various log and send them into Loki (e.g. /var/log/auth.log or your Traefik reverse proxy logs)
-- A containerized Loki instance for storing Promtail data, which can be defined in Grafana as datasource (just specify `http://loki:3100`). No authentication enabled per default.
+- A containerized Promtail instance that can fetch various log files (bind mounted into the promtail container from your docker host server) and send them into the Loki container (e.g. /var/log/auth.log or your Traefik reverse proxy logs)
+- A containerized Loki instance for storing Promtail log data, which can be defined in Grafana as datasource (just specify `http://loki:3100`). No authentication enabled per default.
 
 Finally, after configuring InfluxDB and Loki as datasources on Grafana, you can just import the provided `Grafana_Dashboard_Template.json` dashboard template YAML file in Grafana by browsing http://127.0.0.1:3000/dashboard/import. Your dashboard will look like the following: