diff --git a/go-manual/modules/ROOT/pages/concurrency.adoc b/go-manual/modules/ROOT/pages/concurrency.adoc
index cd8d4a9d..637f2dee 100644
--- a/go-manual/modules/ROOT/pages/concurrency.adoc
+++ b/go-manual/modules/ROOT/pages/concurrency.adoc
@@ -43,7 +43,7 @@ func main() {
     }
 
     // Run a query and get results in a channel
-    records_c := queryToChannel(ctx, driver)  // <1>
+    recordsC := queryToChannel(ctx, driver)  // <1>
 
     // Spawn some consumers that will process records
     // They communicate back on the log channel
@@ -52,7 +52,7 @@ func main() {
     wg := &sync.WaitGroup{}  // <5>
     for i := 1; i < 10; i++ {  // i starts from 1 because 0th receiver would process too fast
         wg.Add(1)
-        go consumer(wg, records_c, log, i)  // <6>
+        go consumer(wg, recordsC, log, i)  // <6>
     }
     // When all consumers are done, close log channel
     go func() {
@@ -66,7 +66,7 @@ func main() {
 }
 
 func queryToChannel(ctx context.Context, driver neo4j.DriverWithContext) chan *neo4j.Record {
-    records_c := make(chan *neo4j.Record, 10)  // <2>
+    recordsC := make(chan *neo4j.Record, 10)  // <2>
     session := driver.NewSession(ctx, neo4j.SessionConfig{DatabaseName: "neo4j"})
     defer session.Close(ctx)
     go session.ExecuteWrite(ctx,
@@ -83,12 +83,12 @@ func queryToChannel(ctx context.Context, driver neo4j.DriverWithContext) chan *n
             // Stream results to channel as they come from the server
             for result.Next(ctx) {  // <3>
                 record := result.Record()
-                records_c <- record
+                recordsC <- record
             }
-            close(records_c)
+            close(recordsC)
             return nil, err
         })
-    return records_c
+    return recordsC
 }
 
 func consumer(wg *sync.WaitGroup, records <-chan *neo4j.Record, log chan string, n int) {
@@ -102,15 +102,15 @@ func consumer(wg *sync.WaitGroup, records <-chan *neo4j.Record, log chan string,
 
 <1> A Goroutine runs the query to the Neo4j server with a xref:transactions.adoc[managed transaction].
 Notice that the driver session is created _inside_ the routine, as sessions are not thread-safe.
-<2> The channel `records_c` is where the query result records get streamed to.
+<2> The channel `recordsC` is where the query result records get streamed to.
 The transaction function from `ExecuteWrite()` writes to it, and the various ``consumer``s read from it.
 It is buffered so that the driver does not retrieve records faster than what the consumers can handle.
-<3> Each result record coming from the server is sent over the `records_c` channel.
+<3> Each result record coming from the server is sent over the `recordsC` channel.
 The streaming continues so long as there are records to be processed, after which the channel gets closed and the routine exits.
 <4> The channel `log` is where the consumers comunicate on.
 <5> A `sync.WaitGroup` is needed to know when all consumers are done, and thus the `log` channel can be closed.
 <6> A number of ``consumer``s get started in separate Goroutines.
-Each consumer reads and processes records from the `records_c` channel.
+Each consumer reads and processes records from the `recordsC` channel.
 Each consumer simulates a lengthy operation with a sleeping timer.