diff --git a/content/guide/subnet-vs-l1-validators.mdx b/content/guide/subnet-vs-l1-validators.mdx
index 2304d00..b129d23 100644
--- a/content/guide/subnet-vs-l1-validators.mdx
+++ b/content/guide/subnet-vs-l1-validators.mdx
@@ -9,7 +9,7 @@ comments: true
 
 The Etna Upgrade introduced L1s to the Avalanche network, providing an enhanced sovereign network design to the original Subnet model. 
 
-**L1 Validators**, introduced with ACP-77, represent a departure from this model, enabling the creation of sovereign L1 networks with minimal dependency on the Primary Network. 
+**L1 validators**, introduced with ACP-77, represent a departure from this model, enabling the creation of sovereign L1 networks with minimal dependency on the Primary Network. 
 Unlike Subnet validators, L1 validators do not stake AVAX but instead pay a dynamic monthly fee, initially set at approximately 1.3 AVAX. 
 They are exempt from validating the Primary Network, reducing their resource requirements and making L1 validation more accessible. 
 This approach fosters economic inclusivity and sovereignty, allowing developers to define custom validation logic via smart contracts and operate independent networks without staking the Primary Network.  
@@ -54,4 +54,4 @@ L1 validators do not need to:
 Unless removed by the Owner Key, any Subnet validator added to the network before `ConvertSubnetToL1Tx` will continue to validate the network until its "end time" is reached.
 
 Once a Subnet has been converted to an L1, Subnet validators can no longer be added. After a previous Subnet validator is removed or its "end time" is reached, a validator with
-the name NodeID can be added as an L1 validator to the network with `RegisterL1ValidatorTx`, the same as any other L1 validator who wishes to join the network.
+the same NodeID can be re-added as an L1 validator to the network with `RegisterL1ValidatorTx`, the same as any other L1 validator who wishes to join the network.