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@@ -520,25 +520,25 @@ client.connect(41234, 'localhost', (err) => {
 
 #### Note about UDP datagram size
 
-The maximum size of an `IPv4/v6` datagram depends on the `MTU`
-(_Maximum Transmission Unit_) and on the `Payload Length` field size.
+The maximum size of an IPv4/v6 datagram depends on the `MTU`
+(Maximum Transmission Unit) and on the `Payload Length` field size.
 
-* The `Payload Length` field is `16 bits` wide, which means that a normal
-  payload cannot exceed 64K octets _including_ the internet header and data
+* The `Payload Length` field is 16 bits wide, which means that a normal
+  payload cannot exceed 64K octets including the internet header and data
   (65,507 bytes = 65,535 − 8 bytes UDP header − 20 bytes IP header);
   this is generally true for loopback interfaces, but such long datagram
   messages are impractical for most hosts and networks.
 
 * The `MTU` is the largest size a given link layer technology can support for
-  datagram messages. For any link, `IPv4` mandates a minimum `MTU` of `68`
-  octets, while the recommended `MTU` for IPv4 is `576` (typically recommended
+  datagram messages. For any link, IPv4 mandates a minimum `MTU` of 68
+  octets, while the recommended `MTU` for IPv4 is 576 (typically recommended
   as the `MTU` for dial-up type applications), whether they arrive whole or in
   fragments.
 
-  For `IPv6`, the minimum `MTU` is `1280` octets, however, the mandatory minimum
-  fragment reassembly buffer size is `1500` octets. The value of `68` octets is
+  For IPv6, the minimum `MTU` is 1280 octets. However, the mandatory minimum
+  fragment reassembly buffer size is 1500 octets. The value of 68 octets is
   very small, since most current link layer technologies, like Ethernet, have a
-  minimum `MTU` of `1500`.
+  minimum `MTU` of 1500.
 
 It is impossible to know in advance the MTU of each link through which
 a packet might travel. Sending a datagram greater than the receiver `MTU` will