diff --git a/docs/tutorials/utils-ndn-regex.rst b/docs/tutorials/utils-ndn-regex.rst
index 52026ae..11ccf8a 100644
--- a/docs/tutorials/utils-ndn-regex.rst
+++ b/docs/tutorials/utils-ndn-regex.rst
@@ -4,12 +4,12 @@
 NDN regular expression is a kind of regular expression that can match NDN names. Matching is
 performed at two levels: the name level and the name component level.
 
-A name component matcher, enclosed in ``<`` and ``>``, specifies the pattern of a name component. The
-component pattern is expressed using the `Modified ECMAScript Regular Expression Syntax
+A name component matcher, enclosed in ``<`` and ``>``, specifies the pattern of a name component.
+The component pattern is expressed using the `Modified ECMAScript Regular Expression Syntax
 <https://en.cppreference.com/w/cpp/regex/ecmascript>`_.
 For example, ``<ab*c>`` matches the 1st, 3rd, and 4th components of ``/ac/dc/abc/abbc``, but does
-not match the 2nd component. A special case is that ``<>`` denotes a wildcard matcher that can match
-**ANY** name component.
+not match the 2nd component. A special case is that ``<>`` denotes a wildcard matcher that can
+match **ANY** name component.
 
 A component matcher can match only one name component. To match a name, you need to compose an NDN
 regular expression with zero or more name component matchers. For example, ``<ndn><edu><ucla>``
@@ -31,8 +31,8 @@
 Repetition
 ~~~~~~~~~~
 
-A component matcher can be followed by a repeat quantifier to indicate how many times the preceding
-component may appear.
+A component matcher can be followed by a **repeat quantifier** to indicate how many times the
+preceding component may appear.
 
 The ``*`` quantifier denotes "zero or more times". For example, ``^<A><B>*<C>$`` matches ``/A/C``,
 ``/A/B/C``, ``/A/B/B/C``, and so on.
@@ -43,44 +43,44 @@
 The ``?`` quantifier denotes "zero or one time". For example, ``^<A><B>?<C>`` matches ``/A/C`` and
 ``/A/B/C``, but does not match ``/A/B/B/C``.
 
-A bounded quantifier specifies a minimum and maximum number of permitted matches: ``{n}`` denotes
-"exactly ``n`` times"; ``{n,}`` denotes "at least ``n`` times"; ``{,n}`` denotes "at most ``n``
-times"; ``{n, m}`` denotes "between ``n`` and ``m`` times (inclusive)". For example,
-``^<A><B>{2, 4}<C>$`` matches ``/A/B/B/C`` and ``/A/B/B/B/B/C``.
+A **bounded quantifier** specifies either a minimum or a maximum number of permitted matches, or
+both. ``{n}`` means "exactly ``n`` times"; ``{n,}`` means "at least ``n`` times"; ``{,n}`` means
+"at most ``n`` times"; ``{m,n}`` (with ``m ≤ n``) means "between ``m`` and ``n`` times (inclusive)".
+For example, ``^<A><B>{2,4}<C>$`` matches ``/A/B/B/C`` and ``/A/B/B/B/B/C``.
 
-Note that the quantifiers are **greedy**, which means it will consume as many matched components as
-possible. NDN regular expressions currently do not support non-greedy repeat matching and possessive
-repeat matching. For example, for the name ``/A/B/C/C/C``, ``^<A><B><C>+$`` will match the entire
-name instead of only ``/A/B/C``.
+Note that the quantifiers are *greedy*, meaning that they will consume as many matching components
+as possible. For example, for the name ``/A/B/C/C/C``, ``^<A><B><C>+`` will match the entire name
+instead of only ``/A/B/C``. NDN regular expressions do not currently support non-greedy quantifiers
+and possessive quantifiers.
 
 Sets
 ~~~~
 
-A name component set, denoted by a bracket expression starting with ``[`` and ending with ``]``,
+A **name component set**, denoted by a bracket expression starting with ``[`` and ending with ``]``,
 defines a set of name components. It matches any single name component that is a member of that set.
 
-Unlike standard regular expressions, NDN regular expression only supports **Single Components Set**,
+Unlike standard regular expressions, NDN regular expressions support only single components sets,
 that is, you have to list all the set members one by one between the brackets. For example,
-``^[<ndn><localhost>]`` matches any names starting with either ``ndn"`` or ``localhost`` component.
+``^[<ndn><localhost>]`` matches any names starting with either ``ndn`` or ``localhost`` component.
 
-When a name component set starts with a ``'^'``, the set becomes a **Negation Set**. It matches the
+When a name component set starts with a ``'^'``, the set becomes a **negation set**. It matches the
 complement of the contained name components. For example, ``^[^<ndn>]`` matches any non-empty name
-that does not start with ``ndn`` component.
+that does *not* start with ``/ndn``.
 
-Some other types of sets, such as Range Set, will be supported later.
+Some other types of sets, such as range sets, will be supported later.
 
 Note that component sets may be repeated in the same way as component matchers.
 
 Sub-pattern and Back Reference
 ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
 
-A section beginning ``(`` and ending ``)`` acts as a marked sub-pattern. Whatever matched the
+A section beginning ``(`` and ending ``)`` acts as a **marked sub-pattern**. Whatever matched the
 sub-pattern is split out in a separate field by the matching algorithm. For example
 ``^<A>(<>{2})<B>(<>)`` matches the name ``/A/C/D/B/E``, and the first sub-pattern captures ``C/D``.
 
-Marked sub-patterns can be referred to by a back-reference ``\N``, which references one or more
-capturing groups. In the example above, a back reference ``\1\2`` extracts ``/C/D/E`` out of the
-name.
+Marked sub-patterns can be referred to by a **back-reference** of the form ``\N``, which references
+one or more capturing groups. In the example above, a back reference ``\1\2`` extracts ``/C/D/E``
+out of the name.
 
 Marked sub-patterns can also be repeated. The regex engine does not permanently substitute
 back-references in a regular expression, but will use the last match saved into the back-reference.