Update content for md

1 files changed, 2 insertions, 2 deletions

diff --git a/gemfeed/2022-05-27-perl-is-still-a-great-choice.md b/gemfeed/2022-05-27-perl-is-still-a-great-choice.md
index d5607395..174ccb3d 100644
--- a/gemfeed/2022-05-27-perl-is-still-a-great-choice.md
+++ b/gemfeed/2022-05-27-perl-is-still-a-great-choice.md
@@ -100,9 +100,9 @@ Here are some reasons why not to chose Perl and look for "better" alternatives:
 
 ## Why all the sigils? It looks like an exploding ASCII factory!!
 
-The sigils `$ @ % &` (where Perl is famously known for) serve a purpose. They seem confusing at first, but they actually make the code better readable. `$scalar` is a scalar variable (holding a single value), `@array` is an array (holding a list of values), %hash holds a list of key-value pairs and &sub is for subroutines. A given variable $ref can also hold reference to something. `@$arrayref` dereferences a reference to an array, `%$hashref` to a hash, `$$scalarref` to a scalar, `&$subref` dereferences a referene to a subroutine, etc. That can be encapsulated as deep as you want. (This paragraph only scratched the surface here of what Perl can do, and there is a lot of syntactic sugar not mentioned here).
+The sigils `$ @ % &` (where Perl is famously known for) serve a purpose. They seem confusing at first, but they actually make the code better readable. `$scalar` is a scalar variable (holding a single value), `@array` is an array (holding a list of values), %hash holds a list of key-value pairs and `&sub` is for subroutines. A given variable `$ref` can also hold reference to something. `@$arrayref` dereferences a reference to an array, `%$hashref` to a hash, `$$scalarref` to a scalar, `&$subref` dereferences a referene to a subroutine, etc. That can be encapsulated as deep as you want. (This paragraph only scratched the surface here of what Perl can do, and there is a lot of syntactic sugar not mentioned here).
 
-In most other programming languages, you won't know instantly what's the "basic type" of a given variable without looking at the variable declaration or the variable name (If named intelligently, e.g. a variable name containing a list of socks is "sock_list"). Even Ruby makes some use of sigils (`@ @@` and `$`), but that's for a different purpose than in Perl (in Ruby it is about object scope, class scope and global scope). Raku uses all the sigils Perl uses plus an additional bunch of twigils, e.g. `$.foo` for a scalar object variable with public accessors, $!foo for a private scalar object variable, `@.foo`, `@!foo`, `%.foo`, `%!foo` and so on. Sigils (and twigils) are very convenient once you get used to them. Don't let them scare you off - they are there to help you!
+In most other programming languages, you won't know instantly what's the "basic type" of a given variable without looking at the variable declaration or the variable name (If named intelligently, e.g. a variable name containing a list of socks is "sock_list"). Even Ruby makes some use of sigils (`@`, `@@` and `$`), but that's for a different purpose than in Perl (in Ruby it is about object scope, class scope and global scope). Raku uses all the sigils Perl uses plus an additional bunch of twigils, e.g. `$.foo` for a scalar object variable with public accessors, $!foo for a private scalar object variable, `@.foo`, `@!foo`, `%.foo`, `%!foo` and so on. Sigils (and twigils) are very convenient once you get used to them. Don't let them scare you off - they are there to help you!
 
 [https://www.perl.com/article/on-sigils/](https://www.perl.com/article/on-sigils/)