diff --git a/content/blog/yosys4gal/yosys4gal.md b/content/blog/yosys4gal/yosys4gal.md
index 0f23a63..9c76c70 100644
--- a/content/blog/yosys4gal/yosys4gal.md
+++ b/content/blog/yosys4gal/yosys4gal.md
@@ -106,13 +106,18 @@ GAL assembly is still common
 
 # Is this useful?
 
-No, not really.
+Not particularly.
 
-Well, there's a very very niche use case. These parts are 5-volt tolerant, and come in DIP packages. If you needed some basic glue logic
-when working on an older 5 volt system, you might want to have a few of these + a programmer instead of a collection of 74-series logic.
-At the very least, these chips can emulate any 74-series chip, and can reduce a multi-chip design to a single chip.
-The DIP form factor makes it much easier to breadboard, and the chips have zero start up delay.
+Well, there's an extremely niche use case. These parts are 5-volt tolerant, and
+come in DIP packages. If you needed some basic glue logic when working on an
+older 5 volt system, you might want to have a few of these and a programmer
+instead of a collection of 74-series logic. At the very least, these chips can
+emulate any 74-series chip, and can reduce a multi-chip design to a single
+chip. The DIP form factor makes it much easier to breadboard, and the chips
+have zero start up delay.
 
-In that narrow use case, `yosys4gal` is rather crucial. You no longer need WinCUPL or any old software, instead
-using Verilog + Yosys. Your designs are automatically optimized, which makes it easier to fit more complex logic. And since it's verilog,
-you can integrate it into a larger simulation or move it to an FPGA later if you desire.
+In that narrow use case, `yosys4gal` is rather crucial. You no longer need
+WinCUPL or any old software, instead using Verilog + Yosys. Your designs are
+automatically optimized, which makes it easier to fit more complex logic. And
+since it's Verilog, you can integrate it into a larger simulation or move it to
+an FPGA later if you desire.