diff --git a/Blind-signature-specification.md b/Blind-signature-specification.md
index 6c0576f..e2a97f7 100644
--- a/Blind-signature-specification.md
+++ b/Blind-signature-specification.md
@@ -6,7 +6,7 @@ BigNum (32B): since the curve is secp256k1, the bignums are 256bits long (32 byt
 
 Eliptic curve points (33B): again, since we're using secp256k1, the coordinates X and Y are 32 bytes. We use compressed format compatible with OpenSSL's EC_POINT_set_compressed_coordinates. I tried to replicate how it's stored in other places and how OpenSSL behaves, so the data should be loadable by other software just like a bitcoin private key
 - the first byte is 0x02 or 0x03 (which determines which of the two Y coordinates it uses, the difference is that one is even and one is odd. Other bits are ignored by Bitmessage
- and the next 32 bytes are the X coordinate (which is a bignum)
+- the next 32 bytes are the X coordinate (which is a bignum)
 
 Private key (32B): private key is a 256 bit bignum