diff --git a/acme-iot.cabal b/acme-iot.cabal
--- a/acme-iot.cabal
+++ b/acme-iot.cabal
@@ -1,5 +1,5 @@
 name:                acme-iot
-version:             0.1.0.0
+version:             0.1.0.1
 synopsis:            IO monad transformer
 description:         IO transformer capable of adding IO capabilities to any monad.
 license:             MIT
diff --git a/src/Control/Monad/Trans/IO.hs b/src/Control/Monad/Trans/IO.hs
--- a/src/Control/Monad/Trans/IO.hs
+++ b/src/Control/Monad/Trans/IO.hs
@@ -70,19 +70,19 @@
     mzero = IOT# $ \s# -> mzero
     mplus (IOT# fa) (IOT# fb) = IOT# $ \s# -> mplus (fa s#) (fb s#)
 
--- Run an IO computation. Note that this might return an interleaved result.
+-- | Run an IO computation. Note that this might return an interleaved result.
 runIOT :: Functor m => IOT m a -> IO (m a)
 runIOT (IOT# f) = IO $ \s# -> (# s#, fmap (\(IORet# (# s#, x #)) -> x) $ f s# #)
 
--- Change the underlying monad in an IO computation. If @MagicHash@ is not in use, a natural transformation could be supplied, or the 'Functor' instance of 'IORet#' could be made use of.
+-- | Change the underlying monad in an IO computation. If @MagicHash@ is not in use, a natural transformation could be supplied, or the 'Functor' instance of 'IORet#' could be made use of.
 hoistIOT :: (m (IORet# a) -> n (IORet# b)) -> IOT m a -> IOT n b
 hoistIOT f m = IOT# $ \s# -> f (getIOT# m s#)
 
--- Create an IO computation from an IO of a monadic computation.
+-- | Create an IO computation from an IO of a monadic computation.
 fromIO :: Functor m => IO (m a) -> IOT m a
 fromIO (IO i) = IOT# $ \s# -> case i s# of (# s#, mx #) -> fmap (\x -> IORet# (# s#, x #)) mx
 
--- Create an IO computation from a monadic computation of IO.
+-- | Create an IO computation from a monadic computation of IO.
 sequenceIO :: Functor m => m (IO a) -> IOT m a
 sequenceIO mx = IOT# $ \s# -> fmap (\(IO i) -> IORet# (i s#)) mx