diff --git a/docs/src/makeIFS.md b/docs/src/makeIFS.md
index 5dab80f..58f6efa 100644
--- a/docs/src/makeIFS.md
+++ b/docs/src/makeIFS.md
@@ -43,7 +43,7 @@ This is the IFS for the Cantor Set, and this can be converted into an ```Invaria
  The outer constructor for ```InvariantMeasure``` constructs other properties, such as diameter and Hausdorff dimension, which describe this fractal measure.
 
  The full type is described below:
- ```@docs
+```@docs
 InvariantMeasure
 ```
  
diff --git a/src/fractals.jl b/src/fractals.jl
index 41909eb..57276bc 100644
--- a/src/fractals.jl
+++ b/src/fractals.jl
@@ -67,11 +67,11 @@ abstract type SelfSimilarFractal{V,M}<:FractalMeasure{V,M} end
     end
     
 Representation of a invariant measure, whose support is an iterated function system (IFS).
-Constructor requires only an IFS, which is of type Array{Similarity}.
+Constructor requires only an IFS, which is of type ```Array{Similarity}```.
 All other essential properties can be deduced from this, including barycentre, diameter
 and dimension, which are approximated numerically.
 
-Has the outer constructor, which only requires IFS (a vector of [`Similarity``](@ref)) as an input.
+Has the outer constructor, which only requires IFS (a vector of [`Similarity`](@ref)) as an input.
 
     InvariantMeasure(sims::Vector{Similarity}; measure::Real=1.0) = 
         InvariantMeasure(sims, get_diameter(sims); measure=measure)
@@ -88,7 +88,7 @@ Has the outer constructor, which only requires IFS (a vector of [`Similarity``](
 - weights: The probability weights describing the invariant measure
 - disjoint: Flag for if the fractal support is disjoint
 - connectedness: Matrix describing which subcomponents are connected
-- symmetry_group: Vector of [`AutomorphicMap`](@ref), describing symmetries of the measure
+- symmetry_group: Vector of ```AutomorphicMap```, describing symmetries of the measure
 """
 struct InvariantMeasure{V,M} <: SelfSimilarFractal{V,M}
     IFS::Vector{Similarity{V,M}}