C# resolving generic type parameter

Question

I'm trying to figure out if there is any way possible to resolve an interface's generic parameter type's inner generic type (i.e. IList<T> the type of T) while retaining the original concrete class. For example this is what I have now which works but doesn't read well when used.

public interface IFuzzyValue<TValueType>
{
    double Probability { get; }
    TValueType Value { get; }
}

public static class Util
{
    public static IEqualityComparer<TFuzzyType> ValueEquality<TFuzzyType, TValueType>() 
        where TFuzzyType : IFuzzyValue<TValueType>
    {
        return new ValueEqualityComparer<TFuzzyType, TValueType>();
    }
}

Now to create a value equality comparer for a concrete IFuzzyValue class I need to do the following.

class FuzzyString : IFuzzyValue<string>
{
    double Probability { get; }
    string Value { get; }
    ... other properties/methods
}

IEqualityComparer<FuzzyString> comparer = Util.ValueEquality<FuzzyString, string>();

The part I'm trying to address is to avoid having to supply both types to the ValueEquality<FuzzyString, string> method and instead infer the type string from the FuzzyString class itself.

IEqualityComparer<FuzzyString> comparer = Util.ValueEquality<FuzzyString>();

Is there any way this is possible in C#? I can't seem to find anyway around this type system limitation.