C# and Python can, sort of, but their syntax and object-oriented semantics make it somewhat difficult. I don't know C# well, and Python needs a lot of magic[1] to get reasonable-looking code.

Here's a Python example. It's not a direct translation, but is close enough that you should be able to figure out the original. I've included the Haskell code in comments.

  import abc
  
  # class Monad m where
  #   build :: a -> m a
  #   bind :: m a -> (a -> m b) -> m b
  class Monad (metaclass = abc.ABCMeta):
  	@classmethod
  	def build (cls, x):
  		raise NotImplementedError
  
  	def bind (self, f):
  		raise NotImplementedError
  
  # data Maybe a = Just a | Nothing
  #   deriving (Show)
  class Maybe (Monad):
  	def __init__ (self, x):
  		self.__x = x
  
  	def __repr__ (self):
  		if self is Nothing:
  			return "Nothing"
  		return ("Just %r" % self.__x)
  
  # instance Monad Maybe where
  #   build x = Just x
  #
  #   bind Nothing  _ = Nothing
  #   bind (Just x) f = f x
  	@classmethod
  	def build (cls, x):
  		return Just (x)
  
  	def bind (self, f):
  		if self is Nothing:
  			return Nothing
  		return f (self.__x)
  
  def Just (x):
  	return Maybe (x)
  
  Nothing = Maybe (None)
  
  # clamp limit x = if x > limit then Nothing else Just x
  def clamp (limit, x):
  	if x > limit:
  		return Nothing
  	return Just (x)
  
  # multiclamp2 lim1 lim2 x = bind
  #   (clamp lim1 x)
  #   (\x' -> clamp lim2 x')
  def multiclamp2 (lim1, lim2, x):
  	return clamp (lim1, x).bind (lambda x2: clamp (lim2, x2))