So, as we might imagine, now we have to basically transport that oxalo acetate intermediate into the cytoplasm. But before we actually transport the oxalo acetate, we have to reduce it into a malate molecule. And so what happens in the matrix of the mitochondria is an enzyme called malade dehydrogenase uses an NADH to reduce the oxalo acetate into malate. And we form the NAD plus in its oxidized form. And now the malade can move across the two membranes of the mitochondria by using special proteins and eventually enter the cytoplasm. And once it enters the cytoplasm before it can basically react in step two of Gluconeogenesis, that malade has to be transformed back into oxyloacetate by using that same enzyme malade malade dehydrogenase.