<prompt> Arrange the steps of glycogenolysis in sequence: A. Formation of limit dextrins B. Transfer of glucose residues from branched chain to neighbouring straight chain Glucan Transferase C. Break down alpha1-4 bond from non reducing end D. Break down of alpha 1-6bondA - D - B- CD - C - B- AD - B - C- AC - A - B- D  <response>: Break down alpha1-4 bond from non reducing end Formation of limit dextrins Transfer of glucose residues from branched chain to neighbouring straight chain Glucan Transferase Break down of alpha 1-6bond Glycogen Phosphorylase breaks alpha1-4 bonds, staing from non-reducing end, till four glucose residues are left at branch point. Glycogen Phosphorylase can break glucose residues in a chain only till 4 glucose residues are left in the branched chain phosphorylase breaks only alpha1- 4 bonds and not alpha1 - 6 bonds. The structure left is known as Limit Dextrin. Glucan Transferase transfers 3 glucose residues from 1 chain to the neighbouring chain. Oligo alpha 1 - 4or alpha 1- 4 glucan transferase or 4:4 transferase Debranching enzyme: Breaks a1- 6 bond, which is present at the staing of a branched chain. This glucose is released in the form of free glucose. Amylo alpha 1- 6 glucosidase 