“…The last two decades have seen an increasing level of interest in the synthesis of star, branched, and hyperbranched polymers because of the differentiated material properties that they exhibit compared to their linear counterparts. For example, they have shown significant potential to deliver differentiated application performance in areas such as melt flow, drug/gene delivery, and medical imaging . Branched structures are of particular interest in the case of biosourced polymers because: (a) they are typically more sensitive to processing conditions, e.g., temperature, and/or (b) the physical properties of linear biopolymers are often on the limit of viability for use in many medical, healthcare, and pharma applications …”