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However, the insight views of crystal growths, scaffold features and eventually cell\u2010scaffold interactions are still unknown. In this work, melt and solvent extrusion additive manufacturing techniques are used to produce scaffolds considering highly analogous printing conditions. Results show that the scaffolds produced by these two techniques present distinct physiochemical properties, with melt\u2010printed scaffolds showing stronger mechanical properties and solvent\u2010printed scaffolds showing rougher surface, higher degradation rate, and faster stress relaxation. These differences are attributed to the two different crystal growth kinetics, temperature\u2010induced crystallization (TIC) and strain\u2010induced crystallization (SIC), forming large\/integrated spherulite\u2010like and a small\/fragmented lamella\u2010like crystal regions respectively. 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