Reverse thermo-responsive biodegradable shape memory-displaying polymers von Sloutski, Aaron, Cohn, Daniel

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In Situ Generated Medical Devices von Cohn, Daniel, Sloutski, Aaron, Elyashiv, Ariel, Varma, Vijaykumar B., Ramanujan, Raju

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Abstract Number ‐ 127: Poly(vinyl alcohol) grafts of brain aneurysms with patient‐specific morphologies von Gopal, Megha, Wong, Robert, Sloutski, Aaron, Dashti, Reza, Rafailovich, Miriam, Sadasivan, Chander

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Corrigendum to “Engineering a biopolymer for vascular embolization based on fundamental polymer principals[Polymer 309, (2024) 127437] von Wong, Robert, Sloutski, Aaron, Gopal, Megha, Dashti, Nakisa, Li, Juyi, Rai-Gersappe, Diya, Pandey, Ikshu, Guo, Jessica, Tsai, Esther, Freychet, Guillaume, Peselev, Ziv, Cohn, Daniel, Sadasivan, Chandramouli, Rafailovich, Miriam

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Engineering a biopolymer for vascular embolization based on fundamental polymer principals von Wong, Robert, Sloutski, Aaron, Gopal, Megha, Dashti, Nakisa, Li, Juyi, Rai-Gersappe, Diya, Pandey, Ikshu, Guo, Jessica, Tsai, Esther, Freychet, Guillaume, Peselev, Ziv, Cohn, Daniel, Sadasivan, Chandramouli, Rafailovich, Miriam

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Engineering a biopolymer for vascular embolization based on fundamental polymer principals von Wong, Robert, Sloutski, Aaron, Gopal, Megha, Dashti, Nakisa, Li, Juyi, Rai-Gersappe, Diya, Pandey, Ikshu, Guo, Jessica, Tsai, Esther, Freychet, Guillaume, Peselev, Ziv, Cohn, Daniel, Sadasivan, Chandramouli, Rafailovich, Miriam

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DECELLULARIZED TISSUE/POLYMER MULTI-COMPONENT BIOMATERIALS von SLOUTSKI, Aaron, COHN, Daniel, ELYASHIV, Ariel, KHALAILA, Abir

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DECELLULARIZED TISSUE/POLYMER MULTI-COMPONENT BIOMATERIALS von SLOUTSKI, Aaron, COHN, Daniel, ELYASHIV, Ariel, KHALAILA, Abir

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DECELLULARIZED TISSUE/POLYMER MULTI-COMPONENT BIOMATERIALS von SLOUTSKI, Aaron, COHN, Daniel, ELYASHIV, Ariel, KHALAILA, Abir

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