{"id":1680,"date":"2024-05-07T05:40:58","date_gmt":"2024-05-07T12:40:58","guid":{"rendered":"https:\/\/shapememordev.wpenginepowered.com\/japan\/?page_id=1680"},"modified":"2024-05-07T05:40:58","modified_gmt":"2024-05-07T12:40:58","slug":"evidence-previous","status":"publish","type":"page","link":"https:\/\/www.shapemem.com\/japan\/evidence-previous\/","title":{"rendered":"Evidence-previous"},"content":{"rendered":"

[vc_row min_height=”275px” content_placement=”middle” custom_bg_type=”image” custom_bg_cover=”cover” custom_bg_repeat=”no-repeat” custom_bg_position=”Center center” nav_skin=”light” consent_include=”include” equal_height=”true” el_design=”{“desktop“:{“padding-top“:“200“,“padding-bottom“:“100“}}” custom_bg_color=”{“solid“:{“id“:“Main accent color“,“color“:“#2a327e“}}” custom_bg_image=”672″][vc_column css_animation=””][vc_heading heading_text=”Clinical & Preclinical” heading_wrapper=”h1″ heading_color=”{“solid“:{“id“:“Main accent color“,“color“:“#2a327e“}}” heading_typography=”{“font_family“:“240743169“,“font_size“:“60px“,“line_height“:“1.2em“,“letter_spacing“:“-0.03em“}” responsiveness=”yes” tablet_portrait=”90″ mobile_landscape=”80″ mobile_portrait=”70″ css_animation=””][\/vc_column][\/vc_row][vc_row nav_skin=”light” consent_include=”include” equal_height=”true” custom_bg_color=”{“solid“:{“id“:“Main accent color“,“color“:“#2a327e“}}” el_design=”{“desktop“:{“padding-top“:“20“,“padding-bottom“:“40“,“padding-left“:“0“}}”][vc_column el_design=”{“desktop“:{“padding-top“:“0“,“padding-right“:“0“,“padding-bottom“:“0“,“padding-left“:“0“}}” css_animation=”” custom_bg_color=”{“solid“:{“id“:““,“color“:““}}”][vc_row_inner consent_include=”include”][vc_column_inner el_design=”{“desktop“:{“padding-top“:“15“,“padding-right“:“15“,“padding-bottom“:“0“,“padding-left“:“15“}}” css_animation=””][vc_text_element typography=”{“font_family“:“221463713“,“font_size“:“12px“}” force_typography=”yes” force_color=”yes” css_animation=”” color=”{“id“:“Light text color“,“color“:“#ffffff“}”]<\/p>\n

Go to<\/span><\/p>\n

[\/vc_text_element][\/vc_column_inner][\/vc_row_inner][vc_row_inner gap=”20″ consent_include=”include” equal_height=”true” custom_bg_color=”{“solid“:{“id“:““,“color“:““}}”][vc_column_inner el_design=”{“desktop“:{“padding-top“:“0“,“padding-right“:“15“,“padding-bottom“:“15“,“padding-left“:“15“}}” width=”1\/4″ css_animation=”” custom_bg_color=”{“solid“:{“id“:““,“color“:““}}”][vc_button_custom title=”PUBLICATIONS” text_typography=”{“font_family“:“240743169“,“font_size“:“16px“}” size=”3″ display=”display_block” button_width=”btn_fw” no_border=”yes” css_animation=”” text_color=”{“id“:“Main accent color“,“color“:“#2a327e“}” bg_color=”{“solid“:{“id“:“Light background“,“color“:“#cae2f1“}}” border_radius=”{“top-left“:30,“top-right“:30,“bottom-right“:30,“bottom-left“:30,“property“:“border“,“suffix“:“radius“}” text_color_h=”{“id“:“Main accent color“,“color“:“#2a327e“}” bg_color_h=”{“solid“:{“id“:“Light text color“,“color“:“#ffffff“}}” link=”url:%23publications” el_class=”buttonwrap”][\/vc_column_inner][vc_column_inner el_design=”{“desktop“:{“padding-top“:“0“,“padding-right“:“15“,“padding-bottom“:“15“,“padding-left“:“15“}}” width=”1\/4″ css_animation=””][vc_button_custom title=”PRESENTATIONS & WEBINARS” text_typography=”{“font_family“:“240743169“,“font_size“:“15px“}” size=”3″ display=”display_block” button_width=”btn_fw” no_border=”yes” css_animation=”” text_color=”{“id“:“Main accent color“,“color“:“#2a327e“}” bg_color=”{“solid“:{“id“:“Light background“,“color“:“#cae2f1“}}” border_radius=”{“top-left“:30,“top-right“:30,“bottom-right“:30,“bottom-left“:30,“property“:“border“,“suffix“:“radius“}” text_color_h=”{“id“:“Main accent color“,“color“:“#2a327e“}” bg_color_h=”{“solid“:{“id“:“Light text color“,“color“:“#ffffff“}}” link=”url:%23presentationswebinars” el_class=”buttonwrap”][\/vc_column_inner][vc_column_inner el_design=”{“desktop“:{“padding-top“:“0“,“padding-right“:“15“,“padding-bottom“:“15“,“padding-left“:“15“}}” width=”1\/4″ css_animation=””][vc_button_custom title=”CLINICAL TRIALS” text_typography=”{“font_family“:“240743169“,“font_size“:“16px“}” size=”3″ display=”display_block” button_width=”btn_fw” no_border=”yes” css_animation=”” text_color=”{“id“:“Main accent color“,“color“:“#2a327e“}” bg_color=”{“solid“:{“id“:“Light background“,“color“:“#cae2f1“}}” border_radius=”{“top-left“:30,“top-right“:30,“bottom-right“:30,“bottom-left“:30,“property“:“border“,“suffix“:“radius“}” text_color_h=”{“id“:“Main accent color“,“color“:“#2a327e“}” bg_color_h=”{“solid“:{“id“:“Light text color“,“color“:“#ffffff“}}” link=”url:%23clinical_trials” el_class=”buttonwrap”][\/vc_column_inner][vc_column_inner el_design=”{“desktop“:{“padding-top“:“0“,“padding-right“:“15“,“padding-bottom“:“15“,“padding-left“:“15“}}” width=”1\/4″ css_animation=””][vc_button_custom title=”CASE STUDIES” text_typography=”{“font_family“:“240743169“,“font_size“:“16px“}” size=”3″ display=”display_block” button_width=”btn_fw” no_border=”yes” css_animation=”” text_color=”{“id“:“Main accent color“,“color“:“#2a327e“}” bg_color=”{“solid“:{“id“:“Light background“,“color“:“#cae2f1“}}” border_radius=”{“top-left“:30,“top-right“:30,“bottom-right“:30,“bottom-left“:30,“property“:“border“,“suffix“:“radius“}” text_color_h=”{“id“:“Main accent color“,“color“:“#2a327e“}” bg_color_h=”{“solid“:{“id“:“Light text color“,“color“:“#ffffff“}}” link=”url:%23case_studies” el_class=”buttonwrap”][\/vc_column_inner][\/vc_row_inner][\/vc_column][\/vc_row][vc_row nav_skin=”light” consent_include=”include” row_id=”publications”][vc_column css_animation=””][\/vc_column][\/vc_row][vc_section nav_skin=”light” section_id=”publications” el_class=”alfja;sdlf”][vc_row nav_skin=”light” consent_include=”include”][vc_column css_animation=””][vc_text_element force_color=”yes” css_animation=”” color=”{“id“:“Main accent color“,“color“:“#2a327e“}”]<\/p>\n

Publications<\/h2>\n

[\/vc_text_element][vc_empty_space][\/vc_column][\/vc_row][vc_row row_width=”” gap=”0″ content_placement=”middle” nav_skin=”light” consent_include=”include” equal_height=”true” custom_bg_color=”{“solid“:{“id“:“Light background“,“color“:“#cae2f1“}}” el_design=”{“desktop“:{“margin-bottom“:“40“,“border-style“:“none“}}”][vc_column el_design=”{“desktop“:{“padding-top“:“15“,“padding-right“:“0“,“padding-bottom“:“15“,“padding-left“:“15“,“border-style“:“none“}}” width=”1\/4″ css_animation=”” custom_bg_color=”{“solid“:{“id“:““,“color“:““}}” border_color=”{“id“:“Light text color“,“color“:“#ffffff“}”][vc_image_element image=”1408″ alignment=”left” img_link=”page_link” lazy=”0″ preloader=”” css_animation=”” max_width=”250px” link=”url:https%3A%2F%2Fjournals.sagepub.com%2Fdoi%2Fepub%2F10.1177%2F17085381231177851|target:_blank”][\/vc_column][vc_column el_design=”{“desktop“:{“padding-top“:“15“,“padding-right“:“15“,“padding-bottom“:“15“,“padding-left“:“15“,“border-style“:“none“}}” width=”3\/4″ css_animation=”” custom_bg_color=”{“solid“:{“id“:““,“color“:““}}” border_color=”{“id“:“Light text color“,“color“:“#ffffff“}”][vc_text_element css_animation=””]Shape memory polymer technology in peripheral vascular embolization<\/strong><\/p>\n

Andrew Holden, Andrew Hill, and Brendan T Buckley<\/p>\n

\u201cPorous shape memory polymer vascular embolization devices were safe and effective over the follow-up period of this early clinical experience. Further experience and longer-term follow-up will determine further applicability of the novel shape memory polymer material.\u201d[\/vc_text_element][vc_button_custom title=”Read More” text_typography=”{“font_size“:“14px“}” size=”2″ display=”display_block” button_align=”btn_align_left” css_animation=”” link=”url:https%3A%2F%2Fjournals.sagepub.com%2Fdoi%2Fepub%2F10.1177%2F17085381231177851|target:_blank” text_color=”{“id“:“Light text color“,“color“:“#ffffff“}” bg_color=”{“solid“:{“id“:“Main accent color“,“color“:“#2a327e“}}” border_radius=”{“top-left“:20,“top-right“:20,“bottom-right“:20,“bottom-left“:20,“property“:“border“,“suffix“:“radius“}” text_color_h=”{“id“:“Main accent color“,“color“:“#2a327e“}” bg_color_h=”{“solid“:{“id“:“Light text color“,“color“:“#ffffff“}}”][\/vc_column][\/vc_row][vc_row row_width=”” gap=”0″ content_placement=”middle” nav_skin=”light” consent_include=”include” equal_height=”true” custom_bg_color=”{“solid“:{“id“:“Light background“,“color“:“#cae2f1“}}” el_design=”{“desktop“:{“margin-bottom“:“40“,“border-style“:“none“}}”][vc_column el_design=”{“desktop“:{“padding-top“:“15“,“padding-right“:“0“,“padding-bottom“:“15“,“padding-left“:“15“,“border-style“:“none“}}” width=”1\/4″ css_animation=”” custom_bg_color=”{“solid“:{“id“:““,“color“:““}}” border_color=”{“id“:“Light text color“,“color“:“#ffffff“}”][vc_image_element image=”1140″ alignment=”left” img_link=”page_link” lazy=”0″ preloader=”” css_animation=”” max_width=”250px” link=”url:https%3A%2F%2Fjnis.bmj.com%2Fcontent%2Fneurintsurg%2Fearly%2F2022%2F07%2F13%2Fjnis-2022-018996.full.pdf%3Fijkey%3DOfbGXIZSf0WYb1k%26keytype%3Dref|target:_blank”][\/vc_column][vc_column el_design=”{“desktop“:{“padding-top“:“15“,“padding-right“:“15“,“padding-bottom“:“15“,“padding-left“:“15“,“border-style“:“none“}}” width=”3\/4″ css_animation=”” custom_bg_color=”{“solid“:{“id“:““,“color“:““}}” border_color=”{“id“:“Light text color“,“color“:“#ffffff“}”][vc_text_element css_animation=””]A novel self-expanding shape memory polymer coil for intracranial aneurysm embolization: 1-year follow-up in Chile<\/strong>
\nDaniel Echeverr\u00eda, Rodrigo Rivera, Pablo Giacaman, Juan Gabriel Sordo, Mart\u00edn Einersen, Lautaro Badilla<\/p>\n

“The x-ray transparency of the polymer is extremely advantageous when performing intraprocedural angiography as it is easier to see through the aneurysm to verify complete exclusion of contrast from the sac.\u201d[\/vc_text_element][vc_button_custom title=”Read More” text_typography=”{“font_size“:“14px“}” size=”2″ display=”display_block” button_align=”btn_align_left” css_animation=”” link=”url:https%3A%2F%2Fjnis.bmj.com%2Fcontent%2Fneurintsurg%2Fearly%2F2022%2F07%2F13%2Fjnis-2022-018996.full.pdf%3Fijkey%3DOfbGXIZSf0WYb1k%26keytype%3Dref|target:_blank” text_color=”{“id“:“Light text color“,“color“:“#ffffff“}” bg_color=”{“solid“:{“id“:“Main accent color“,“color“:“#2a327e“}}” border_radius=”{“top-left“:20,“top-right“:20,“bottom-right“:20,“bottom-left“:20,“property“:“border“,“suffix“:“radius“}” text_color_h=”{“id“:“Main accent color“,“color“:“#2a327e“}” bg_color_h=”{“solid“:{“id“:“Light text color“,“color“:“#ffffff“}}”][\/vc_column][\/vc_row][vc_row row_width=”” gap=”0″ content_placement=”middle” nav_skin=”light” consent_include=”include” equal_height=”true” custom_bg_color=”{“solid“:{“id“:“Light background“,“color“:“#cae2f1“}}” el_design=”{“desktop“:{“margin-bottom“:“40“,“border-style“:“none“}}”][vc_column el_design=”{“desktop“:{“padding-top“:“15“,“padding-right“:“0“,“padding-bottom“:“15“,“padding-left“:“15“,“border-style“:“none“}}” width=”1\/4″ css_animation=”” custom_bg_color=”{“solid“:{“id“:““,“color“:““}}” border_color=”{“id“:“Light text color“,“color“:“#ffffff“}”][vc_image_element image=”856″ alignment=”left” img_link=”page_link” lazy=”0″ preloader=”” css_animation=”” max_width=”250px” link=”url:https%3A%2F%2Fpubmed.ncbi.nlm.nih.gov%2F33655366%2F|target:_blank”][\/vc_column][vc_column el_design=”{“desktop“:{“padding-top“:“15“,“padding-right“:“15“,“padding-bottom“:“15“,“padding-left“:“15“,“border-style“:“none“}}” width=”3\/4″ css_animation=”” custom_bg_color=”{“solid“:{“id“:““,“color“:““}}” border_color=”{“id“:“Light text color“,“color“:“#ffffff“}”][vc_text_element css_animation=””]Shape memory polymer ovarian vein embolisation in a patient with nickel allergy<\/strong>
\nDavide Castellano, Andrea Boghi, Luca Di Maggio, Alessandro Rapellino and Daniele Savio<\/p>\n

“In conclusion, our case presented an opportunity to utilise a new embolic material and achieve a good outcome in a patient with an allergy that may have resulted in complications when using metallic implants.\u201d[\/vc_text_element][vc_button_custom title=”Read More” text_typography=”{“font_size“:“14px“}” size=”2″ display=”display_block” button_align=”btn_align_left” css_animation=”” link=”url:https%3A%2F%2Fpubmed.ncbi.nlm.nih.gov%2F33655366%2F|target:_blank” text_color=”{“id“:“Light text color“,“color“:“#ffffff“}” bg_color=”{“solid“:{“id“:“Main accent color“,“color“:“#2a327e“}}” border_radius=”{“top-left“:20,“top-right“:20,“bottom-right“:20,“bottom-left“:20,“property“:“border“,“suffix“:“radius“}” text_color_h=”{“id“:“Main accent color“,“color“:“#2a327e“}” bg_color_h=”{“solid“:{“id“:“Light text color“,“color“:“#ffffff“}}”][\/vc_column][\/vc_row][vc_row row_width=”” gap=”0″ content_placement=”middle” nav_skin=”light” consent_include=”include” equal_height=”true” custom_bg_color=”{“solid“:{“id“:“Light background“,“color“:“#cae2f1“}}” el_design=”{“desktop“:{“margin-bottom“:“40“,“border-style“:“none“}}”][vc_column el_design=”{“desktop“:{“padding-top“:“15“,“padding-right“:“0“,“padding-bottom“:“15“,“padding-left“:“15“,“border-style“:“none“}}” width=”1\/4″ css_animation=”” custom_bg_color=”{“solid“:{“id“:““,“color“:““}}” border_color=”{“id“:“Light text color“,“color“:“#ffffff“}”][vc_image_element image=”857″ alignment=”left” img_link=”page_link” lazy=”0″ preloader=”” css_animation=”” max_width=”250px” link=”url:https%3A%2F%2Fpubmed.ncbi.nlm.nih.gov%2F33687582%2F|target:_blank”][\/vc_column][vc_column el_design=”{“desktop“:{“padding-top“:“15“,“padding-right“:“15“,“padding-bottom“:“15“,“padding-left“:“15“,“border-style“:“none“}}” width=”3\/4″ css_animation=”” custom_bg_color=”{“solid“:{“id“:““,“color“:““}}” border_color=”{“id“:“Light text color“,“color“:“#ffffff“}”][vc_text_element css_animation=””]Clinical experience with a shape memory polymer peripheral vascular embolization plug: a case series
\n<\/strong>Robert A. Morgan, Ian Loftus, Lakshmi Ratnam, Raj Das, Leto Mailli, Mohamad S. Hamady and Kyriakos Lobotesis<\/p>\n

“This small series illustrates the safety and efficacy of this novel sponge-based embolic device for the embolisation of small and medium sized arteries and further experience will demonstrate the utility of the shape memory polymer devices.\u201d[\/vc_text_element][vc_button_custom title=”Read More” text_typography=”{“font_size“:“14px“}” size=”2″ display=”display_block” button_align=”btn_align_left” css_animation=”” link=”url:https%3A%2F%2Fpubmed.ncbi.nlm.nih.gov%2F33687582%2F|target:_blank” text_color=”{“id“:“Light text color“,“color“:“#ffffff“}” bg_color=”{“solid“:{“id“:“Main accent color“,“color“:“#2a327e“}}” border_radius=”{“top-left“:20,“top-right“:20,“bottom-right“:20,“bottom-left“:20,“property“:“border“,“suffix“:“radius“}” text_color_h=”{“id“:“Main accent color“,“color“:“#2a327e“}” bg_color_h=”{“solid“:{“id“:“Light text color“,“color“:“#ffffff“}}”][\/vc_column][\/vc_row][\/vc_section][vc_section nav_skin=”light”][vc_row nav_skin=”light” consent_include=”include”][vc_column css_animation=””][vc_text_element force_color=”yes” css_animation=”” color=”{“id“:“Main accent color“,“color“:“#2a327e“}”]<\/p>\n

Publications (Preclinical)<\/h2>\n

[\/vc_text_element][vc_empty_space][\/vc_column][\/vc_row][vc_row row_width=”” gap=”0″ content_placement=”middle” nav_skin=”light” consent_include=”include” equal_height=”true” custom_bg_color=”{“solid“:{“id“:“Light background“,“color“:“#cae2f1“}}” el_design=”{“desktop“:{“margin-bottom“:“40“,“border-style“:“none“}}”][vc_column el_design=”{“desktop“:{“padding-top“:“15“,“padding-right“:“0“,“padding-bottom“:“15“,“padding-left“:“15“,“border-style“:“none“}}” width=”1\/4″ css_animation=”” custom_bg_color=”{“solid“:{“id“:““,“color“:““}}” border_color=”{“id“:“Light text color“,“color“:“#ffffff“}”][vc_image_element image=”854″ alignment=”left” img_link=”page_link” lazy=”0″ preloader=”” css_animation=”” max_width=”250px” link=”url:https%3A%2F%2Fpubmed.ncbi.nlm.nih.gov%2F35090200%2F|target:_blank”][\/vc_column][vc_column el_design=”{“desktop“:{“padding-top“:“15“,“padding-right“:“15“,“padding-bottom“:“15“,“padding-left“:“15“,“border-style“:“none“}}” width=”3\/4″ css_animation=”” custom_bg_color=”{“solid“:{“id“:““,“color“:““}}” border_color=”{“id“:“Light text color“,“color“:“#ffffff“}”][vc_text_element css_animation=””]Macrophage activation in response to shape memory polymer foam-coated aneurysm occlusion devices<\/strong>
\nSarah M. Chau, Scott M. Herting, Dillon A. Noltensmeyer, Hamzah Ahmed, Duncan J. Maitland, and Shreya Raghavan<\/p>\n

“Our previous studies demonstrated that shape memory polymer (SMP) foam coated embolization coils (FCC) devices demonstrate enhanced healing responses in animal models compared with standard bare platinum coil (BPC) devices. Macrophages are the most prevalent immune cell type that coordinate the greater immune response to implanted materials. Hence, we hypothesized that the highly porous SMP foam coatings on embolic coils activate a pro-regenerative healing phenotype…\u201d[\/vc_text_element][vc_button_custom title=”Read More” text_typography=”{“font_size“:“14px“}” size=”2″ display=”display_block” button_align=”btn_align_left” css_animation=”” link=”url:https%3A%2F%2Fpubmed.ncbi.nlm.nih.gov%2F35090200%2F|target:_blank” text_color=”{“id“:“Light text color“,“color“:“#ffffff“}” bg_color=”{“solid“:{“id“:“Main accent color“,“color“:“#2a327e“}}” border_radius=”{“top-left“:20,“top-right“:20,“bottom-right“:20,“bottom-left“:20,“property“:“border“,“suffix“:“radius“}” text_color_h=”{“id“:“Main accent color“,“color“:“#2a327e“}” bg_color_h=”{“solid“:{“id“:“Light text color“,“color“:“#ffffff“}}”][\/vc_column][\/vc_row][vc_row row_width=”” gap=”0″ content_placement=”middle” nav_skin=”light” consent_include=”include” equal_height=”true” custom_bg_color=”{“solid“:{“id“:“Light background“,“color“:“#cae2f1“}}” el_design=”{“desktop“:{“margin-bottom“:“40“,“border-style“:“none“}}”][vc_column el_design=”{“desktop“:{“padding-top“:“15“,“padding-right“:“0“,“padding-bottom“:“15“,“padding-left“:“15“,“border-style“:“none“}}” width=”1\/4″ css_animation=”” custom_bg_color=”{“solid“:{“id“:““,“color“:““}}” border_color=”{“id“:“Light text color“,“color“:“#ffffff“}”][vc_image_element image=”844″ alignment=”left” img_link=”page_link” lazy=”0″ preloader=”” css_animation=”” max_width=”250px” link=”url:https%3A%2F%2Fpubmed.ncbi.nlm.nih.gov%2F32715083%2F|target:_blank”][\/vc_column][vc_column el_design=”{“desktop“:{“padding-top“:“15“,“padding-right“:“15“,“padding-bottom“:“15“,“padding-left“:“15“,“border-style“:“none“}}” width=”3\/4″ css_animation=”” custom_bg_color=”{“solid“:{“id“:““,“color“:““}}” border_color=”{“id“:“Light text color“,“color“:“#ffffff“}”][vc_text_element css_animation=””]Microscopic Assessment of Healing and Effectiveness of a Foam- Based Peripheral Occlusion Device<\/strong>
\nStaci L. Jessen, Molly C. Friedemann, Anne-Marie Ginn-Hedman, Lance M. Graul, Steven Jokerst, Cedric B. Robinson, Todd L. Landsman, Fred J. Clubb, Jr., and Duncan J. Maitland<\/p>\n

“Overall, the presence of multinucleated giant cells surrounding the IMPEDE polymer, the presumable presence of alternatively activated macrophages, and the deposition of mature collagen are appropriate host responses that indicate these vessels are not exhibiting an acute or chronic, mixed inflammatory reaction but have progressed toward a healing response.\u201d[\/vc_text_element][vc_button_custom title=”Read More” text_typography=”{“font_size“:“14px“}” size=”2″ display=”display_block” button_align=”btn_align_left” css_animation=”” link=”url:https%3A%2F%2Fpubmed.ncbi.nlm.nih.gov%2F32715083%2F|target:_blank” text_color=”{“id“:“Light text color“,“color“:“#ffffff“}” bg_color=”{“solid“:{“id“:“Main accent color“,“color“:“#2a327e“}}” border_radius=”{“top-left“:20,“top-right“:20,“bottom-right“:20,“bottom-left“:20,“property“:“border“,“suffix“:“radius“}” text_color_h=”{“id“:“Main accent color“,“color“:“#2a327e“}” bg_color_h=”{“solid“:{“id“:“Light text color“,“color“:“#ffffff“}}”][\/vc_column][\/vc_row][vc_row row_width=”” gap=”0″ content_placement=”middle” nav_skin=”light” consent_include=”include” equal_height=”true” custom_bg_color=”{“solid“:{“id“:“Light background“,“color“:“#cae2f1“}}” el_design=”{“desktop“:{“margin-bottom“:“40“,“border-style“:“none“}}”][vc_column el_design=”{“desktop“:{“padding-top“:“15“,“padding-right“:“0“,“padding-bottom“:“15“,“padding-left“:“15“,“border-style“:“none“}}” width=”1\/4″ css_animation=”” custom_bg_color=”{“solid“:{“id“:““,“color“:““}}” border_color=”{“id“:“Light text color“,“color“:“#ffffff“}”][vc_image_element image=”853″ alignment=”left” img_link=”page_link” lazy=”0″ preloader=”” css_animation=”” max_width=”250px” link=”url:https%3A%2F%2Fwww.jacc.org%2Fdoi%2F10.1016%2Fj.jacc.2018.08.1422|target:_blank”][\/vc_column][vc_column el_design=”{“desktop“:{“padding-top“:“15“,“padding-right“:“15“,“padding-bottom“:“15“,“padding-left“:“15“,“border-style“:“none“}}” width=”3\/4″ css_animation=”” custom_bg_color=”{“solid“:{“id“:““,“color“:““}}” border_color=”{“id“:“Light text color“,“color“:“#ffffff“}”][vc_text_element css_animation=””]TCT-286 Novel Approach for Treatment of Aortic Stent Graft Endoleak: A Preclinical Feasibility Study of Catheter-Delivered Expandable Foam<\/strong>
\nGilberto Melnick, Marco Ferrone, Nicolas Isaza, Genghua Yi, Yanping Cheng, Jeffrey Carpenter, Duncan Maitland, Todd Landsman, Juan Granada, and Grzegorz Kaluza<\/p>\n

“This first attempt to contain an AAA endoleak with shape memory foam delivered through a standard guide catheter showed feasibility and satisfactory angiographic results.\u201d[\/vc_text_element][vc_button_custom title=”Read More” text_typography=”{“font_size“:“14px“}” size=”2″ display=”display_block” button_align=”btn_align_left” css_animation=”” link=”url:https%3A%2F%2Fwww.jacc.org%2Fdoi%2F10.1016%2Fj.jacc.2018.08.1422|target:_blank” text_color=”{“id“:“Light text color“,“color“:“#ffffff“}” bg_color=”{“solid“:{“id“:“Main accent color“,“color“:“#2a327e“}}” border_radius=”{“top-left“:20,“top-right“:20,“bottom-right“:20,“bottom-left“:20,“property“:“border“,“suffix“:“radius“}” text_color_h=”{“id“:“Main accent color“,“color“:“#2a327e“}” bg_color_h=”{“solid“:{“id“:“Light text color“,“color“:“#ffffff“}}”][\/vc_column][\/vc_row][vc_row row_width=”” gap=”0″ content_placement=”middle” nav_skin=”light” consent_include=”include” equal_height=”true” custom_bg_color=”{“solid“:{“id“:“Light background“,“color“:“#cae2f1“}}” el_design=”{“desktop“:{“margin-bottom“:“40“,“border-style“:“none“}}”][vc_column el_design=”{“desktop“:{“padding-top“:“15“,“padding-right“:“0“,“padding-bottom“:“15“,“padding-left“:“15“,“border-style“:“none“}}” width=”1\/4″ css_animation=”” custom_bg_color=”{“solid“:{“id“:““,“color“:““}}” border_color=”{“id“:“Light text color“,“color“:“#ffffff“}”][vc_image_element image=”851″ alignment=”left” img_link=”page_link” lazy=”0″ preloader=”” css_animation=”” max_width=”250px” link=”url:https%3A%2F%2Fjournals.sagepub.com%2Fdoi%2Fabs%2F10.1177%2F08839115211003115%3FjournalCode%3Djbca|target:_blank”][\/vc_column][vc_column el_design=”{“desktop“:{“padding-top“:“15“,“padding-right“:“15“,“padding-bottom“:“15“,“padding-left“:“15“,“border-style“:“none“}}” width=”3\/4″ css_animation=”” custom_bg_color=”{“solid“:{“id“:““,“color“:““}}” border_color=”{“id“:“Light text color“,“color“:“#ffffff“}”][vc_text_element css_animation=””]In vitro cytocompatibility testing of oxidative degradation products<\/strong>
\nScott M Herting, Mary Beth B Monroe, Andrew C Weems, Sam T Briggs, Grace K Fletcher, Samuel E Blair, Christopher J Hatch, and Duncan J Maitland<\/p>\n

“These methods were used to test degradation products from a SMP foam that has been investigated for use in occlusion devices, and it was found that the degradation of this material is unlikely to cause a cytotoxic response in vivo.\u201d[\/vc_text_element][vc_button_custom title=”Read More” text_typography=”{“font_size“:“14px“}” size=”2″ display=”display_block” button_align=”btn_align_left” css_animation=”” link=”url:https%3A%2F%2Fjournals.sagepub.com%2Fdoi%2Fabs%2F10.1177%2F08839115211003115%3FjournalCode%3Djbca|target:_blank” text_color=”{“id“:“Light text color“,“color“:“#ffffff“}” bg_color=”{“solid“:{“id“:“Main accent color“,“color“:“#2a327e“}}” border_radius=”{“top-left“:20,“top-right“:20,“bottom-right“:20,“bottom-left“:20,“property“:“border“,“suffix“:“radius“}” text_color_h=”{“id“:“Main accent color“,“color“:“#2a327e“}” bg_color_h=”{“solid“:{“id“:“Light text color“,“color“:“#ffffff“}}”][\/vc_column][\/vc_row][vc_row row_width=”” gap=”0″ content_placement=”middle” nav_skin=”light” consent_include=”include” equal_height=”true” custom_bg_color=”{“solid“:{“id“:“Light background“,“color“:“#cae2f1“}}” el_design=”{“desktop“:{“margin-bottom“:“40“,“border-style“:“none“}}”][vc_column el_design=”{“desktop“:{“padding-top“:“15“,“padding-right“:“0“,“padding-bottom“:“15“,“padding-left“:“15“,“border-style“:“none“}}” width=”1\/4″ css_animation=”” custom_bg_color=”{“solid“:{“id“:““,“color“:““}}” border_color=”{“id“:“Light text color“,“color“:“#ffffff“}”][vc_image_element image=”850″ alignment=”left” img_link=”page_link” lazy=”0″ preloader=”” css_animation=”” max_width=”250px” link=”url:https%3A%2F%2Fpubmed.ncbi.nlm.nih.gov%2F33036235%2F|target:_blank”][\/vc_column][vc_column el_design=”{“desktop“:{“padding-top“:“15“,“padding-right“:“15“,“padding-bottom“:“15“,“padding-left“:“15“,“border-style“:“none“}}” width=”3\/4″ css_animation=”” custom_bg_color=”{“solid“:{“id“:““,“color“:““}}” border_color=”{“id“:“Light text color“,“color“:“#ffffff“}”][vc_text_element css_animation=””]Shape Memory Polymer Foams Synthesized Using Glycerol and Hexanetriol for Enhanced Degradation Resistance
\n<\/strong>Sayyeda Marziya Hasan, Grace K. Fletcher, Mary Beth Browning Monroe, Mark A. Wierzbicki, Landon D. Nash, Duncan J. Maitland<\/p>\n

“These degradation-resistant systems have potential for use in vascular occlusion and other wound healing applications that benefit from permanent, space-filling shape memory behavior.\u201d[\/vc_text_element][vc_button_custom title=”Read More” text_typography=”{“font_size“:“14px“}” size=”2″ display=”display_block” button_align=”btn_align_left” css_animation=”” link=”url:https%3A%2F%2Fpubmed.ncbi.nlm.nih.gov%2F33036235%2F|target:_blank” text_color=”{“id“:“Light text color“,“color“:“#ffffff“}” bg_color=”{“solid“:{“id“:“Main accent color“,“color“:“#2a327e“}}” border_radius=”{“top-left“:20,“top-right“:20,“bottom-right“:20,“bottom-left“:20,“property“:“border“,“suffix“:“radius“}” text_color_h=”{“id“:“Main accent color“,“color“:“#2a327e“}” bg_color_h=”{“solid“:{“id“:“Light text color“,“color“:“#ffffff“}}”][\/vc_column][\/vc_row][vc_row row_width=”” gap=”0″ content_placement=”middle” nav_skin=”light” consent_include=”include” equal_height=”true” custom_bg_color=”{“solid“:{“id“:“Light background“,“color“:“#cae2f1“}}” el_design=”{“desktop“:{“margin-bottom“:“40“,“border-style“:“none“}}”][vc_column el_design=”{“desktop“:{“padding-top“:“15“,“padding-right“:“0“,“padding-bottom“:“15“,“padding-left“:“15“,“border-style“:“none“}}” width=”1\/4″ css_animation=”” custom_bg_color=”{“solid“:{“id“:““,“color“:““}}” border_color=”{“id“:“Light text color“,“color“:“#ffffff“}”][vc_image_element image=”849″ alignment=”left” img_link=”page_link” lazy=”0″ preloader=”” css_animation=”” max_width=”250px” link=”url:https%3A%2F%2Fpubmed.ncbi.nlm.nih.gov%2F30775843%2F|target:_blank”][\/vc_column][vc_column el_design=”{“desktop“:{“padding-top“:“15“,“padding-right“:“15“,“padding-bottom“:“15“,“padding-left“:“15“,“border-style“:“none“}}” width=”3\/4″ css_animation=”” custom_bg_color=”{“solid“:{“id“:““,“color“:““}}” border_color=”{“id“:“Light text color“,“color“:“#ffffff“}”][vc_text_element css_animation=””]In vivo comparison of shape memory polymer foam-coated and bare metal coils for aneurysm occlusion in the rabbit elastase model
\n<\/strong>Scott M. Herting, Yonghong Ding, Anthony J. Boyle, Daying Dai, Landon D. Nash, Solmaz Asnafi, Daniel R. Jakaitis, Collin R. Johnson, Lance M. Graul, Chung Yeh, David F. Kallmes, Ramanathan Kadirvel, Duncan J. Maitland<\/p>\n

“Shape memory polymer (SMP) foam-coated coils (FCCs) are new embolic coils coated with porous SMP designed to expand for increased volume filling and enhanced healing after implantation. This study suggests that SMP FCCs can promote neointima formation along the aneurysm neck and may lead to more complete healing of the dome and neck.\u201d[\/vc_text_element][vc_button_custom title=”Read More” text_typography=”{“font_size“:“14px“}” size=”2″ display=”display_block” button_align=”btn_align_left” css_animation=”” link=”url:https%3A%2F%2Fpubmed.ncbi.nlm.nih.gov%2F30775843%2F|target:_blank” text_color=”{“id“:“Light text color“,“color“:“#ffffff“}” bg_color=”{“solid“:{“id“:“Main accent color“,“color“:“#2a327e“}}” border_radius=”{“top-left“:20,“top-right“:20,“bottom-right“:20,“bottom-left“:20,“property“:“border“,“suffix“:“radius“}” text_color_h=”{“id“:“Main accent color“,“color“:“#2a327e“}” bg_color_h=”{“solid“:{“id“:“Light text color“,“color“:“#ffffff“}}”][\/vc_column][\/vc_row][vc_row row_width=”” gap=”0″ content_placement=”middle” nav_skin=”light” consent_include=”include” equal_height=”true” custom_bg_color=”{“solid“:{“id“:“Light background“,“color“:“#cae2f1“}}” el_design=”{“desktop“:{“margin-bottom“:“40“,“border-style“:“none“}}”][vc_column el_design=”{“desktop“:{“padding-top“:“15“,“padding-right“:“0“,“padding-bottom“:“15“,“padding-left“:“15“,“border-style“:“none“}}” width=”1\/4″ css_animation=”” custom_bg_color=”{“solid“:{“id“:““,“color“:““}}” border_color=”{“id“:“Light text color“,“color“:“#ffffff“}”][vc_image_element image=”848″ alignment=”left” img_link=”page_link” lazy=”0″ preloader=”” css_animation=”” max_width=”250px” link=”url:https%3A%2F%2Fpubmed.ncbi.nlm.nih.gov%2F29282877%2F|target:_blank”][\/vc_column][vc_column el_design=”{“desktop“:{“padding-top“:“15“,“padding-right“:“15“,“padding-bottom“:“15“,“padding-left“:“15“,“border-style“:“none“}}” width=”3\/4″ css_animation=”” custom_bg_color=”{“solid“:{“id“:““,“color“:““}}” border_color=”{“id“:“Light text color“,“color“:“#ffffff“}”][vc_text_element css_animation=””]Multifunctional Shape-Memory Polymer Foams with Bio-inspired Antimicrobials<\/strong>
\nMary Beth Browning Monroe, Alexandra D. Easley, Katie Grant, Grace K. Fletcher, Calla Boyer, Duncan J. Maitland<\/p>\n

“These multifunctional scaffolds demonstrate potential for use as hemostats to improve upon current hemorrhage treatments and provide a new tool in tuning the biological and material properties of SMP foams.\u201d[\/vc_text_element][vc_button_custom title=”Read More” text_typography=”{“font_size“:“14px“}” size=”2″ display=”display_block” button_align=”btn_align_left” css_animation=”” link=”url:https%3A%2F%2Fpubmed.ncbi.nlm.nih.gov%2F29282877%2F|target:_blank” text_color=”{“id“:“Light text color“,“color“:“#ffffff“}” bg_color=”{“solid“:{“id“:“Main accent color“,“color“:“#2a327e“}}” border_radius=”{“top-left“:20,“top-right“:20,“bottom-right“:20,“bottom-left“:20,“property“:“border“,“suffix“:“radius“}” text_color_h=”{“id“:“Main accent color“,“color“:“#2a327e“}” bg_color_h=”{“solid“:{“id“:“Light text color“,“color“:“#ffffff“}}”][\/vc_column][\/vc_row][vc_row row_width=”” gap=”0″ content_placement=”middle” nav_skin=”light” consent_include=”include” equal_height=”true” custom_bg_color=”{“solid“:{“id“:“Light background“,“color“:“#cae2f1“}}” el_design=”{“desktop“:{“margin-bottom“:“40“,“border-style“:“none“}}”][vc_column el_design=”{“desktop“:{“padding-top“:“15“,“padding-right“:“0“,“padding-bottom“:“15“,“padding-left“:“15“,“border-style“:“none“}}” width=”1\/4″ css_animation=”” custom_bg_color=”{“solid“:{“id“:““,“color“:““}}” border_color=”{“id“:“Light text color“,“color“:“#ffffff“}”][vc_image_element image=”847″ alignment=”left” img_link=”page_link” lazy=”0″ preloader=”” css_animation=”” max_width=”250px” link=”url:https%3A%2F%2Fpubmed.ncbi.nlm.nih.gov%2F22101759%2F|target:_blank”][\/vc_column][vc_column el_design=”{“desktop“:{“padding-top“:“15“,“padding-right“:“15“,“padding-bottom“:“15“,“padding-left“:“15“,“border-style“:“none“}}” width=”3\/4″ css_animation=”” custom_bg_color=”{“solid“:{“id“:““,“color“:““}}” border_color=”{“id“:“Light text color“,“color“:“#ffffff“}”][vc_text_element css_animation=””]Opacification of shape memory polymer foam designed for treatment of intracranial aneurysms<\/strong>
\nJennifer N. Rodriguez, Ya-Jen Yu, Matthew W. Miller, Thomas S. Wilson, Jonathan Hartman, Fred J. Clubb, Brandon Gentry, Duncan J. Maitland<\/p>\n

“Shape memory polymer (SMP) foam possesses structural and mechanical characteristics that make them very promising as an alternative treatment for intracranial aneurysms.\u201d[\/vc_text_element][vc_button_custom title=”Read More” text_typography=”{“font_size“:“14px“}” size=”2″ display=”display_block” button_align=”btn_align_left” css_animation=”” link=”url:https%3A%2F%2Fpubmed.ncbi.nlm.nih.gov%2F22101759%2F|target:_blank” text_color=”{“id“:“Light text color“,“color“:“#ffffff“}” bg_color=”{“solid“:{“id“:“Main accent color“,“color“:“#2a327e“}}” border_radius=”{“top-left“:20,“top-right“:20,“bottom-right“:20,“bottom-left“:20,“property“:“border“,“suffix“:“radius“}” text_color_h=”{“id“:“Main accent color“,“color“:“#2a327e“}” bg_color_h=”{“solid“:{“id“:“Light text color“,“color“:“#ffffff“}}”][\/vc_column][\/vc_row][vc_row row_width=”” gap=”0″ content_placement=”middle” nav_skin=”light” consent_include=”include” equal_height=”true” custom_bg_color=”{“solid“:{“id“:“Light background“,“color“:“#cae2f1“}}” el_design=”{“desktop“:{“margin-bottom“:“40“,“border-style“:“none“}}”][vc_column el_design=”{“desktop“:{“padding-top“:“15“,“padding-right“:“0“,“padding-bottom“:“15“,“padding-left“:“15“,“border-style“:“none“}}” width=”1\/4″ css_animation=”” custom_bg_color=”{“solid“:{“id“:““,“color“:““}}” border_color=”{“id“:“Light text color“,“color“:“#ffffff“}”][vc_image_element image=”845″ alignment=”left” img_link=”page_link” lazy=”0″ preloader=”” css_animation=”” max_width=”250px” link=”url:https%3A%2F%2Fpubmed.ncbi.nlm.nih.gov%2F31961062%2F|target:_blank”][\/vc_column][vc_column el_design=”{“desktop“:{“padding-top“:“15“,“padding-right“:“15“,“padding-bottom“:“15“,“padding-left“:“15“,“border-style“:“none“}}” width=”3\/4″ css_animation=”” custom_bg_color=”{“solid“:{“id“:““,“color“:““}}” border_color=”{“id“:“Light text color“,“color“:“#ffffff“}”][vc_text_element css_animation=””]Micro-CT and histopathology methods to assess host response of aneurysms treated with shape memory polymer foam-coated coils versus bare metal coil occlusion devices<\/strong>
\nStaci L. Jessen, Molly C. Friedemann, Annmarie E. Mullen, Anne-Marie Ginn-Hedman, Scott M. Herting, Duncan J. Maitland, Fred J. Clubb Jr<\/p>\n

“When considering cell types and extracellular matrix composition, the overall host response scores were significantly better in FCC-treated aneurysms (foam-coated coil) at the later time point. Based on the results of these metrics, the FCC device may lead to an advanced tissue remodeling response over BPC occlusion devices.\u201d[\/vc_text_element][vc_button_custom title=”Read More” text_typography=”{“font_size“:“14px“}” size=”2″ display=”display_block” button_align=”btn_align_left” css_animation=”” link=”url:https%3A%2F%2Fpubmed.ncbi.nlm.nih.gov%2F31961062%2F|target:_blank” text_color=”{“id“:“Light text color“,“color“:“#ffffff“}” bg_color=”{“solid“:{“id“:“Main accent color“,“color“:“#2a327e“}}” border_radius=”{“top-left“:20,“top-right“:20,“bottom-right“:20,“bottom-left“:20,“property“:“border“,“suffix“:“radius“}” text_color_h=”{“id“:“Main accent color“,“color“:“#2a327e“}” bg_color_h=”{“solid“:{“id“:“Light text color“,“color“:“#ffffff“}}”][\/vc_column][\/vc_row][vc_row row_width=”” gap=”0″ content_placement=”middle” nav_skin=”light” consent_include=”include” equal_height=”true” custom_bg_color=”{“solid“:{“id“:“Light background“,“color“:“#cae2f1“}}” el_design=”{“desktop“:{“margin-bottom“:“40“,“border-style“:“none“}}”][vc_column el_design=”{“desktop“:{“padding-top“:“15“,“padding-right“:“0“,“padding-bottom“:“15“,“padding-left“:“15“,“border-style“:“none“}}” width=”1\/4″ css_animation=”” custom_bg_color=”{“solid“:{“id“:““,“color“:““}}” border_color=”{“id“:“Light text color“,“color“:“#ffffff“}”][vc_image_element image=”842″ alignment=”left” img_link=”page_link” lazy=”0″ preloader=”” css_animation=”” max_width=”250px” link=”url:https%3A%2F%2Fpubmed.ncbi.nlm.nih.gov%2F27255687%2F|target:_blank”][\/vc_column][vc_column el_design=”{“desktop“:{“padding-top“:“15“,“padding-right“:“15“,“padding-bottom“:“15“,“padding-left“:“15“,“border-style“:“none“}}” width=”3\/4″ css_animation=”” custom_bg_color=”{“solid“:{“id“:““,“color“:““}}” border_color=”{“id“:“Light text color“,“color“:“#ffffff“}”][vc_text_element css_animation=””]Comparison of shape memory polymer foam versus bare metal coil treatments in an in vivo porcine sidewall aneurysm model<\/strong>
\nJohn Horn, Wonjun Hwang, Staci L. Jessen, Brandis K. Keller, Matthew W. Miller, Egemen Tuzun, Jonathan Hartman, Fred J. Clubb, Jr., Duncan J. Maitland<\/p>\n

“The superior healing in the foam-treated aneurysms at earlier stages suggests that SMP foam may be a viable alternative to current treatment methods.\u201d[\/vc_text_element][vc_button_custom title=”Read More” text_typography=”{“font_size“:“14px“}” size=”2″ display=”display_block” button_align=”btn_align_left” css_animation=”” link=”url:https%3A%2F%2Fpubmed.ncbi.nlm.nih.gov%2F27255687%2F|target:_blank” text_color=”{“id“:“Light text color“,“color“:“#ffffff“}” bg_color=”{“solid“:{“id“:“Main accent color“,“color“:“#2a327e“}}” border_radius=”{“top-left“:20,“top-right“:20,“bottom-right“:20,“bottom-left“:20,“property“:“border“,“suffix“:“radius“}” text_color_h=”{“id“:“Main accent color“,“color“:“#2a327e“}” bg_color_h=”{“solid“:{“id“:“Light text color“,“color“:“#ffffff“}}”][\/vc_column][\/vc_row][vc_row row_width=”” content_placement=”middle” nav_skin=”light” consent_include=”include” equal_height=”true” custom_bg_color=”{“solid“:{“id“:“Light background“,“color“:“#cae2f1“}}” el_design=”{“desktop“:{“margin-bottom“:“40“,“border-style“:“none“}}”][vc_column el_design=”{“desktop“:{“padding-top“:“15“,“padding-right“:“0“,“padding-bottom“:“15“,“padding-left“:“15“,“border-style“:“none“}}” width=”1\/4″ css_animation=”” custom_bg_color=”{“solid“:{“id“:““,“color“:““}}” border_color=”{“id“:“Light text color“,“color“:“#ffffff“}”][vc_image_element image=”841″ alignment=”left” img_link=”page_link” lazy=”0″ preloader=”” css_animation=”” max_width=”250px” link=”url:https%3A%2F%2Fpubmed.ncbi.nlm.nih.gov%2F25222869%2F|target:_blank”][\/vc_column][vc_column el_design=”{“desktop“:{“padding-top“:“15“,“padding-right“:“15“,“padding-bottom“:“15“,“padding-left“:“15“,“border-style“:“none“}}” width=”3\/4″ css_animation=”” custom_bg_color=”{“solid“:{“id“:““,“color“:““}}” border_color=”{“id“:“Light text color“,“color“:“#ffffff“}”][vc_text_element css_animation=””]Reticulation of low density shape memory polymer foam with an in vivo demonstration of vascular occlusion
\n<\/strong>Jennifer N Rodriguez, Matthew W. Miller, Anthony Boyle, John Horn, Cheng-Kang Yang, Thomas S. Wilson, Jason M. Ortega, Ward Small, Landon Nash, Hunter Skoog, Duncan J. Maitland<\/p>\n

“Because healing involves blood clotting and cell migration throughout the foam volume, a more open-cell structure may further enhance the healing response…”[\/vc_text_element][vc_button_custom title=”Read More” text_typography=”{“font_size“:“14px“}” size=”2″ display=”display_block” button_align=”btn_align_left” css_animation=”” link=”url:https%3A%2F%2Fpubmed.ncbi.nlm.nih.gov%2F25222869%2F|target:_blank” text_color=”{“id“:“Light text color“,“color“:“#ffffff“}” bg_color=”{“solid“:{“id“:“Main accent color“,“color“:“#2a327e“}}” border_radius=”{“top-left“:20,“top-right“:20,“bottom-right“:20,“bottom-left“:20,“property“:“border“,“suffix“:“radius“}” text_color_h=”{“id“:“Main accent color“,“color“:“#2a327e“}” bg_color_h=”{“solid“:{“id“:“Light text color“,“color“:“#ffffff“}}”][\/vc_column][\/vc_row][vc_row nav_skin=”light” consent_include=”include”][vc_column css_animation=””][vc_text_element force_color=”yes” css_animation=”” color=”{“id“:“Main accent color“,“color“:“#2a327e“}”]<\/p>\n

Publications – Editorial<\/h2>\n

[\/vc_text_element][vc_empty_space][\/vc_column][\/vc_row][vc_row row_width=”” content_placement=”middle” nav_skin=”light” consent_include=”include” equal_height=”true” custom_bg_color=”{“solid“:{“id“:“Light background“,“color“:“#cae2f1“}}” el_design=”{“desktop“:{“margin-bottom“:“40“,“border-style“:“none“}}”][vc_column el_design=”{“desktop“:{“padding-top“:“15“,“padding-right“:“0“,“padding-bottom“:“15“,“padding-left“:“15“,“border-style“:“none“}}” width=”1\/4″ css_animation=”” custom_bg_color=”{“solid“:{“id“:““,“color“:““}}” border_color=”{“id“:“Light text color“,“color“:“#ffffff“}”][vc_image_element image=”1547″ alignment=”left” img_link=”page_link” lazy=”0″ preloader=”” css_animation=”” max_width=”250px” link=”url:https%3A%2F%2Fissuu.com%2Fbibapublishing%2Fdocs%2F100_vascular_news_ous_web%2F21|target:_blank”][\/vc_column][vc_column el_design=”{“desktop“:{“padding-top“:“15“,“padding-right“:“15“,“padding-bottom“:“15“,“padding-left“:“15“,“border-style“:“none“}}” width=”3\/4″ css_animation=”” custom_bg_color=”{“solid“:{“id“:““,“color“:““}}” border_color=”{“id“:“Light text color“,“color“:“#ffffff“}”][vc_text_element css_animation=””]The path toward the gold standard in clinical evidence – a randomised controlled trial<\/strong><\/p>\n

In focus: Smart polymer treatment of Abdominal Aortic Aneurysm (AAA) sacs during endovascular aneurysm repair (EVAR).[\/vc_text_element][vc_button_custom title=”Read More” text_typography=”{“font_size“:“14px“}” size=”2″ display=”display_block” button_align=”btn_align_left” css_animation=”” link=”url:https%3A%2F%2Fissuu.com%2Fbibapublishing%2Fdocs%2F100_vascular_news_ous_web%2F21|target:_blank” text_color=”{“id“:“Light text color“,“color“:“#ffffff“}” bg_color=”{“solid“:{“id“:“Main accent color“,“color“:“#2a327e“}}” border_radius=”{“top-left“:20,“top-right“:20,“bottom-right“:20,“bottom-left“:20,“property“:“border“,“suffix“:“radius“}” text_color_h=”{“id“:“Main accent color“,“color“:“#2a327e“}” bg_color_h=”{“solid“:{“id“:“Light text color“,“color“:“#ffffff“}}”][\/vc_column][\/vc_row][vc_row row_width=”” content_placement=”middle” nav_skin=”light” consent_include=”include” equal_height=”true” custom_bg_color=”{“solid“:{“id“:“Light background“,“color“:“#cae2f1“}}” el_design=”{“desktop“:{“margin-bottom“:“40“,“border-style“:“none“}}”][vc_column el_design=”{“desktop“:{“padding-top“:“15“,“padding-right“:“0“,“padding-bottom“:“15“,“padding-left“:“15“,“border-style“:“none“}}” width=”1\/4″ css_animation=”” custom_bg_color=”{“solid“:{“id“:““,“color“:““}}” border_color=”{“id“:“Light text color“,“color“:“#ffffff“}”][vc_image_element image=”1395″ alignment=”left” img_link=”page_link” lazy=”0″ preloader=”” css_animation=”” max_width=”250px” link=”url:https%3A%2F%2Fevtoday.com%2Farticles%2F2023-apr%2Fsmart-polymer-embolization-plus%3Fc4src%3Dcurrent%3Afeed|target:_blank”][\/vc_column][vc_column el_design=”{“desktop“:{“padding-top“:“15“,“padding-right“:“15“,“padding-bottom“:“15“,“padding-left“:“15“,“border-style“:“none“}}” width=”3\/4″ css_animation=”” custom_bg_color=”{“solid“:{“id“:““,“color“:““}}” border_color=”{“id“:“Light text color“,“color“:“#ffffff“}”][vc_text_element css_animation=””]Smart Polymer: Embolization Plus<\/strong>
\nWith Daniel A.F. van den Heuvel, MD; Sjors Klompmaker, MD, MSc, PhD; Andreas Hadjipolycarpou, MD, MSc; Patrick Kn\u00fcsel, MD; and Edvard Skripochnik, MD<\/p>\n

The versatility of Smart Polymer devices, including the IMPEDE and IMPEDE-FX Embolization Plugs, are highlighted in case examples depicting pulmonary arteriovenous malformation embolization, ovarian and testicular vein embolization, and internal iliac artery embolization as part of iliac artery aneurysm treatment.[\/vc_text_element][vc_button_custom title=”Read More” text_typography=”{“font_size“:“14px“}” size=”2″ display=”display_block” button_align=”btn_align_left” css_animation=”” link=”url:https%3A%2F%2Fevtoday.com%2Farticles%2F2023-apr%2Fsmart-polymer-embolization-plus%3Fc4src%3Dcurrent%3Afeed|target:_blank” text_color=”{“id“:“Light text color“,“color“:“#ffffff“}” bg_color=”{“solid“:{“id“:“Main accent color“,“color“:“#2a327e“}}” border_radius=”{“top-left“:20,“top-right“:20,“bottom-right“:20,“bottom-left“:20,“property“:“border“,“suffix“:“radius“}” text_color_h=”{“id“:“Main accent color“,“color“:“#2a327e“}” bg_color_h=”{“solid“:{“id“:“Light text color“,“color“:“#ffffff“}}”][\/vc_column][\/vc_row][vc_row row_width=”” content_placement=”middle” nav_skin=”light” consent_include=”include” equal_height=”true” custom_bg_color=”{“solid“:{“id“:“Light background“,“color“:“#cae2f1“}}” el_design=”{“desktop“:{“margin-bottom“:“40“,“border-style“:“none“}}”][vc_column el_design=”{“desktop“:{“padding-top“:“15“,“padding-right“:“0“,“padding-bottom“:“15“,“padding-left“:“15“,“border-style“:“none“}}” width=”1\/4″ css_animation=”” custom_bg_color=”{“solid“:{“id“:““,“color“:““}}” border_color=”{“id“:“Light text color“,“color“:“#ffffff“}”][vc_image_element image=”952″ alignment=”left” img_link=”page_link” lazy=”0″ preloader=”” css_animation=”” max_width=”250px” link=”url:https%3A%2F%2Fevtoday.com%2Farticles%2F2021-apr%2Fshape-memory-polymer-technology|target:_blank”][\/vc_column][vc_column el_design=”{“desktop“:{“padding-top“:“15“,“padding-right“:“15“,“padding-bottom“:“15“,“padding-left“:“15“,“border-style“:“none“}}” width=”3\/4″ css_animation=”” custom_bg_color=”{“solid“:{“id“:““,“color“:““}}” border_color=”{“id“:“Light text color“,“color“:“#ffffff“}”][vc_text_element css_animation=””]Shape Memory Polymer Technology: Biodegradable polymers are shaping up to change peripheral embolization.<\/strong>
\nBy Duncan J. Maitland, PhD, and Landon Nash, PhD<\/p>\n

\u201cStudies have shown that the SMP-based IMPEDE Embolization Plug product family offers predictable, controlled, high-volume fill, encouraging stasis and rapid thrombus formation with progressive healing as the biodegradable SMP is replaced by mature connective tissue over time.\u201d[\/vc_text_element][vc_button_custom title=”Read More” text_typography=”{“font_size“:“14px“}” size=”2″ display=”display_block” button_align=”btn_align_left” css_animation=”” link=”url:https%3A%2F%2Fevtoday.com%2Farticles%2F2021-apr%2Fshape-memory-polymer-technology|target:_blank” text_color=”{“id“:“Light text color“,“color“:“#ffffff“}” bg_color=”{“solid“:{“id“:“Main accent color“,“color“:“#2a327e“}}” border_radius=”{“top-left“:20,“top-right“:20,“bottom-right“:20,“bottom-left“:20,“property“:“border“,“suffix“:“radius“}” text_color_h=”{“id“:“Main accent color“,“color“:“#2a327e“}” bg_color_h=”{“solid“:{“id“:“Light text color“,“color“:“#ffffff“}}”][\/vc_column][\/vc_row][vc_row row_width=”” content_placement=”middle” nav_skin=”light” consent_include=”include” equal_height=”true” custom_bg_color=”{“solid“:{“id“:“Light background“,“color“:“#cae2f1“}}” el_design=”{“desktop“:{“margin-bottom“:“40“,“border-style“:“none“}}”][vc_column el_design=”{“desktop“:{“padding-top“:“15“,“padding-right“:“0“,“padding-bottom“:“15“,“padding-left“:“15“,“border-style“:“none“}}” width=”1\/4″ css_animation=”” custom_bg_color=”{“solid“:{“id“:““,“color“:““}}” border_color=”{“id“:“Light text color“,“color“:“#ffffff“}”][vc_image_element image=”957″ alignment=”left” img_link=”page_link” lazy=”0″ preloader=”” css_animation=”” max_width=”250px” link=”url:https%3A%2F%2Fvascularnews.com%2Fa-vascular-surgeons-perspective-on-the-benefits-of-shape-memory-polymer-embolisation%2F|target:_blank”][\/vc_column][vc_column el_design=”{“desktop“:{“padding-top“:“15“,“padding-right“:“15“,“padding-bottom“:“15“,“padding-left“:“15“,“border-style“:“none“}}” width=”3\/4″ css_animation=”” custom_bg_color=”{“solid“:{“id“:““,“color“:““}}” border_color=”{“id“:“Light text color“,“color“:“#ffffff“}”][vc_text_element css_animation=””]Stable and reliable: A vascular surgeon\u2019s perspective on the benefits of shape memory polymer embolisation<\/strong>
\nSmart Polymer is a new shape memory polymer technology, available to endovascular specialists, that is incorporated into the Impede embolisation plug family (Shape Memory Medical). Michel Reijnen, a vascular surgeon at Rijnstate Hospital in Arnhem, The Netherlands, has used the Smart Polymer devices in several aortic cases. Here, he gives his perspective on the unique properties of the polymer, and details how Smart Polymer devices may be utilised in a vascular surgeon\u2019s practice.
\n[\/vc_text_element][vc_button_custom title=”Read More” text_typography=”{“font_size“:“14px“}” size=”2″ display=”display_block” button_align=”btn_align_left” css_animation=”” link=”url:https%3A%2F%2Fvascularnews.com%2Fa-vascular-surgeons-perspective-on-the-benefits-of-shape-memory-polymer-embolisation%2F|target:_blank” text_color=”{“id“:“Light text color“,“color“:“#ffffff“}” bg_color=”{“solid“:{“id“:“Main accent color“,“color“:“#2a327e“}}” border_radius=”{“top-left“:20,“top-right“:20,“bottom-right“:20,“bottom-left“:20,“property“:“border“,“suffix“:“radius“}” text_color_h=”{“id“:“Main accent color“,“color“:“#2a327e“}” bg_color_h=”{“solid“:{“id“:“Light text color“,“color“:“#ffffff“}}”][\/vc_column][\/vc_row][vc_row row_width=”” content_placement=”middle” nav_skin=”light” row_show_on=”wtbx_hide_on_normal_screen,wtbx_hide_tablet_landscape,wtbx_hide_tablet_portrait,wtbx_hide_mobile_landscape,wtbx_hide_mobile_portrait” consent_include=”include” equal_height=”true” custom_bg_color=”{“solid“:{“id“:“Light background“,“color“:“#cae2f1“}}” el_design=”{“desktop“:{“margin-bottom“:“40“,“border-style“:“none“}}”][vc_column el_design=”{“desktop“:{“padding-top“:“15“,“padding-right“:“0“,“padding-bottom“:“15“,“padding-left“:“15“,“border-style“:“none“}}” width=”1\/4″ css_animation=”” custom_bg_color=”{“solid“:{“id“:““,“color“:““}}” border_color=”{“id“:“Light text color“,“color“:“#ffffff“}”][vc_image_element image=”1148″ alignment=”left” img_link=”page_link” lazy=”0″ preloader=”” css_animation=”” max_width=”250px” link=”url:https%3A%2F%2Fevtoday.com%2Farticles%2F2022-apr%2Fshape-memory-polymer-a-new-solution-for-aaa-endoleak-management|target:_blank”][\/vc_column][vc_column el_design=”{“desktop“:{“padding-top“:“15“,“padding-right“:“15“,“padding-bottom“:“15“,“padding-left“:“15“,“border-style“:“none“}}” width=”3\/4″ css_animation=”” custom_bg_color=”{“solid“:{“id“:““,“color“:““}}” border_color=”{“id“:“Light text color“,“color“:“#ffffff“}”][vc_text_element css_animation=””]Shape Memory Polymer: A New Solution for AAA Endoleak Management?<\/strong>
\nAndrew Holden, MBChB, FRANZCR, EBIR, and Michel M.P.J. Reijnen, MD, PhD, discuss their clinical experience with shape memory polymer\u2014a novel embolic material\u2014for endoleak management and evaluating it for active abdominal aortic aneurysm sac management.[\/vc_text_element][vc_button_custom title=”Read More” text_typography=”{“font_size“:“14px“}” size=”2″ display=”display_block” button_align=”btn_align_left” css_animation=”” link=”url:https%3A%2F%2Fevtoday.com%2Farticles%2F2022-apr%2Fshape-memory-polymer-a-new-solution-for-aaa-endoleak-management|target:_blank” text_color=”{“id“:“Light text color“,“color“:“#ffffff“}” bg_color=”{“solid“:{“id“:“Main accent color“,“color“:“#2a327e“}}” border_radius=”{“top-left“:20,“top-right“:20,“bottom-right“:20,“bottom-left“:20,“property“:“border“,“suffix“:“radius“}” text_color_h=”{“id“:“Main accent color“,“color“:“#2a327e“}” bg_color_h=”{“solid“:{“id“:“Light text color“,“color“:“#ffffff“}}”][\/vc_column][\/vc_row][vc_row row_width=”” content_placement=”middle” nav_skin=”light” consent_include=”include” equal_height=”true” custom_bg_color=”{“solid“:{“id“:“Light background“,“color“:“#cae2f1“}}” el_design=”{“desktop“:{“margin-bottom“:“40“,“border-style“:“none“}}”][vc_column el_design=”{“desktop“:{“padding-top“:“15“,“padding-right“:“0“,“padding-bottom“:“15“,“padding-left“:“15“,“border-style“:“none“}}” width=”1\/4″ css_animation=”” custom_bg_color=”{“solid“:{“id“:““,“color“:““}}” border_color=”{“id“:“Light text color“,“color“:“#ffffff“}”][vc_image_element image=”1149″ alignment=”left” img_link=”page_link” lazy=”0″ preloader=”” css_animation=”” max_width=”250px” link=”url:https%3A%2F%2Fvascularnews.com%2Fvascular-news-cx-special-edition-2022-us%2F|target:_blank”][\/vc_column][vc_column el_design=”{“desktop“:{“padding-top“:“15“,“padding-right“:“15“,“padding-bottom“:“15“,“padding-left“:“15“,“border-style“:“none“}}” width=”3\/4″ css_animation=”” custom_bg_color=”{“solid“:{“id“:““,“color“:““}}” border_color=”{“id“:“Light text color“,“color“:“#ffffff“}”][vc_text_element css_animation=””]\u201cPromising technology\u201d: An interventional radiologist\u2019s perspective on the benefits of shape memory polymer embolization <\/strong>
\nSmart Polymer is a new shape memory polymer technology, available to endovascular specialists, that is incorporated into the Impede embolisation plug family (Shape Memory Medical). Andrew Holden, an interventional radiologist at Auckland City Hospital in Auckland, New Zealand, has been using the product for a number of years and has been involved in some early studies of the technology. Here, he gives his perspectives on the unique properties of the polymer, and details how Smart Polymer devices may be utilised in an interventional radiologist\u2019s practice.<\/p>\n

[\/vc_text_element][vc_button_custom title=”Read More” text_typography=”{“font_size“:“14px“}” size=”2″ display=”display_block” button_align=”btn_align_left” css_animation=”” link=”url:https%3A%2F%2Fvascularnews.com%2Fvascular-news-cx-special-edition-2022-us%2F|target:_blank” text_color=”{“id“:“Light text color“,“color“:“#ffffff“}” bg_color=”{“solid“:{“id“:“Main accent color“,“color“:“#2a327e“}}” border_radius=”{“top-left“:20,“top-right“:20,“bottom-right“:20,“bottom-left“:20,“property“:“border“,“suffix“:“radius“}” text_color_h=”{“id“:“Main accent color“,“color“:“#2a327e“}” bg_color_h=”{“solid“:{“id“:“Light text color“,“color“:“#ffffff“}}”][\/vc_column][\/vc_row][vc_row row_width=”” content_placement=”middle” nav_skin=”light” consent_include=”include” equal_height=”true” custom_bg_color=”{“solid“:{“id“:“Light background“,“color“:“#cae2f1“}}” el_design=”{“desktop“:{“margin-bottom“:“40“,“border-style“:“none“}}”][vc_column el_design=”{“desktop“:{“padding-top“:“15“,“padding-right“:“0“,“padding-bottom“:“15“,“padding-left“:“15“,“border-style“:“none“}}” width=”1\/4″ css_animation=”” custom_bg_color=”{“solid“:{“id“:““,“color“:““}}” border_color=”{“id“:“Light text color“,“color“:“#ffffff“}”][vc_image_element image=”1147″ alignment=”left” img_link=”page_link” lazy=”0″ preloader=”” css_animation=”” max_width=”250px” link=”url:https%3A%2F%2Fissuu.com%2Fradcliffevascular%2Fdocs%2Fver_milner_web|target:_blank”][\/vc_column][vc_column el_design=”{“desktop“:{“padding-top“:“15“,“padding-right“:“15“,“padding-bottom“:“15“,“padding-left“:“15“,“border-style“:“none“}}” width=”3\/4″ css_animation=”” custom_bg_color=”{“solid“:{“id“:““,“color“:““}}” border_color=”{“id“:“Light text color“,“color“:“#ffffff“}”][vc_text_element css_animation=””]New Technology Focus: Smart Polymer in Vascular Surgery <\/strong>
\nA new smart polymer technology developed by Shape Memory Medical is available to endovascular specialists. The shape memory polymer is incorporated into vascular plugs and coils. Dr. Ross Milner, a vascular surgeon at University of Chicago Medicine, gives his perspective on the properties of the shape memory polymer and how smart polymer devices may be used in vascular surgery.<\/p>\n

[\/vc_text_element][vc_button_custom title=”Read More” text_typography=”{“font_size“:“14px“}” size=”2″ display=”display_block” button_align=”btn_align_left” css_animation=”” link=”url:https%3A%2F%2Fissuu.com%2Fradcliffevascular%2Fdocs%2Fver_milner_web|target:_blank” text_color=”{“id“:“Light text color“,“color“:“#ffffff“}” bg_color=”{“solid“:{“id“:“Main accent color“,“color“:“#2a327e“}}” border_radius=”{“top-left“:20,“top-right“:20,“bottom-right“:20,“bottom-left“:20,“property“:“border“,“suffix“:“radius“}” text_color_h=”{“id“:“Main accent color“,“color“:“#2a327e“}” bg_color_h=”{“solid“:{“id“:“Light text color“,“color“:“#ffffff“}}”][\/vc_column][\/vc_row][vc_row nav_skin=”light” consent_include=”include” row_id=”presentationswebinars”][vc_column css_animation=””][\/vc_column][\/vc_row][vc_row nav_skin=”light” consent_include=”include”][vc_column css_animation=””][vc_text_element force_color=”yes” responsiveness=”yes” tablet_portrait=”90″ mobile_landscape=”80″ mobile_portrait=”70″ css_animation=”” color=”{“id“:“Main accent color“,“color“:“#2a327e“}”]<\/p>\n

Clinical Trial Presentations<\/h2>\n

[\/vc_text_element][vc_empty_space][\/vc_column][\/vc_row][vc_row row_width=”” gap=”15″ content_placement=”middle” nav_skin=”light” consent_include=”include” equal_height=”true” custom_bg_color=”{“solid“:{“id“:“Light background“,“color“:“#cae2f1“}}” el_design=”{“desktop“:{“margin-bottom“:“40“,“border-style“:“none“}}”][vc_column el_design=”{“mobile_portrait“:{“padding-top“:“15“,“padding-right“:“15“,“padding-bottom“:“15“,“padding-left“:“15“},“tablet_portrait“:{“padding-top“:“15“,“padding-right“:“30“,“padding-bottom“:“15“,“padding-left“:“15“},“tablet_landscape“:{“padding-top“:“15“,“padding-right“:“30“,“padding-bottom“:“15“,“padding-left“:“15“},“desktop“:{“padding-top“:“15“,“padding-right“:“30“,“padding-bottom“:“15“,“padding-left“:“15“,“border-style“:“none“}}” width=”1\/2″ css_animation=”” custom_bg_color=”{“solid“:{“id“:““,“color“:““}}” border_color=”{“id“:“Light text color“,“color“:“#ffffff“}”][vc_scape_video_player style=”default” skin=”dark_color” hover=”” radius=”4″ media=”vimeo” vimeo=”https:\/\/vimeo.com\/902088641″ poster=”1578″ lazy=”1″ preloader=”” css_animation=”” overlay_color=”{“solid“:{“id“:““,“color“:““}}” button_color=”{“solid“:{“id“:“Main accent color“,“color“:“#2a327e“}}”][\/vc_column][vc_column el_design=”{“desktop“:{“padding-top“:“15“,“padding-right“:“15“,“padding-bottom“:“15“,“padding-left“:“0“,“border-style“:“none“}}” width=”1\/2″ css_animation=”” custom_bg_color=”{“solid“:{“id“:““,“color“:““}}” border_color=”{“id“:“Light text color“,“color“:“#ffffff“}”][vc_text_element css_animation=””]Active sac management represents a \u201cstep forward\u201d for EVAR<\/strong><\/p>\n

Jan\u00a0Heyligers,\u00a0MD, PhD, & Michel Reijnen, MD, PhD \u2013 VEITH Symposium 2023<\/p>\n

“Despite significant technological improvements since its inception, endovascular repair of abdominal aortic aneurysms (AAA) is still associated with some of the same problems we experienced nearly 30 years ago,” Michel Reijnen (Arnhem, The Netherlands) remarked at the VEITHsymposium 2023 (14\u201318 November, New York, USA). One of these issues\u2014and a significant unmet need in the aortic field\u2014is the failure of an AAA to regress post-endovascular aneurysm repair (EVAR).[\/vc_text_element][\/vc_column][\/vc_row][vc_row row_width=”” gap=”15″ content_placement=”middle” nav_skin=”light” consent_include=”include” equal_height=”true” custom_bg_color=”{“solid“:{“id“:“Light background“,“color“:“#cae2f1“}}” el_design=”{“desktop“:{“margin-bottom“:“40“,“border-style“:“none“}}”][vc_column el_design=”{“mobile_portrait“:{“padding-top“:“15“,“padding-right“:“15“,“padding-bottom“:“15“,“padding-left“:“15“},“tablet_portrait“:{“padding-top“:“15“,“padding-right“:“30“,“padding-bottom“:“15“,“padding-left“:“15“},“tablet_landscape“:{“padding-top“:“15“,“padding-right“:“30“,“padding-bottom“:“15“,“padding-left“:“15“},“desktop“:{“padding-top“:“15“,“padding-right“:“30“,“padding-bottom“:“15“,“padding-left“:“15“,“border-style“:“none“}}” width=”1\/2″ css_animation=”” custom_bg_color=”{“solid“:{“id“:““,“color“:““}}” border_color=”{“id“:“Light text color“,“color“:“#ffffff“}”][vc_scape_video_player style=”default” skin=”dark_color” hover=”” radius=”4″ media=”vimeo” vimeo=”https:\/\/vimeo.com\/846379349″ poster=”1421″ lazy=”1″ preloader=”” css_animation=”” overlay_color=”{“solid“:{“id“:““,“color“:““}}” button_color=”{“solid“:{“id“:“Main accent color“,“color“:“#2a327e“}}”][\/vc_column][vc_column el_design=”{“desktop“:{“padding-top“:“15“,“padding-right“:“15“,“padding-bottom“:“15“,“padding-left“:“0“,“border-style“:“none“}}” width=”1\/2″ css_animation=”” custom_bg_color=”{“solid“:{“id“:““,“color“:““}}” border_color=”{“id“:“Light text color“,“color“:“#ffffff“}”][vc_text_element css_animation=””]Shape memory polymer: \u201cAnother step down the road\u201d toward active aneurysm sac management<\/strong><\/p>\n

Andrew Holden, MBChB, FRANZCR, EBIR & Michel Reijnen, MD, PhD \u2013 Charing Cross Symposium 2023<\/p>\n

\u201cThere is an increasing awareness that we need to get aneurysm sacs to regress after endovascular aneurysm repair [EVAR],\u201d Andrew Holden (Auckland, New Zealand) stated during a recent discussion with Michel Reijnen (Arnhem, The Netherlands) on potential solutions in this space from Shape Memory Medical.[\/vc_text_element][\/vc_column][\/vc_row][vc_row row_width=”” gap=”15″ content_placement=”middle” nav_skin=”light” consent_include=”include” equal_height=”true” custom_bg_color=”{“solid“:{“id“:“Light background“,“color“:“#cae2f1“}}” el_design=”{“desktop“:{“margin-bottom“:“40“,“border-style“:“none“}}”][vc_column el_design=”{“mobile_portrait“:{“padding-top“:“15“,“padding-right“:“15“,“padding-bottom“:“15“,“padding-left“:“15“},“tablet_portrait“:{“padding-top“:“15“,“padding-right“:“30“,“padding-bottom“:“15“,“padding-left“:“15“},“tablet_landscape“:{“padding-top“:“15“,“padding-right“:“30“,“padding-bottom“:“15“,“padding-left“:“15“},“desktop“:{“padding-top“:“15“,“padding-right“:“30“,“padding-bottom“:“15“,“padding-left“:“15“,“border-style“:“none“}}” width=”1\/2″ css_animation=”” custom_bg_color=”{“solid“:{“id“:““,“color“:““}}” border_color=”{“id“:“Light text color“,“color“:“#ffffff“}”][vc_scape_video_player style=”default” skin=”dark_color” hover=”” radius=”4″ media=”vimeo” vimeo=”https:\/\/vimeo.com\/740914955″ poster=”1173″ lazy=”1″ preloader=”” css_animation=”” overlay_color=”{“solid“:{“id“:““,“color“:““}}” button_color=”{“solid“:{“id“:“Main accent color“,“color“:“#2a327e“}}”][\/vc_column][vc_column el_design=”{“desktop“:{“padding-top“:“15“,“padding-right“:“15“,“padding-bottom“:“15“,“padding-left“:“0“,“border-style“:“none“}}” width=”1\/2″ css_animation=”” custom_bg_color=”{“solid“:{“id“:““,“color“:““}}” border_color=”{“id“:“Light text color“,“color“:“#ffffff“}”][vc_text_element css_animation=””]Shape Memory Polymer addresses an \u201cunmet need\u201d for EVAR<\/strong><\/p>\n

Andrew Holden, MBChB, FRANZCR, EBIR & Michel Reijnen, MD, PhD \u2013 Charing Cross Symposium 2022<\/p>\n

\u201cWhen you compare it to other embolic agents it is completely different.\u201d[\/vc_text_element][\/vc_column][\/vc_row][vc_row row_width=”” gap=”0″ content_placement=”middle” nav_skin=”light” consent_include=”include” equal_height=”true” custom_bg_color=”{“solid“:{“id“:“Light background“,“color“:“#cae2f1“}}” el_design=”{“desktop“:{“margin-bottom“:“40“,“border-style“:“none“}}”][vc_column el_design=”{“mobile_portrait“:{“padding-top“:“15“,“padding-right“:“15“,“padding-bottom“:“15“,“padding-left“:“15“},“tablet_portrait“:{“padding-top“:“15“,“padding-right“:“30“,“padding-bottom“:“15“,“padding-left“:“15“},“tablet_landscape“:{“padding-top“:“15“,“padding-right“:“30“,“padding-bottom“:“15“,“padding-left“:“15“},“desktop“:{“padding-top“:“15“,“padding-right“:“30“,“padding-bottom“:“15“,“padding-left“:“15“,“border-style“:“none“}}” width=”1\/2″ css_animation=”” custom_bg_color=”{“solid“:{“id“:““,“color“:““}}” border_color=”{“id“:“Light text color“,“color“:“#ffffff“}”][vc_image_element image=”860″ alignment=”left” img_link=”page_link” lazy=”0″ preloader=”” css_animation=”” link=”url:https%3A%2F%2Fwww.shapemem.com%2Fwp-content%2Fuploads%2Fsites%2F9%2F2022%2F04%2FLIT1052-Rev-A_A-Holden_2021-CIRSE_EMBO_FIH.pdf|target:_blank” max_width=”555px”][\/vc_column][vc_column el_design=”{“desktop“:{“padding-top“:“15“,“padding-right“:“15“,“padding-bottom“:“15“,“padding-left“:“15“,“border-style“:“none“}}” width=”1\/2″ css_animation=”” custom_bg_color=”{“solid“:{“id“:““,“color“:““}}” border_color=”{“id“:“Light text color“,“color“:“#ffffff“}”][vc_text_element css_animation=””]Shape Memory Polymer Vascular Plugs<\/strong>
\nHolden, A, Buckley, B, Hill, A \u2013 CIRSE Summit 2021<\/p>\n

\u201cPorous shape memory polymer vascular embolization devices were safe and effective in this first in human clinical experience\u201d[\/vc_text_element][vc_button_custom title=”Download PDF” text_typography=”{“font_size“:“14px“}” size=”2″ display=”display_block” button_align=”btn_align_left” css_animation=”” link=”url:https%3A%2F%2Fwww.shapemem.com%2Fwp-content%2Fuploads%2Fsites%2F9%2F2022%2F04%2FLIT1052-Rev-A_A-Holden_2021-CIRSE_EMBO_FIH.pdf|target:_blank” text_color=”{“id“:“Light text color“,“color“:“#ffffff“}” bg_color=”{“solid“:{“id“:“Main accent color“,“color“:“#2a327e“}}” border_radius=”{“top-left“:20,“top-right“:20,“bottom-right“:20,“bottom-left“:20,“property“:“border“,“suffix“:“radius“}” text_color_h=”{“id“:“Main accent color“,“color“:“#2a327e“}” bg_color_h=”{“solid“:{“id“:“Light text color“,“color“:“#ffffff“}}”][\/vc_column][\/vc_row][vc_row nav_skin=”light” consent_include=”include” row_id=”clinical_trials”][vc_column css_animation=””][\/vc_column][\/vc_row][\/vc_section][vc_section nav_skin=”light”][vc_row nav_skin=”light” consent_include=”include”][vc_column css_animation=””][vc_text_element force_color=”yes” css_animation=”” color=”{“id“:“Main accent color“,“color“:“#2a327e“}”]<\/p>\n

Clinical Trials<\/h2>\n

[\/vc_text_element][\/vc_column][\/vc_row][vc_row row_width=”” content_placement=”middle” nav_skin=”light” consent_include=”include” equal_height=”true” custom_bg_color=”{“solid“:{“id“:“Light background“,“color“:“#cae2f1“}}” el_design=”{“desktop“:{“margin-bottom“:“40“,“border-style“:“none“}}”][vc_column el_design=”{“desktop“:{“padding-top“:“15“,“padding-right“:“0“,“padding-bottom“:“15“,“padding-left“:“15“,“border-style“:“none“}}” width=”1\/4″ css_animation=”” custom_bg_color=”{“solid“:{“id“:““,“color“:““}}” border_color=”{“id“:“Light text color“,“color“:“#ffffff“}”]