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Table 4 Table highlights future key improvements suggested by participants for the idealised and anatomical models. Quotation marks denote text directly taken from participants’ feedback, while unquoted text is a paraphrased synthesis of participants’ responses

From: Effectiveness of a new 3D printed simulator for mitral transcatheter edge-to-edge repair in enhancing the confidence and procedural skills of the operator

Idealised model

Anatomical model

“Leaflets and IVC” need to be sturdier and “concrete”

“Transseptal puncture holes are not easy for manoeuvring with steerable guide catheter”

“Also, ability to choose angles to simulate challenging anatomy”

Attachment of camera visualisation to system for improved visualisation. “Cameras to replicate 3D echo views of bicomissural, LVOT and LA views”

“Not representative of anatomy” seen in fluoroscopy

“Patient-specific pathology in valves”

“Attachment of camera visualisation to system for improved visualisation. Cameras to replicate 3D echo views of bicomissural, LVOT and LA views”

“More suited to those with more confidence or experience in controlling the MitraClip™”

“3D modelling could develop more realistic parts”, to replicate intra- and extracardiac structures

“Current mitral valve leaflets are paediatric and should be representative of normal adult mitral valves with ant. Leaflet being 1/3 in circumference and post. Leaflet 2/3 in circumference”

More grip at the bottom to prevent slipping

“Mitral valve mobility could be improved”