Abstract: Novel catheter with longitudinal expandable arid contractile elements which promote wave propagation. The tension-band characteristics of these elements enhance the “crawling” dynamics of the catheter. Tauglit is an aspiration catheter with three key components: an inner spring coil system, a soft pleated jacket with annuli that buckles under load and an outer proleg or leaf-spring that fattens the. diameter of the catheter. Smart features, robotics and AI may be on-boarded. As shown, subject catheters shall piston in a fixed environment (muscular structure such as an artery) and propagate forward akin to earthworm locomotion (Lumbricm terrestris).

Abstract: Trans-maxillary access systems, devices and appliances governed by AI sensing and data arrays are shown, along with analogous ingress through occipital artery and related vasculature. Likewise, occipital artery access follows the same paradigm, procedures and protocols for data. Contractomeres overcome drawbacks when used with the instant systems, processes, and methodologies.

Abstract: Transradial access of mammalian vasculature enhances and renders novel approaches to the heart, brain and other associated organ systems less fraught with risk and more appropriate for ageing populations and challenging vessel morphologies, inter alia. Cerebral access is emphasized.

Abstract: Novel catheter with longitudinal expandable arid contractile elements which promote wave propagation. The tension-band characteristics of these elements enhance the “crawling” dynamics of the catheter. Tauglit is an aspiration catheter with three key components: an inner spring coil system, a soft pleated jacket with annuli that buckles under load and an outer proleg or leaf-spring that fattens the. diameter of the catheter. Smart features, robotics and AI may be on-boarded. As shown, subject catheters shall piston in a fixed environment (muscular structure such as an artery) and propagate forward akin to earthworm locomotion (Lumbricm terrestris).