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March 2019 digital v1

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Robotic catheter<br />

for lung biopsy<br />

gets clearance<br />

The US FDA cleared the<br />

Ion endoluminal system<br />

to enable minimally invasive<br />

biopsy in the peripheral lung,<br />

Intuitive Surgical said.<br />

The Ion system uses<br />

an ultra-thin articulating<br />

robotic catheter that can<br />

move 180 degrees<br />

in all directions. The<br />

outer diameter of the<br />

catheter is 3.5 mm,<br />

which physicians can<br />

navigate through small<br />

and tortuous airways to<br />

reach nodules in any airway<br />

segment within the lung.<br />

The Ion system’s flexible<br />

biopsy needle<br />

can also pass<br />

through very<br />

tight bends<br />

via Ion’s catheter<br />

to collect tissue in<br />

the peripheral lung.<br />

The catheter’s 2mm<br />

working channel can<br />

also accommodate<br />

other biopsy tools, such<br />

as biopsy forceps or<br />

cytology brushes, if<br />

necessary.<br />

The system’s fibre optic<br />

shape sensor technology<br />

provides the physician<br />

with the precise location<br />

and shape information of<br />

the catheter throughout<br />

the navigation and biopsy<br />

process.<br />

The Ion system easily<br />

integrate into existing lung<br />

nodule biopsy workflows,<br />

as well as existing imaging<br />

technology, including<br />

fluoroscopy, radialendobronchial<br />

ultrasound, and<br />

cone-beam CT.<br />

Bone loss<br />

treatment device<br />

gets approvals<br />

NuVasive received 510(k)<br />

clearance from the US FDA<br />

as well as European CE mark<br />

approval for its Precice Bone<br />

Transport System for use in<br />

segmental bone loss treatment<br />

in the tibia and femur resulting<br />

from trauma or infection.<br />

The Precice Bone<br />

Transport System includes<br />

an implantable, magnetic<br />

intramedullary nail with a dual<br />

slot designed to support the<br />

transport of an intercalary<br />

bone segment to facilitate<br />

healthy regeneration. Following<br />

implantation, an external<br />

remote controller is used<br />

to precisely move the bone<br />

segment up to 10 centimetres<br />

based on the specific needs of<br />

each patient.<br />

It provides an all-internal<br />

solution compared to<br />

traditional external fixation<br />

systems which require patients<br />

to wear an external device for<br />

an extended period of time,<br />

with the potential for increased<br />

pain and risk of infection.<br />

Indications for the Precice<br />

Bone Transport System include<br />

treatment of acute bone<br />

defects up to 10 centimeters.<br />

The stainless-steel device<br />

provides the strength and<br />

stability needed to treat more<br />

complex segmental defects<br />

due to trauma or infection<br />

including infected non-unions,<br />

segmental defect and chronic<br />

bone infections.<br />

Neuromodulator<br />

to treat bladder<br />

wins CE mark<br />

S<br />

timRouter Neuromodulation<br />

System developed by<br />

Bioness has received CE Mark<br />

Approval in Europe for the<br />

treatment of overactive bladder<br />

(OAB).<br />

In the US, the StimRouter<br />

currently has FDA approval for<br />

the treatment of chronic pain<br />

of a peripheral nerve origin as<br />

US FDA clears DR 800 imaging system<br />

Agfa NV has received FDA<br />

510(k) clearance for its DR 800<br />

multipurpose imaging system with<br />

tomosynthesis.<br />

Tomosynthesis is used to synthesize<br />

tomographic slices from a single<br />

tomographic sweep.<br />

The DR 800 includes Agfa’s<br />

tomosynthesis algorithms for iterative<br />

reconstruction, which deliver images<br />

with less noise and fewer artefacts.<br />

These algorithms also enable faster<br />

image reconstruction overcoming the<br />

usual slow iterative reconstruction<br />

process.<br />

The DR 800 comes standard with<br />

Dynamic MUSICA, for both static and<br />

dynamic images. This image processing<br />

software enhances noise suppression,<br />

offers superb brightness control, reduces<br />

veiling glare, and plays a significant role<br />

in enabling potential dose reduction.<br />

The MUSICA Digital TomoSynthesis<br />

software powers the tomosynthesis<br />

reconstruction, automatically<br />

presenting images with<br />

optimal contrast<br />

and providing<br />

consistent image<br />

quality across the<br />

individual slices and<br />

images.<br />

<strong>March</strong> <strong>2019</strong> / FUTURE MEDICINE / 71

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