Healthcare Professionals

MVP Micro Vascular Plug System

Peripheral Embolization

  • MVP Micro Vascular Plug System

Overview

The first plug deliverable through a microcatheter*, the MVP™ micro vascular plug system redefines treatment for the mechanical embolization of peripheral vasculature. This innovative solution smoothly navigates even tortuous anatomy and enables rapid occlusion with a single device.1

INDICATIONS

The MVP micro vascular plug system is indicated to obstruct or reduce the rate of blood flow in the peripheral vasculature.

PRODUCT DETAILS

The MVP micro vascular plug system offers several clinically relevant features to support immediate vessel occlusion1 in a variety of applications.   

  • Enables the treatment of distal, super-selective vessels as small as 1.5mm1
  • MVP 3Q and MVP 5Q devices are compatible with microcatheters1
  • PTFE-covered nitinol plug leads to rapid occlusion1
  • Allows for pre-detachment angiography to determine desired placement
  • Fully re-sheathable after partial or complete deployment, ensuring optimal placement1†
  • Fast, reliable detachment1

Product Overview Animation

Watch how the MVP Micro Vascular Plug System works to occlude a targeted vessel with a singular device.
More information (see more)Less information (see less)

CASE REPORTS

The following case report synopses demonstrate the effective use of the MVP system for different indications.

  • Proximal embolization was performed on a 33-year-old man with a grade III splenic laceration after trauma (A). The MVP-7Q plug was deployed and demonstrated markedly decreased but persistent flow through the splenic artery (B). Two minutes later, images showed complete embolization with reflux of contrast into the left gastric artery (C).2
Images courtesy of Gary P. Siskin, M.D., Albany Medical Center, Albany, New York.

Images courtesy of Gary P. Siskin, M.D., Albany Medical Center, Albany, New York.

  • Radio embolization was recommended for a 64-year-old man with a metastatic neuroendocrine tumor (A). Mapping angiography showed that the right gastric artery and the gastroduodenal artery (GDA) were in close proximity to the anticipated catheter position (B). The former was embolized with multiple Concerto™ Detachable Coil Systems (C). The GDA was embolized with an MVP-5Q plug after a contrast injection confirmed that it was positioned at the origin of the GDA (D). Imaging showed complete occlusion of both arteries.2
Images courtesy of Gary P. Siskin, MD, Albany Medical Center, Albany, New York.

Images courtesy of Gary P. Siskin, M.D., Albany Medical Center, Albany, New York.

MANUALS AND TECHNICAL GUIDES

The technical manual includes indications, warnings, precautions, MRI information, and directions for use. Find it in the product labeling supplied with each device or call Medtronic at +1 763-526-7890.

POTENTIAL ADVERSE EVENTS

Potential adverse events that may occur during or after a procedure placing this device include but are not limited to:

  • Air embolus
  • Allergic reaction/toxic effects
  • Bleeding
  • Death
  • Device migration
  • Fever
  • Foreign material embolic event
  • Hemolysis
  • Infection
  • Occlusion of unintended vessel
  • Peripheral embolism
  • Recanalization
  • Residual flow
  • Stroke/TIA
  • Surgical intervention
  • Vascular access site complication
  • Vessel trauma/perforation

Model Specifications

Reference Number

Target Vessel Diameter (mm)

Unconstrained Device Length (mm)

Maximum Device Constrained Length** (mm)

Unconstrained Device Diameter (mm)

Minimum Recommended: Microcatheter ID /Catheter OD

MVP-3Q

1.5 – 3.0

12

14.5

5.3

0.021 in (ID)

MVP-5Q

3.0 – 5.0

12

15.3

6.5

0.027 in (ID)

MVP-7Q

5.0 – 7.0

16

18.4

9.2

4 Fr (OD)

MVP-9Q

7.0 – 9.0

18

23.4

13.0

5 Fr (OD)

**Maximum constrained length in target vessel diameter range.

*

Compatible with the MVP 3Q and MVP 5Q sizes

†

Maximum up to 3 times

1

Data on file at Medtronic.

2

Anuj Malhorta, MD, and Gary P. Siskin, MD, “The MVPTM MicroVascular Plug: A valuable addition to the armamentarium for peripheral embolization.” EndoVascular Today Insert, VOL. 15, NO. 4 APRIL 2016, pp 75-79.