Clear plastic cerebral manifolds. A replacement for opaque three-way stopcocks

Area of Science:

• Cardiovascular Surgery
• Neurology
• Medical Device Innovation

Background:

• Cerebral angiography is crucial for diagnosing cerebrovascular diseases.
• Identifying embolic particles during angiography is critical for patient safety.
• Current angiography procedures can be time-consuming and complex.

Purpose of the Study:

• To present a modified Morse coronary manifold designed for enhanced cerebral angiography.
• To improve the identification of foreign particles that may cause emboli.
• To streamline the angiography procedure through simplified irrigation and injector reloading.

Main Methods:

• Modification of a standard Morse coronary manifold.
• Integration of features for easier foreign particle visualization.
• Streamlining irrigation and injector system for rapid exchange.

Main Results:

• The modified manifold facilitates clearer identification of particulate contaminants.
• Procedure time is reduced due to simplified irrigation and injector reloading.
• Enhanced safety by enabling earlier detection of potential emboli.

Conclusions:

• The modified Morse coronary manifold offers significant advantages for cerebral angiography.
• This device enhances procedural efficiency and patient safety in neurovascular imaging.
• Further adoption of this modified manifold could improve outcomes in cerebral angiography procedures.