Founded December 2018
Stage Technology development
Investor Trendlines Medical Singapore
Contact Product Manager, Sean Abdullah
Medulla Pro offers the world’s first real-time needle ultrasound-guided device that is accurate, easy to use, and safe. It drastically eliminates the traumatic incidents for the patients and cut down the procedural time significantly
The simple and practical device explores unique ultrasound deflection methodology for real-time, calibrated, accurate needle entry into the lumbar. It enhances the experience of the patient undergoing the procedure and improves the confidence of clinicians administering it.
Medulla Pro is developing the system in partnership with clinical advisors from the National Healthcare Group (one of the major health care clusters in Singapore) and Trendlines Labs.
PCT examination completed, currently undergoing National phase examination in four jurisdictions (Singapore, United States, Europe, and China).
Medical Device business developer with over 8 years’ experience in healthcare and medical device product sales, services, marketing & development.
Design engineer with 22+ years’ experience in application process development, robust product designing in various engineering and management functions.
Head & Senior Consultant, Dept. of Anesthesia, Khoo Teck Puat Hospital
Speciality: Anaesthesiology
Credentials: MBBS (SG), MMed (Anaes)(SG), FAMS (Anaes), EDRA (Europe), DFD (CAW)
Consultant, Dept of Haematology, Tan Tock Seng Hospital
Speciality: Haematology
Credentials: MBBS, MRCP (UK), MMED ( SG), DFD (CAW)
Lumbar puncture is a well-established procedure. To date, physicians have relied on palpation and “blind” lumbar puncture, resulting in a high procedural failure rate of 20%–35% [1]. Failure rates are significantly higher in difficult cases, such as obese patients and those with spinal deformities.
Ultrasound guidance is known to facilitate the performance of lumbar punctures by increasing success rates, decreasing needle redirections and traumatic taps, and shortening procedure time. However, existing ultrasound probes are less than optimal as they prevent direct needle-in-plane entry.
Sources
[1] Yu, S., Chen, M., & Johnson, A. (2009). Factors Associated with Traumatic Fluoroscopy-Guided Lumbar Punctures: A
Retrospective Review. American Journal of Neuroradiology, 30(3), 512-515. doi:10.3174/ajnr.a1420
