Maryland R&D Tax Credit Filing Instructions
To claim the Research and Development (R&D) tax credit in Maryland, businesses must first apply to the Maryland Department of Commerce. This application, which is typically an online submission, must be made by November 15th of the calendar year following the tax year in which the R&D expenses were incurred. The Department of Commerce reviews these applications and issues a tax credit certificate with the approved amount by February 15th of the subsequent calendar year.
Once the certification is received, businesses can then claim the credit on their Maryland income tax return. For individuals, this is done by completing Part D of Form 502CR, Income Tax Credits for Individuals, and attaching it to their Maryland income tax return (Form 502). Businesses will report the credit on their respective Maryland income tax forms (e.g., Form 502 for individuals, Form 505 for pass-through entities, or Form 515 for corporations). A copy of the tax credit certificate issued by the Department of Commerce must be attached to the tax return to substantiate the claim. If the credit exceeds the tax liability, unused portions may be carried forward, and for small businesses, certain credits can be refundable.
Maryland Patent of the Year – 2024/2025
Sonavex Inc. has been awarded the 2024/2025 Patent of the Year for their innovative ultrasound-detectable medical device. Their invention, detailed in U.S. Patent No. 11858181, titled ‘Microcavity-containing polymeric medical devices for enhanced ultrasonic echogenicity’, this invention introduces a novel approach to improving the visibility of medical implants during ultrasound imaging.
The patented device features a polymeric structure with microcavities dispersed within its core. These microcavities reflect ultrasonic signals, enhancing the device’s echogenicity and making it more visible on ultrasound scans. This design addresses the challenge of poor visibility of certain medical implants, such as markers or catheters, which can complicate procedures and follow-up care.
By incorporating microcavities, the device ensures strong image contrast throughout its entire cross-section, regardless of the angle of the ultrasound beam. This robust visibility is crucial for accurate placement and monitoring of medical implants, potentially reducing complications and improving patient outcomes.
Manufactured using resorbable polymers, the device is designed to safely degrade within the body over time, minimizing the need for surgical removal. This innovation marks a significant advancement in medical device technology, offering a practical solution to enhance the effectiveness of ultrasound-guided procedures.