Minhaz Uddin Ahmed is a notable inventor based in Jalan, Brunei. He has made significant strides in the field of electrochemiluminescence and immunosensors, holding a total of three patents that showcase his innovative approaches to DNA detection and protein analysis. His work exemplifies the blend of science and technology, providing solutions for sensitive detection in biological samples.

Latest Patents

One of Ahmed's most recent patents is a "System and method for immobilization free electrochemiluminescence DNA detection using a luminophore dye for multi-species detection." This invention introduces a novel method for detecting and quantifying target DNA from biological samples. By utilizing loop-mediated isothermal amplification (LAMP) coupled with electrochemiluminescence (ECL) techniques, the method achieves highly sensitive detection of specific DNA sequences at picogram levels. Notably, it can detect pork DNA at concentrations as low as 1 pg/μL, showcasing its potential for various applications in food safety and biomedicine.

Another significant patent is the "Electrochemical immunosensor and method of use for analyte detection." This innovation features a carbon nanofiber-based, label-free electrochemical immunosensor designed for the sensitive detection of proteins in fluids. The sensor employs a modified carbon nano-fiber screen printed electrode (CNF-SPE) activated by EDC/NHS, allowing for precise protein detection with a lower limit of 1 pg/ml. This technology is particularly relevant for applications involving hormone detection, such as rbST.

Career Highlights

Minhaz Uddin Ahmed is affiliated with Universiti Brunei Darussalam, where he engages in pioneering research and development in the field of electrochemistry. His innovative work contributes to the academic community, providing new tools and methodologies that can enhance detection capabilities in various scientific domains.

Collaborations

Throughout his career, Ahmed has collaborated with notable colleagues such as Sharmili Roy and Syazana Abdullah Lim. These collaborations harness diverse skills and expertise, further driving innovation and advancing research in their shared fields of interest.

Conclusion

Minhaz Uddin Ahmed's contributions to the fields of electrochemiluminescence and immunosensors highlight the impact of innovative research on practical applications. With his patents providing valuable methods for detecting DNA and proteins at extremely low levels, Ahmed's work continues to shape advancements in scientific research and technology. His collaborations and ongoing projects ensure that he remains a prominent figure in the landscape of contemporary invention and innovation.

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