Company Filing History:
Years Active: 2005
Title: The Innovations of Andrew William Robinson in Peptide Identification
Introduction: Andrew William Robinson, an accomplished inventor based in Saskatoon, Canada, has made significant strides in the field of mass spectrometry with his innovative patent. His work holds the potential to advance the efficiency of peptide identification, an area crucial in various biological research applications.
Latest Patents: Robinson holds a patent for an "Automated Identification of Peptides." This invention presents a fully automated method for interpreting data derived from mass spectrometry to identify and characterize peptide sequences. The automated process eliminates the reliance on skilled observers, streamlining the identification of corresponding peptide sequences within a database. With the ability to map mass spectral data to sequences accurately, his invention can also identify mutations, errors, and post-translational modifications, thus enhancing the overall reliability of peptide analysis.
Career Highlights: Robinson's career in scientific innovation has culminated in this groundbreaking patent, which showcases his dedication to advancing technology in the biomedical field. His role at Oxford Glycosciences (UK) Ltd has provided him with a robust platform to develop and implement his ideas, significantly impacting research methodologies.
Collaborations: Throughout his career, Andrew has had the privilege of collaborating with prominent professionals in his field, notably with Robert Reid Townsend. Together, they contribute to pushing the boundaries of scientific knowledge and enhancing the capabilities of peptide analysis techniques.
Conclusion: Andrew William Robinson's contributions to peptide identification through his patent represent a pivotal advancement in the life sciences. His work not only showcases his ingenuity as an inventor but also highlights the importance of collaboration in innovation. As research in this area continues to evolve, Robinson's contributions will undoubtedly impact future developments in peptide research and identification.