Hrair Kirakosssian

Title: **Hrair Kirakosssian - Innovator in Molecular Complex Detection**

Introduction

Hrair Kirakosssian, an accomplished inventor based in San Jose, California, has made significant contributions to the field of molecular biology. With a focus on innovative methods for detecting molecular complexes, particularly proteins, his work is pivotal for advancements in biochemical research and applications.

Latest Patents

Hrair Kirakosssian holds a patent for a method titled "Detecting and profiling molecular complexes." This groundbreaking invention provides methods for detecting the formation of complexes of molecules, especially proteins, in samples like cell or tissue lysates. The patented technique employs a cleaving probe specific to a first protein in a complex, alongside binding compounds that target one or more second proteins. Upon binding, the cleaving probe generates an active species, such as singlet oxygen, which selectively cleaves molecular tags attached to the binding compounds in the immediate vicinity of the probe. This innovative approach allows for the separation and analysis of released molecular tags, yielding a readout that indicates the number and types of proteins present in a complex.

Career Highlights

Hrair Kirakosssian is associated with Monogram Biosciences, Inc., where he contributes his expertise to the development of advanced molecular detection technologies. His work is supported by a collaborative and dynamic team environment, enabling impactful research and innovation.

Collaborations

Within Monogram Biosciences, Hrair collaborates with notable colleagues, including Po-Ying Chan-Hui and Sharat Singh. Together, they work on pioneering projects that push the boundaries of what is possible in molecular detection and profiling.

Conclusion

Hrair Kirakosssian's innovative work in molecular complex detection exemplifies the profound impact that dedicated inventors can have on the scientific community. His contributions not only enhance our understanding of molecular interactions but also pave the way for future breakthroughs in various applications within molecular biology and medicine.