Mark Fasciano

Title: Mark Fasciano: Innovator in Automated Tissue Sectioning

Introduction

Mark Fasciano is a notable inventor based in Port Washington, NY, who has made significant contributions to the field of automated tissue sectioning. With a remarkable portfolio of five patents, Fasciano is recognized for his innovative solutions that enhance efficiency in laboratory processes.

Latest Patents

Fasciano's latest patents include two groundbreaking inventions. The first is an "Automated system and method for advancing tape to transport cut tissue sections." This invention features an automated tape transfer apparatus equipped with a tape feed mechanism that allows for precise application of adhesive tape to sample blocks. Following the cutting process, the sample sections adhere securely to the tape, facilitating further analysis.

The second patent, "Automated tissue sectioning and storage system," describes a method and apparatus designed to automatically transfer sections from sample blocks to tape. Additionally, it includes a tissue storage system that maintains cut sections, along with a digital repository for storing photographs and relevant data during the transfer process. This innovation effectively establishes a comprehensive tissue and data repository for future research applications.

Career Highlights

Throughout his career, Mark Fasciano has worked with several influential companies, including Clarapath, Inc. and Stay Awake Inc. His experience in these organizations has bolstered his expertise and contributed to his inventive output in the medical and research fields.

Collaborations

Fasciano has collaborated with talented colleagues, notably Cong Zhang and Partha Pratim Mitra. Their teamwork has fostered an environment of creativity and advancement in their research endeavors, contributing to the innovations in tissue sectioning.

Conclusion

Mark Fasciano's work exemplifies the spirit of innovation within the scientific community. Through his patents and collaborations, he continues to push the boundaries of what's possible in the realm of automated tissue processing, representing a valuable asset to the field of medical research.