Oilda Rubio

Title: Oilda Rubio: Pioneering Advances in Cell Identification

Introduction

Oilda Rubio, based in Miami, Florida, is an accomplished inventor known for her significant contributions to the field of hematological disease diagnostics. With three patents to her name, Oilda has developed innovative methods that substantially enhance the identification and enumeration of diverse cell populations.

Latest Patents

Oilda Rubio’s latest patents showcase her expertise in creating advanced methodologies for cell analysis. Her prominent inventions include:

1. **Method for a fully automated monoclonal antibody-based extended differential** - This method employs various compositions, including a combination of selected antibodies and fluorescent dyes. It facilitates the differential identification of cells by establishing a new fluorescent footprint, thus allowing for the recognition of additional cell populations in hematological diseases.

2. **Method for the enumeration of cell populations in a biological sample** - This automated method accelerates the identification process by binding antibodies to antigenic determinants on leukocytes and non-leukocytes. The process includes reacting a single sample mixture with fluorochrome-labeled antibodies and employing a lytic system that selectively manages red blood cells, while preserving leukocytes for accurate detection.

Career Highlights

Oilda Rubio is currently employed at Beckman Coulter, Inc., where she continues to push the boundaries of innovation in laboratory diagnostics. Her profound understanding of immunology and cell biology has led to the successful development of methods that offer deeper insights into cellular behaviors and diseases.

Collaborations

Oilda has worked alongside notable colleagues, including Ronald D. Paul and Diana B. Careaga. Their collaboration underscores the importance of teamwork in driving forward complex scientific endeavors, enhancing the capabilities and potential of their research outcomes.

Conclusion

Oilda Rubio’s contributions to the scientific community exemplify her dedication to improving diagnostic methods. Through her innovative patents and collaborative efforts, she continues to make strides in the field of hematology, ultimately aiding in the better understanding and treatment of blood-related diseases.