Maritza Lavernia

Title: **Maritza Lavernia: Innovator in Hematology Technology**

Introduction

Maritza Lavernia is a notable inventor based in Miami, Florida, specializing in advancements within the field of hematology. With two patents to her name, Lavernia has made significant contributions to the measurement of hemoglobin concentrations and platelet analysis, which are crucial for blood diagnostics.

Latest Patents

Lavernia's key inventions include the "Method of correction of particle interference to hemoglobin measurement" and the "Method and apparatus for performing platelet measurement."

The first patent addresses the challenges associated with measuring hemoglobin concentration in blood samples. This method involves mixing a blood sample with a lytic reagent to lyse red blood cells, measuring absorbance at a predetermined wavelength, and then correcting the apparent hemoglobin concentration by accounting for cellular particles still remaining in the sample. This correction leads to more accurate hemoglobin measurements critical for patient care.

Her second patent introduces a hematology instrument system designed to differentiate platelets from red blood cells and other particles. This innovative instrument utilizes an optical trigger along with an RF unit to collect essential data, enhancing the accuracy of platelet measurements that are vital in diagnosing various health conditions.

Career Highlights

Maritza Lavernia is currently associated with Beckman Coulter, Inc., a leading company in laboratory diagnostics. Her expertise in hematology has played a crucial role in the development of technologies that assist healthcare professionals in delivering accurate blood diagnostics.

Collaborations

Throughout her career, Lavernia has collaborated with talented individuals such as Shuliang Zhang and Jiuliu Lu. These partnerships have significantly enriched her research and contributed to the advancement of hematological instruments and solutions.

Conclusion

Maritza Lavernia's work exemplifies innovation in medical technology, particularly in hematology. Her inventions not only enhance the accuracy and efficiency of blood measurements but also contribute significantly to patient diagnostics and care. As the field of hematology continues to evolve, Lavernia's contributions will likely have a lasting impact on how blood conditions are diagnosed and treated.