Company Filing History:
Years Active: 2001-2004
Title: Celebrating the Innovations of Ann K. Gore in Avian Biology
Introduction
Ann K. Gore, a remarkable inventor based in Clayton, NC, has made significant contributions to the field of avian biology through her innovative methodologies. With a total of three patents to her name, she has developed groundbreaking techniques that enhance the understanding and care of avian eggs.
Latest Patents
One of Ann's latest patents focuses on a "Method for Localizing Allantoic Fluid of Avian Eggs." This invention describes methods for pooling or localizing the allantoic fluid present in avian shell eggs, enabling scientists and researchers to sample, assess, or inject the fluid. The technique involves tilting the avian shell egg to a specific angle, allowing the allantois to pool under the uppermost portion of the egg shell. This innovative approach facilitates the sampling of allantoic fluid or the injection of substances through a vertical needle or probe.
Career Highlights
Throughout her career, Ann K. Gore has dedicated herself to advancing the science of avian biology. Her work at Embrex, Inc. has allowed her to collaborate with leading professionals in the field, focus on innovative solutions for avian reproduction, and contribute to best practices for egg handling and assessment. Ann's patents demonstrate her ability to translate complex biological concepts into practical applications that can benefit both research and industry.
Collaborations
Ann works closely with her colleague, Thomas E. Bryan, fostering a collaborative environment that pushes the boundaries of avian research. Together, they explore new methods and techniques that streamline egg management processes and enhance the overall understanding of avian reproductive biology.
Conclusion
Ann K. Gore's contributions to avian biology through her innovative patents and methodologies are commendable. As an influential inventor, she continues to inspire others in the field of avian science, making substantial impacts on research and practical applications alike. Her work exemplifies the transformative power of innovation in addressing complex biological challenges.