Location History:
- Palmerston North, NZ (2009)
- Ashhurst, NZ (2015)
Company Filing History:
2 out of 31 
2 out of 55 
Years Active: 2009-2015
Title: The Innovations of Igor Kardailsky: Pioneering Plant Flowering Control
Introduction
Igor Kardailsky, residing in Ashhurst, New Zealand, is a notable inventor in the field of plant biology, specifically focusing on the mechanisms of flowering in plants. With a total of two patents to his name, his innovative work has contributed significantly to agricultural science, providing novel approaches to control the flowering process in plants.
Latest Patents
Kardailsky's latest patents demonstrate his expertise in genetic modifications aimed at influencing flowering in plants. His first patent, titled "Flowering Inhibition," addresses nucleic acids and their encoding amino acid sequences for proteins that control flowering. This invention is significant as it enables the inhibition of flowering, particularly by manipulating the FLOWERING LOCUS T (FT), TERMINAL FLOWER (TFL), GIGANTEA (GI), and SHORT VEGETATIVE PHASE (SVP) polypeptides.
The second patent, "Flowering Induction," complements his prior work by focusing on the nucleic acids related to the induction of flowering. This patent specifically delves into the mechanisms governed by FLOWERING LOCUS T (FT) polypeptides, providing further tools for agricultural applications.
Career Highlights
Throughout his career, Igor Kardailsky has collaborated with esteemed organizations such as Agresearch Limited and Agricultural Victoria Services Pty Ltd. These affiliations have allowed him to engage in groundbreaking research and development in his field, facilitating advancements in plant science and agricultural productivity.
Collaborations
Kardailsky has worked alongside talented colleagues, including Bruce Edward Veit and Natasha Talei Forester. These collaborations brought diverse expertise and insights, likely enhancing the innovative quality of Kardailsky's research and inventions.
Conclusion
Igor Kardailsky's contributions to the science of flowering control usher in new possibilities for agricultural enhancement. His inventions in nucleic acid technology not only promote a deeper understanding of plant biology but also offer practical solutions to challenges faced in modern agriculture. As he continues his work, the impact of his innovations is poised to grow, potentially benefiting the agricultural sector significantly.