Company Filing History:
Years Active: 2008
Title: Innovator Gunjan Pramod Pathak: Pioneering Advances in Tramadol Recovery
Introduction: Gunjan Pramod Pathak, an inventive spirit hailing from Madhya Pradesh, India, has made significant strides in the pharmaceutical industry with her groundbreaking patent focused on the recovery process of tramadol. Her work showcases innovative thinking and contributes to advancements in medicinal chemistry.
Latest Patents: Gunjan Pathak holds a notable patent titled "Tramadol recovery process." This innovative process involves the resolution of isomeric tramadol mixtures by providing a purification stock that includes both cis and trans tramadol. The method further entails contacting the stock with an acid to form acid salts of both forms and successfully separating the cis tramadol acid salt from the trans tramadol. Through this process, she has made strides in obtaining a purified cis tramadol acid salt, which can be further converted into pharmaceutically active forms.
Career Highlights: Gunjan currently works at Ipac Laboratories Limited, a company committed to pharmaceutical innovations. Her role there has allowed her to apply her expertise in medicinal chemistry to develop practical applications that benefit the pharmaceutical field. Pathak’s unique approaches to solving complex problems in drug formulation demonstrate her exceptional capabilities as an inventor.
Collaborations: Throughout her career, Gunjan has collaborated with industry professionals like Ashok Kumar and Suneel Yeshwant Dike. These partnerships have helped foster an environment of shared knowledge and innovation, further advancing the research and development projects they undertake.
Conclusion: Gunjan Pramod Pathak stands out as a remarkable inventor whose contributions to the pharmaceutical industry highlight the importance of innovation in drug recovery processes. Her dedication to research and collaboration reflects her commitment to improving healthcare outcomes through scientific advancements. The impact of her work continues to resonate within the industry, taking significant steps toward enhancing the efficiency of tramadol recovery.