Prof. Abbehausen, Gremmlenz and Bioinorganic Chemistry

Established in 2015 under the leadership of Professor Camilla Abbehausen at the Institute of Chemistry, University of Campinas, Brazil, the Gremmlenz group (Group of Studies of Metallodrugs and Metalloenzymes) stands at the forefront of bioinorganic chemistry research.

Our primary mission is to unravel the complexities of metal coordination and organometallic compounds within biological systems, emphasizing compounds that show potential for medicinal applications. A central aspect of our investigations involves understanding how ligands influence the biological responses of these compounds.

Within the expansive scope of our research, we delve into the structure and function of metalloenzymes and metalloproteins, exploring intriguing entities such as zinc finger domains and metallo-beta-lactamases, and discovering novel applications in medicinal chemistry.

Our research group comprises a diverse team, including undergraduate students commencing their scientific journeys, master’s students expanding their knowledge, Ph.D. students leading projects and contributing to scientific advancements and post-doctoral fellows. Additionally, our collaborative efforts involve experts from various fields, enriching our collective experience and fostering interdisciplinary insights.

If you are interested in knowing more about the specific projects, please click the link below and explore further our work: [Link to Projects Page]. Together, we strive to advance the frontiers of bioinorganic chemistry and contribute meaningfully to the ever-evolving landscape of scientific discovery.

Institute of Chemistry at the University of Campinas

The University of Campinas (UNICAMP) takes pride in its Institute of Chemistry, a hub of academic excellence and scientific innovation. Established in 1967, the institute has evolved into a cutting-edge facility encompassing approximately 32,000 m² of space, dedicated to education, research, and technological advancements.

Initially launching undergraduate classes in 1968, the institute swiftly progressed, assembling its first research laboratory in 1969 and fully establishing itself in a dedicated building by 1971. Today, its sprawling campus includes 2100 m² of teaching laboratories, 7,100 m² of research laboratories, 2,000 m² of instrument rooms, 1,500 m² of workshops and warehouse, and a 1,320 m² library. This vast infrastructure provides students and researchers with state-of-the-art facilities to pursue their academic and scientific endeavors.

Over the years, the Institute of Chemistry has played a pivotal role in shaping the careers of over 2,640 bachelor’s degree holders. Furthermore, it has witnessed the successful defense of more than 2,300 master’s and doctoral theses, a testament to its commitment to advanced education and research.

The institute boasts an impressive array of large-size instruments, including advanced spectrophotometers, chromatographs, mass spectrometers, and electron microscopes, facilitating groundbreaking research across various disciplines. These instruments are integral to the diverse research lines pursued at the institute, ranging from Sol-Gel Synthesis to Energetic Connections, Bio-organic chemistry to Environmental Chemistry.

The Institute’s library stands as a treasure trove of knowledge, housing around 14,000 volumes of books, 2,700 serial publications, and a vast collection of theses and materials in electronic format. The commitment to research is further demonstrated by the publication of approximately 3,500 articles in national and international scientific journals, alongside the presentation of around 8,000 works at scientific meetings worldwide.

With 84 full-time professors, including eight volunteer collaborators, the Institute of Chemistry boasts a robust academic faculty. These dedicated professionals, holding at least a Doctorate in Sciences, contribute to the institute’s reputation as a center of academic excellence.

The institute’s commitment to practical application is evident through initiatives like the All Química Consultoria Júnior. This non-profit entity, managed by undergraduate students, provides consultancy services to micro, small, and medium-sized companies, fostering a connection between academia and the professional world.

Additionally, the Analytical Central, equipped to provide a wide range of services, collaborates with institutions such as the National Oil Agency for automotive fuel quality control, showcasing the institute’s impact on industry standards.

In terms of academic offerings, the Institute of Chemistry provides two Chemistry Courses. The day-time Chemistry Course prepares students for careers in higher education, research, and development, while the night-time Chemistry Course, with a technological focus, caters to those aspiring to engage in industrial activities.

The Institute of Chemistry at UNICAMP stands as a beacon of scientific advancement, fostering education, research, and collaboration at the forefront of chemical sciences.

Text by: Institute of Chemistry