Dr. Heni Hitaj
Heni Hitaj is a PhD student and Researcher in Prof. Margarete Baier’s lab (Baier Group) at the Freie University in Berlin, Germany. Hitaji's research explores how plants counteract photooxidative stress induced by reactive oxygen species (ROS) in chloroplasts, with the aim to enhance the understanding of plant stress responses and resilience to environmental changes.
- Please tell us about yourself and your research/institution.
My name is Heni Hitaj and I am doing my PhD at the Freie University in Berlin, specializing in antioxidative defense systems in plants. My research focuses on unraveling the mechanisms by which plants mitigate photooxidative stress caused by reactive oxygen species (ROS) in chloroplasts. Understanding these processes is crucial for optimizing plant stress responses and improving resilience to environmental fluctuations. We aim to provide a comprehensive understanding of thylakoid membrane dynamics and the regulatory role of tAPX, shedding light on how plants fine-tune their antioxidant defenses against photooxidative damage.
- What motivated you to get into plant science?
Being an up-and-comer from the new generation of plant scientists, I am acutely aware of the urgent challenges our crops face today. Climate change, extreme weather, and environmental stressors are no longer distant threats—they are happening right now, impacting global food security and pushing plants to their limits. Seeing these issues unfold, I knew I wanted to make a difference and be part of the solution. I’ve always been fascinated by how plants, despite being rooted in place, have evolved sophisticated defense mechanisms to survive harsh conditions. Unlike animals, they can’t escape threats—they must adapt. This resilience, especially in response to oxidative stress and reactive oxygen species (ROS), inspired me to focus my research on antioxidative defense systems. If we can better understand how plants protect themselves at the cellular level, we can engineer stronger, more resilient crops capable of withstanding the unpredictable climate.
- How have you used (Agrisera) antibodies in your research?
I use Agrisera antibodies routinely in my current research projects to characterize the dynamics of new protein candidates, particularly in understanding their abundance, localization, and interactions. For example, I apply these antibodies in Co-Immunoprecipitation (Co-IP) experiments to identify potential interaction partners of key proteins involved in oxidative stress regulation. Across all the different research groups I’ve been a part of, Agrisera has become a household name for antibody selection. Whenever I’m designing an experiment, I always check if Agrisera has a relevant antibody before considering alternatives. Their products have become my go-to choice for high-quality, dependable reagents.
- Any further comments?
It is always a pleasure meeting Joanna at conferences. I have always been a fan of Agrisera, and having the opportunity to speak with her gave me valuable insight into how the company operates and the passion that goes into developing high-quality antibodies. It’s inspiring to see the dedication behind the products that so many researchers, including myself, rely on for our work.
Links
• Baier Group, Freie Universität Berlin
• Agrisera antibodies to environmental stress
- Any further comments?
It is always a pleasure meeting Joanna at conferences. I have always been a fan of Agrisera, and having the opportunity to speak with her gave me valuable insight into how the company operates and the passion that goes into developing high-quality antibodies. It’s inspiring to see the dedication behind the products that so many researchers, including myself, rely on for our work.
Links
• Baier Group, Freie Universität Berlin
• Agrisera antibodies to environmental stress