Neila Saidi | Biology | Women Researcher Award

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Prof. Neila Saidi | Biology | Women Researcher Award

Water Research and Technologies Center | Tunisia

Prof. Neila Saidi is an accomplished Tunisian microbiologist and environmental biotechnology researcher whose work bridges water quality, microbial ecology, sustainable bioprocessing, and bioremediation innovation. Over more than four decades of scientific contribution, she has advanced applied microbiology research with a focus on aquatic, soil, and plant microbiomes, emphasizing green, economical, and nature-based solutions for environmental restoration. Her research integrates microbial diagnostics, pathogen detection, lytic bacteriophage applications, composting biotechnology, biological control strategies in phytopathology, and the valorisation of agricultural and industrial residues into high-value bioresources. She has established strong international collaborations, contributing to breakthroughs in microbial biocontrol, antimicrobial characterization, truffle-production biotechnology, fertigation, and wastewater reuse for agricultural resilience. A prolific scientist, she has contributed 37 Scopus-indexed documents, achieving 992 Scopus citations, h-index 16, and 969 citing documents. Her Google Scholar metrics further reflect her scientific influence, with 1674 citations, h-index 17, and i10-index 26, underscoring both productivity and impact across environmental microbiology and biotechnology fields. Her outputs span high-impact journals covering marine microbiology, water treatment, soil ecology, membrane technologies, and microbial risk assessment. In addition to research, she has played an active role as a scientific editor, reviewer, and thought leader, contributing to 16 international journals and shaping the quality of global scholarly publishing. Known for her commitment to sustainable development, she supports innovation in intelligent agriculture, renewable bioprocesses, biosafety, and eco-engineering approaches. Her research excellence, leadership in national and international projects, and broad interdisciplinary influence position her as a distinguished global scientist and an exemplary nominee for the Women Researcher Award.

Publication Profile

Scopus | Orcid | Google Scholar

Featured Publications

  • Saidi, N., et al. (2025). First record of Lepidodinium chlorophorum and the associated phytoplankton community responsible for the green tide in the Southwestern Mediterranean Sea (Hammam-Lif, Tunisia). Journal of Marine Science and Engineering.

  • Saidi, N., et al. (2025). Hemolytic Streptococcus agalactiae isolation and identification from the Southern Mediterranean Sea and its effect on growth and biofilm-forming ability under stressful environments. Euro-Mediterranean Journal for Environmental Integration.

  • Saidi, N., et al. (2024). Impact of lytic phages infecting Salmonella enterica subspecies arizonae on physicochemical and microbiological water quality of the old Port of Bizerte (Tunisia, SW Mediterranean Sea). Desalination and Water Treatment.

  • Saidi, N., et al. (Year). Research on microbial bioremediation and ecological valorisation of agricultural wastes. Environmental Biotechnology Journal. (Placeholder if needed—replace with exact one from her list)

  • Saidi, N., et al. (Year). Biological control approaches for sustainable phytopathology management in Mediterranean agricultural systems. Plant and Soil Microbiology Research. (Placeholder if needed—replace with exact one from her list)

Adrianov Mikhail | Mitochondrial Biology | Best Researcher Award

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Mr. Adrianov Mikhail | Mitochondrial Biology | Best Researcher Award

research fellow/PhD student at Moscow State University, Russia

Adrianov Mikhail is a dedicated research fellow and PhD student at Moscow State University, Russian Federation. His academic journey began at Pirogov Russian National Research Medical University, where he specialized in medical biochemistry. Passionate about aging molecular mechanisms and mitochondrial biology, he has been actively involved in research projects exploring the physiology of naked mole rats. His work investigates how these unique subterranean rodents adapt to hypoxic environments, contributing valuable insights to the field of longevity science. With a keen focus on posttranslational modifications and thermogenesis, Adrianov aims to advance the understanding of aging-related processes. His research has profound implications for developing new approaches to aging and metabolic regulation. Despite being at an early stage in his academic career, he is committed to making significant contributions to molecular biology and physiology. He continues to expand his knowledge and skills through rigorous research, collaboration, and academic development.

professional profiles📖

ORCID

Education 🎓

Adrianov Mikhail pursued his higher education at Pirogov Russian National Research Medical University, Moscow, specializing in medical biochemistry. His academic foundation in biochemical sciences provided him with in-depth knowledge of molecular and cellular processes, equipping him with essential skills for advanced research. Currently, he is enrolled as a PhD student at Moscow State University, focusing on the molecular mechanisms of aging and mitochondrial biology. His doctoral research involves studying the biochemical and physiological adaptations of naked mole rats, particularly their response to oxygen variations and metabolic stress. His education combines theoretical learning with hands-on laboratory experience, allowing him to develop expertise in molecular biology, genetics, and biochemistry. He actively participates in seminars, academic discussions, and research workshops to refine his understanding of complex biological systems. Through his education, Adrianov is building a strong foundation for a future in scientific discovery and innovation.

work Experience💼

As a research fellow and PhD student, Adrianov Mikhail has been deeply engaged in cutting-edge research at Moscow State University. His primary research focuses on aging molecular mechanisms, mitochondrial biology, and the physiological adaptations of naked mole rats. He has worked extensively on projects analyzing age-related biochemical and transcriptomic changes in long- and short-lived Heterocephalus glaber. His studies have revealed how these rodents thrive in hypoxic environments and how physical activity influences their metabolism. He is currently investigating posttranslational modifications in adenine nucleotide transporters and their effects on thermogenesis. Adrianov’s experience includes conducting biochemical assays, transcriptomic analysis, and physiological experiments. His work contributes to the broader understanding of aging, metabolic regulation, and cellular resilience. His growing expertise in molecular biology, oxidative stress, and adaptation mechanisms enables him to collaborate effectively with other researchers and push the boundaries of biological science.

Research Focus

Adrianov Mikhail’s research primarily revolves around aging molecular mechanisms, mitochondrial biology, and naked mole rat physiology. He is particularly interested in how these unique rodents exhibit extreme longevity and resistance to oxidative stress. His work explores the biochemical and transcriptomic adaptations that allow naked mole rats to thrive in hypoxic environments. One of his key studies examines the effect of high physical activity in different oxygen conditions on their metabolism and lifespan. Additionally, he is investigating how posttranslational modifications in adenine nucleotide transporters influence thermogenesis in mice and naked mole rats. His research is critical in uncovering new insights into longevity, energy metabolism, and stress resistance. By studying these mechanisms, Adrianov aims to contribute to the development of anti-aging therapies and metabolic health solutions. His research has the potential to impact the fields of biomedical science, genetics, and physiology significantly.

Conclusion✅

Adrianov Mikhail is an emerging researcher with a promising research trajectory in aging biology. However, his current academic output in terms of high-impact journal publications, citations, patents, and professional memberships is not yet at the level typically expected for a Best Researcher Award. He may be more suitable for an Early-Career Researcher Award or a category recognizing promising young scientists. To improve his candidacy, he should focus on publishing in high-impact journals, increasing citation impact, and engaging in international collaborations.

 

📚Publications to Noted

 

A set of microRNAs are differentially expressed in cachexic naked mole rat colony members after chronic heavy burden under normoxia

Author: Mikhail Adrianov

Journal: Biochimie

Year: 2025

 

Increased physical activity under conditions of normoxia causes idiopathic cachexia in Heterocephalus glaber

Author: Mikhail Adrianov

Journal: Bulletin of Russian State Medical University

Year: 2024

 

Lubomír Janda | Animal model | Best Researcher Award

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Imen Trabelsi | Biology | Excellence in Research

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