Find Academic Supervisors

Claus SchwechheimerView profile

Professor

• Plant Systems Biology
• Plant Hormone Signaling (Auxin, Gibberellin)
• Protein Kinase Regulation
• +3 more

Prof. Dr. Claus Schwechheimer is a Professor of Plant Systems Biology at the Technical University of Munich (TUM), leading the Chair of Plant Systems Biology within the TUM School of Life Sciences. His research focuses on plant growth regulation, particularly auxin and gibberellin signaling pathways, using Arabidopsis thaliana as a model organism. He combines molecular, genetic, and cell biological approaches with proteomics and genomics to study protein degradation and hormone-mediated processes. Key roles include serving as Spokesperson for the DFG Collaborative Research Center 924 (2011–2023) and coordinating DFG Priority Programs. He holds a PhD from the University of East Anglia and postdoctoral experience at Yale University. Notable awards include the Nirit and Michael Shaoul Fellowship (2015) and a DFG research grant (1999–2001). His work involves investigating auxin transport activation by D6PK kinases, gibberellin signaling via B-GATA transcription factors, and proteomic analysis of plant development. The lab collaborates on projects like the Arabidopsis proteome draft and explores applications in crop plants such as barley and tomatoes. Grants include leadership in SFB924 and participation in Priority Programs. The lab hosts junior researchers like Dr. Philipp Denninger and collaborates with international institutions. Research spans plant stress responses, protein localization, and genetic regulation of developmental processes.

Bradford KimView profile

Lecturer

• Ancient Chinese Philosophy
• Ancient Greek and Roman Philosophy
• Ethics
• +8 more

Dr. Bradford Kim is a permanent Lecturer in the Department of Philosophy at the University of Southampton, Faculty of Arts and Humanities. He earned his DPhil in Philosophy from the University of Oxford and has previously taught at Auburn University and the University of Oxford, and was a postdoctoral fellow at the Polonsky Academy for Advanced Study. University: University of Southampton School: Faculty of Arts and Humanities Department: Department of Philosophy Academic Rank: Lecturer Dr. Kim’s research focuses on ancient Chinese and Greek philosophy, particularly ethics, moral psychology, and political philosophy. His work critically examines Aristotelian concepts of friendship, justice, virtue, and self-love, challenging interpretations of altruism and disinterestedness. He also investigates Mohist ethics, analyzing consequentialism, austerity, and the relationship between 'benefit to the world' and 'Heaven’s intent.' His recent publications (2020–2024) reveal a consistent trajectory in the history of philosophy, emphasizing comparative insights between Eastern and Western traditions. He argues against preference-satisfaction readings of later Mohism and challenges altruistic interpretations of Aristotelian friendship, proposing instead a more egoistic foundation rooted in virtuous activity and self-fulfillment. His upcoming book projects include a study on Aristotelian self-love and another on moral standing in Mohist thought. Dr. Kim is currently accepting PhD students, indicating active mentorship and research supervision. His publications appear in leading journals such as British Journal for the History of Philosophy , Dao , Analysis , and Apeiron . Scientific Awards: No scientific awards or fellowships are mentioned in the provided texts. Advising and Grants: Dr. Kim is accepting PhD students, suggesting active involvement in graduate supervision. While no specific grants are listed, his postdoctoral fellowship at the Polonsky Academy indicates prior competitive funding. His research is supported through institutional affiliations and ongoing publication in peer-reviewed venues. Labs and Research Teams: No specific labs, research centers, or collaborative teams are mentioned in the text. However, his interdisciplinary work bridges ancient philosophy, ethics, and comparative thought, suggesting engagement with broader scholarly communities.

• Plant Development
• Shade Avoidance
• Phytochrome Signaling
• +5 more

Diederik Keuskamp is an Assistant Professor in the Experimental and Computational Plant Development group within the Department of Biology at the Faculty of Science, Utrecht University. He also serves as the Phytotron Manager, overseeing critical plant growth facilities for experimental research. His academic appointments show progression from PhD candidate to his current faculty position with additional management responsibilities. Dr. Keuskamp completed his PhD at Plant Ecophysiology, Utrecht University (2006-2011), with a thesis titled 'Shade Avoidance, How auxin controls photoreceptor-mediated shoot elongation.' His academic journey includes postdoctoral positions at Soil Quality (WUR, 2013-2015) and Plant Ecophysiology (UU, 2015-2018), and lecturing at the Institute for Interdisciplinary Studies (UvA, 2011-2013). Keuskamp's research focuses on plant responses to light conditions, particularly shade avoidance mechanisms. His work integrates molecular, physiological, and computational approaches to understand how plants perceive competing light environments. Key areas include phytochrome and cryptochrome signaling pathways, auxin transport dynamics, and hormonal integration during plant development. His fingerprint analysis reveals strong connections to phytochrome biology (100%), shade avoidance (87%), and far-red light responses (77%), indicating a highly specialized research program with ecological relevance. Analysis of Dr. Keuskamp's publication record shows consistent focus on plant photobiology with progression from molecular mechanisms to ecological implications. His early work established foundations in auxin transport (2010) and hormone interactions (2011), while recent publications (2016-2018) demonstrate expansion into computational approaches and wild plant studies, revealing an evolving research program that bridges molecular biology with ecological contexts. As Phytotron Manager since 2018, Dr. Keuskamp provides essential infrastructure for plant growth experiments, supporting numerous research projects requiring controlled environmental conditions. His academic service includes invited talks on shade avoidance mechanisms dating back to 2009, demonstrating sustained expertise in his field.

Etienne FarcotView profile

Associate Professor

• Dynamical Systems
• Mathematical Biology
• Gene Regulatory Networks
• +3 more

Etienne Farcot serves as an Associate Professor in the School of Mathematical Sciences at the University of Nottingham, a position he has held since 2022 after progressing from Assistant Professor (2013-2021). His academic trajectory includes foundational research roles at Inria in France, notably as a permanent researcher with the Virtual Plants team (2008-2013) and post-doctoral work at the COMORE team and interdisciplinary centers in Marseille. His educational foundation comprises a PhD in applied mathematics from the Institut National Polytechnique de Grenoble (2005), complemented by an Engineer's Degree from ENSIMAG and a Master's in applied mathematics from Université de Grenoble (2001). Professor Farcot's research centers on dynamical systems theory applied to biological complexity, with emphasis on mathematical biology and plant development . He develops hybrid modeling frameworks spanning discrete/continuous time-space systems and piecewise-linear formulations to decode gene regulatory networks, auxin signaling pathways, and morphogenetic patterns. Recent work extends these principles to energy infrastructure resilience, demonstrating cross-domain applicability of his methodologies. Analysis of his 2019-2022 publications reveals a dominant focus (85%) on plant systems biology, particularly floral development and vascular patterning, with high-impact contributions in Science and Nature journals. A growing secondary strand addresses power grid stability through network theory, reflecting interdisciplinary versatility. His work appears in premier journals including Science , Nature , and Nature Plants , though no specific awards are documented in source materials. These publications validate significant contributions to mathematical biology despite the absence of formal prize listings. Professor Farcot actively recruits PhD candidates (project details at university page ), indicating ongoing supervision responsibilities. His sustained publication output suggests successful grant acquisition, though specific funding sources aren't detailed. Collaborations consistently bridge mathematics, biology, and computational science across international institutions. Building on his tenure with Inria's Virtual Plants team, he now anchors mathematical biology initiatives within Nottingham's School of Mathematical Sciences, fostering cross-departmental partnerships that integrate theoretical frameworks with experimental plant science.

Magdalena A. Stern-BaczewskaView profile

Senior Lecturer

• Classical Music Performance
• Baroque Music Interpretation
• Piano and Harpsichord Techniques
• +3 more

Magdalena A. Stern-Baczewska is a Senior Lecturer in Music at Columbia University and Director of its Music Performance Program. A renowned pianist and harpsichordist, she balances academic teaching with an international performing career, blending traditional classical repertoire with innovative跨界 projects. Born in Poland, her early training under state restrictions contrasted sharply with later freedoms, enabling collaborations with figures like composer Tan Dun and experimental works like Hip-Hopsichord . Her Music for Dreams series, developed with sleep medicine insights, combines therapeutic intent with classical reinterpretations. Education highlights include degrees from Mannes College and Manhattan School of Music, culminating in a doctoral dissertation on Bach’s cantabile style. Awards include Poland’s Minister of Culture honor and Yamaha Artist status. Teaching spans global masterclasses using cutting-edge Remote Lesson Yamaha Disklavier technology. Her programming often features underrepresented composers like African-American figures Margaret Bonds and Florence Price, reflecting post-2020 commitments to equity. Recent pandemic-era initiatives include virtual music appreciation programs for seniors and Bach@Home lectures. She currently serves as Artistic Director for the Kosciuszko Foundation Chopin Competition and the BlueSleep Music label.

Philipp TerieteView profile

Professor

• Music Theory
• Jazz Studies
• Classical Music History
• +3 more

Philipp Teriete is a full tenured Professor of Music Theory (focusing on Jazz/Pop/Arrangement and Classical Music) at the University of Music Freiburg, Germany. Previously, he held roles as a Lecturer in Music Theory at the Lucerne School of Music and represented the Chair for Music Theory at HfM Freiburg. His research explores historical improvisation, intersections between classical and jazz music, 16th-century vocal polyphony, and Béla Bartók’s works. Education: BM/MM in Piano and Music Theory from HfM Freiburg (2006–2014), with exchanges at Royal Academy of Music London and Conservatoire National Supérieur de Musique Paris. Later studies in Jazz Composition (Norwegian Academy of Music) and Jazz Studies (NYU). Research Interests: 18th/19th-century improvisation pedagogy Jazz-classical intersections in late 19th/early 20th century Vocal polyphony of the 16th century Béla Bartók’s compositional techniques Publications: Co-edited Das Universalinstrument (2020) and authored key papers like Leipzig to St. Louis (2018). Active in publishing music theory analyses and jazz compositions. Teaching: Taught Music Theory at HfM Freiburg, Jazz Piano/Composition at NYU, and currently mentors students in jazz/pop/arrangement fields. His pedagogical work bridges historical European traditions with modern jazz practices.

Gloria K. MudayView profile

Professor

• Plant Hormone Signaling
• Reactive Oxygen Species (ROS)
• Flavonols
• +15 more

Gloria K. Muday is a Professor of Biology and Director of the Center for Molecular Signaling at Wake Forest University. She is affiliated with the Department of Biology in the Undergraduate College and conducts research at the Wake Downtown Innovation Quarter. Her lab focuses on plant hormone signaling, flavonol biochemistry, and reactive oxygen species (ROS) in plant development and stress responses. Education: B.S., Virginia Polytechnic Institute and State University Ph.D., Purdue University Postdoctoral Research, Sandoz Agro Inc. Research Interests: Gloria Muday's research investigates the molecular mechanisms underlying plant responses to environmental signals. Her work emphasizes hormone signaling (auxin, ethylene, ABA), redox biology, and flavonol function in processes such as root development, gravitropism, stomatal regulation, and pollen thermotolerance. She integrates molecular, genetic, biochemical, and bioinformatic approaches in model systems like Arabidopsis and tomato. Publication Trends: Her recent publications highlight a strong focus on ROS as signaling molecules in plant development, the protective role of flavonols under heat stress in pollen, and the interplay between ABA and hydrogen peroxide in stomatal closure. There is a growing integration of computational and systems biology approaches, particularly in analyzing time-course transcriptomic data to map gene regulatory networks involved in ethylene signaling. Scientific Awards: Advising and Grants: Dr. Muday has mentored numerous graduate and undergraduate students, many of whom are listed as co-authors on her publications. Her research is supported by the National Science Foundation and the USDA National Institute of Food and Agriculture. She leads interdisciplinary collaborations with computer scientists and mathematicians at Wake Forest to develop and apply advanced modeling techniques. Labs and Teams: The Muday Lab is located in Building 60 at the Wake Downtown Innovation Quarter, providing modern research and teaching facilities. The lab includes a diverse team of postdoctoral researchers, graduate students, and undergraduates working on various aspects of plant signaling. The lab also develops and shares bioinformatics tools such as TF DEACoN for transcription factor discovery.

Rüdiger SimonView profile

Research Professor

• Plant Developmental Biology
• Meristem Signaling Pathways
• Plant Stem Cell Regulation
• +5 more

Prof. Dr. Rüdiger Simon serves as Research Professor at the Institute of Developmental Genetics, Heinrich Heine University Düsseldorf, where he leads investigations into intercellular signaling pathways governing plant shoot and root meristem development. His work centers on how meristems—harboring stem cells that determine growth capacity, organ generation, and root architecture—utilize regulatory networks for plant architecture control and plasmodesmata-mediated cytoplasmic communication. Simon's research spans four integrated scientific concepts: RA1 optimizing plant performance through development-metabolism interfaces; RA2 plant-microbiota metabolic networks in soil adaptation; RA3 synthetic and reconstruction biology approaches; and RA4 theoretical plant biology with data science integration. His group employs specialized facilities including the Plant Metabolism and Metabolomics Facility and Imaging Platform, contributing to CEPLAS Data resources and public toolsets for the plant science community. Analysis of his 30-year publication record reveals persistent focus on Arabidopsis thaliana stem cell regulation, with recent expansion into proteomics (2023 plasmodesmata proteome study) and data science. Key recurring themes include CLE peptide signaling pathways, receptor kinase complexes, and calcium-mediated cell fate determination—demonstrating evolution from foundational work on CLV3 feedback loops (Science 2000) to current systems-level investigations of meristem communication networks. As part of CEPLAS (Cluster of Excellence on Plant Sciences), Simon maintains active research programs supported by ongoing funding cycles beyond the archived 2013-2018 period, evidenced by 2023 publications and operational facilities. His work bridges molecular genetics, cell biology, and computational approaches to address fundamental questions in plant development.

Jacques PrieurView profile

Researcher

• Comparative Developmental Psychology
• Primate Communication
• Laterality Studies
• +4 more

Jacques Prieur is a post-doctoral researcher and Project Director at the Department of Education and Psychology, Freie Universität Berlin, within the Comparative Developmental Psychology group led by Prof. Dr. Katja Liebal. His research focuses on great apes’ multimodal communication and laterality, particularly exploring mechanisms of gesture acquisition and development in gorillas. He investigates the Social Negotiation hypothesis through comparative studies of primate communication to understand human language origins. Key research interests include manual laterality in non-human primates, the evolutionary roots of human handedness and language, and the interplay between social interaction and gestural meaning construction. His work spans captive chimpanzees and gorillas, analyzing factors influencing gestural laterality and communication dynamics. Prieur’s publications (2012–2019) address topics like primate gesture laterality, human handedness variability, and cross-species communication patterns. He actively supervises thesis and internship projects related to these themes. His 2015 doctoral thesis at University of Rennes 1, France, explored intraspecific gestural laterality in chimpanzees and gorillas.

Nadia RadzmanView profile

Research Fellow

• Plant Biology
• Molecular Biology
• Nitrogen Fixation
• +3 more

Dr. Nadia Radzman is a Research Fellow at the Sainsbury Laboratory, University of Cambridge. She is affiliated with interdisciplinary projects focused on plant science and sustainable agriculture. Research interests: Her work centers on the plasticity of legume root development, particularly regulatory micropeptides in nodule formation and tuber development in underutilized legumes like African Yam Bean (Sphenostylis stenocarpa). She investigates mechanisms for sustainable crop improvement under nitrogen limitation. Recent publications: Her research spans nitrogen-fixing symbiosis, CEP peptide signaling, and vascular development in nodules. Projects include the Peas 'n Chips and African Yam Bean rehabilitation initiatives funded by Research England under GCRF. Collaborations: Works with institutions such as IITA (International Institute of Tropical Agriculture) and contributes to interdisciplinary teams at the Sainsbury Laboratory.

Brett L. ShadleView profile

Professor

• African history
• Colonialism
• Refugee studies
• +5 more

Brett L. Shadle is a Professor in the Department of History within Virginia Tech's College of Liberal Arts and Human Sciences. He serves as associate director of the Virginia Tech Center for Refugee, Migrant, and Displacement Studies, where he pursues research and teaching around issues of displacement while working with displaced individuals locally and internationally. Dr. Shadle's research spans multiple areas of African historical studies. His early work focused on colonialism, law, marriage, and gender in southwest Kenya, resulting in his 2006 book 'Girl Cases': Marriage and Colonialism in Gusiiland, Kenya, 1890-1970 . He later explored race and settler colonialism in The Souls of White Folk: White Settlers in Kenya, 1900–1920s . His most recent research examines refugee history, including a state of the field essay in A Companion to African History and an ongoing book project on Ethiopians who fled after Italy's 1935 invasion. His scholarly output demonstrates a clear trajectory from colonial legal history toward contemporary displacement issues. The articles reflect deep engagement with African historical experiences, particularly regarding colonialism's impact on gender relations, legal systems, and identity formation. His recent shift toward refugee studies represents both an expansion of his historical expertise and a response to urgent contemporary humanitarian concerns. Dr. Shadle actively engages with students through meaningful projects like the African American Fourth of July website, where undergraduate students analyzed historical African American newspapers to trace changing perspectives on Independence Day. He emphasizes critical examination of power dynamics, race, and paternalism in service learning, humanitarianism, and development work. His research contributes significantly to understanding the historical roots of contemporary displacement issues while maintaining rigorous scholarly engagement with Africa's colonial past. As associate director of Virginia Tech's Center for Refugee, Migrant, and Displacement Studies, he bridges historical scholarship with contemporary humanitarian concerns.

Leslie SieburthView profile

Professor

• Plant Developmental Genetics
• mRNA Decay and P-Body Functions
• Long-distance Signaling
• +4 more

Leslie Sieburth is Professor of Biological Sciences at the University of Utah, where she also serves in the Molecular Biology Program. Her research group investigates plant developmental genetics using the model system Arabidopsis thaliana. Education B.S., Humboldt State University Ph.D., University of Georgia Research Focus Her laboratory addresses two major themes: (1) post-transcriptional control of gene expression through mRNA decay and P-body dynamics, and (2) long-distance hormonal signaling mediated by a novel carotenoid-derived metabolite. By combining genetics, cell biology, biochemistry, and metabolomics, the group deciphers how RNA turnover and mobile signals orchestrate leaf patterning and shoot development. Publication Trends Across the past 15 years, Sieburth’s publications illuminate a coherent program that bridges RNA biology with hormone signaling. Early work defined key components of the Arabidopsis mRNA decapping machinery and uncovered the unexpected role of P-bodies in miRNA-mediated translational repression. Later studies advanced to the discovery and characterization of the BPS (bypass) signal, a root-derived carotenoid derivative that acts as a new plant hormone, arresting shoot growth by disrupting cytokinin signaling and meristem maintenance. Scientific Recognition While no specific awards are listed in the provided text, her work appears in top-tier journals such as PNAS , Science , Plant Cell , and EMBO Journal , attesting to broad scientific impact. Funding & Team The lab is currently funded through federal grants to explore the biochemical identity of the BPS signal and the mechanistic basis of selective mRNA decay. Graduate students and post-doctoral researchers work on projects ranging from metabolite profiling to high-resolution imaging of P-body dynamics.

John L. CelenzaView profile

Associate Professor

• Plant Biology
• Genetics
• Biochemistry
• +3 more

John L. Celenza is an Associate Professor of Biology at Boston University's College of Arts and Sciences, where he directs the Program in Biochemistry & Molecular Biology Education. He holds a PhD from Columbia University and leads research in plant development, defense mechanisms, and metabolic pathways using Arabidopsis thaliana as a model system. His research focuses on: Tryptophan metabolism pathways Auxin biosynthesis and signaling Glucosinolate defense compounds Plant-microbe interactions Recent publications demonstrate his work on arbuscular mycorrhizal symbiosis, metabolic engineering of defense pathways, and auxin biosynthesis regulation. His research spans genetics, biochemistry, and molecular biology approaches.

Mingchen JiangView profile

Assistant Professor

• Spinal Motor-System
• Synaptic Plasticity
• Amyotrophic Lateral Sclerosis (ALS)
• +6 more

Mingchen Jiang, MD, PhD holds the position of Research Assistant Professor in Neuroscience at Northwestern University's Feinberg School of Medicine . He is affiliated with the Northwestern University Clinical and Translational Sciences Institute (NUCATS) . His research focuses on spinal motor-system biology, particularly synaptic interactions between pre-motor interneurons and motoneurons, synaptic plasticity mechanisms, and ALS pathophysiology. He developed a root recording system for mouse spinal cord studies, revealing novel forms of synaptic plasticity in motoneurons. Education: MD from Jiangxi University of Chinese Medicine (1982), PhD from University of Iowa (1998). His work employs advanced techniques like electrophysiology, calcium imaging, and intracellular recordings to explore ALS therapeutic targets and spinal cord injury mechanisms. He has published 25 peer-reviewed articles, with recent studies addressing ALS biomarkers and spinal cord injury pathways. No external industry relationships were reported for 2024.

• Soil Biology
• Environmental Microbiology
• Plant-Microbe Interactions
• +5 more

Dr Joseph Hooker is a researcher associated with the University of Reading, as evidenced by his publications archived in CentAUR, the university's institutional repository. His work primarily focuses on soil biology, environmental microbiology, and plant-microbe interactions, particularly involving flavonoid signaling in the rhizosphere. He has also contributed to large-scale environmental modeling through the JULES-crop project, indicating interdisciplinary engagement with climate and land-surface systems. His research interests span rhizosphere ecology , flavonoid biochemistry , and land surface modeling . These are reflected in his publications on microbial perception of plant signals, the environmental fate of bioactive compounds, and crop parameterization in earth system models. His work bridges molecular-scale biological processes with ecosystem-level modeling, demonstrating a strong interdisciplinary approach. The articles show a consistent trend in understanding how plants and microbes chemically communicate in soil environments, and how such processes can be integrated into larger environmental models. His later work in 2015 indicates involvement in computational environmental science, particularly in improving crop representation in climate models. While no formal awards are listed in the provided text, his publications in high-impact journals such as Environmental Microbiology and Geoscientific Model Development suggest recognition within the scientific community. There is no mention of student supervision or grant funding in the available data. However, his collaborative work with researchers from institutions like the UK Met Office implies participation in larger research teams or consortia.