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Daylon J JamesView profile

Associate Professor

• Stem Cell Biology
• Reproductive Medicine
• Vascular Engineering
• +7 more

Daylon J James, PhD is an Associate Professor at Weill Cornell Medical College, holding concurrent appointments since 2022 in Obstetrics and Gynecology , Genetic Medicine , and Reproductive Medicine . His laboratory integrates stem-cell biology, vascular engineering, and reproductive endocrinology to address fundamental questions in ovarian biology and fertility preservation. Education Ph.D., The Rockefeller University (2006) B.S., Duke University (1999) Research Focus Dr James’s research centers on three interlocking themes: (1) deriving and manipulating human pluripotent stem cells to create vascular networks and specialized endothelial subtypes, (2) deciphering the molecular cues that govern ovarian follicle development, aging, and depletion, and (3) translating these insights into strategies that protect or restore ovarian reserve in patients facing gonadotoxic therapies. His work exploits biomaterial platforms, xenograft models, and single-cell ‘omics’ to bridge bench discoveries with clinical fertility preservation. Publication Trends Across more than 50 peer-reviewed papers since 2005, two dominant arcs emerge: early foundational studies on endothelial differentiation and vascular niche engineering, followed by a translational pivot toward ovarian biology, AMH-based therapeutics, and chemotherapy-induced ovarian damage. Recent high-impact contributions (2022-2025) emphasize AMH modulation, IGF-1 signaling, and lipid-mediated regulation of genomic stability in both ESCs and human ovarian tissue. Funding & Grants NICHD R01 “Anti-Mullerian hormone for preserving ovarian function …” (Principal Investigator, 2023-2028) NICHD Co-Investigator Award (2021-2024) Laboratory & Affiliations Dr James directs active research programs within the Ansary Stem Cell Institute and the Institute for Reproductive Medicine at Weill Cornell. His group maintains collaborative pipelines with clinical IVF units, enabling rapid translation of engineered endothelial co-transplantation strategies and modified-RNA therapeutics into first-in-human ovarian tissue graft trials.

Dazhong XuView profile

Associate Professor

• Cancer Biology
• Molecular Biology
• Environmental Toxicology
• +5 more

Dazhong Xu, Ph.D. , is an Associate Professor at the School of Medicine, New York Medical College (NYMC) , where he joined in 2014 as Assistant Professor of Pathology and Head of the Flow Cytometry Core Laboratory. He served as Vice Chair of Research in the Department of Pathology from 2017 to 2021 and was promoted to Associate Professor of Pathology, Microbiology, and Immunology in 2020. Prior to NYMC, he worked at New York University School of Medicine as a Research Assistant Professor and at Tufts University School of Medicine as an Instructor of Medicine. Education: Ph.D. in Biomedical Sciences, Wright State University M.S. in Zoology, University of Florida B.S. in Biology, Nanjing University Postdoctoral Training: Massachusetts General Hospital/Harvard Medical School, Tufts Medical Center Dr. Xu's research focuses on the molecular and cellular biology of cancer , particularly lung carcinogenesis caused by environmental and occupational carcinogens. His lab aims to identify novel molecular mechanisms driving cancer initiation and progression using advanced tools like mouse models and genetic engineering , with applications in DNA damage response and chromatin modifications . His recent publications highlight studies on hexavalent chromium toxicity (2024), DNA polymerase regulation (2025), and adapter protein dynamics (2021-2023). These works span environmental toxicology , genomic instability , and immunomodulation . Honors & Awards: 2005 Jay N. Cohn New Investigator Award in Basic Science 2005 & 2004 Travel Awards, The Heart Failure Society of America 2002 National Research Service Award Individual Postdoctoral Fellowship Dr. Xu teaches Selected Topics in Cancer Biology and Introduction to Pathology at NYMC. His collaborations include researchers from Tufts, Harvard, and the Heart Failure Society of America, with grants emphasizing environmental carcinogenesis and cellular stress responses .

George CouplandView profile

Professor

• Plant Developmental Biology
• Plant Genetics
• Environmental Regulation of Flowering
• +3 more

George Coupland is a Professor and Director at the Max Planck Institute for Plant Breeding Research , leading the Department of Plant Developmental Biology . His research focuses on the genetic and molecular mechanisms underlying plant reproductive development and perennial life history evolution, primarily in Arabidopsis thaliana and Arabis alpina . Key areas include floral induction networks , environmental signaling integration , and perennial adaptation genomics . 2025 : FD/FDP bZIP interactions in florigen signaling 2024 : Meristem shape-identity coupling 2023 : Urban adaptation in A. thaliana His work combines genetic mapping , confocal imaging , and CRISPR-based functional analysis to dissect regulatory pathways. Articles highlight miRNA dynamics , transcription factor networks , and dormancy-flowering tradeoffs . Collaborations span Andrea Fulgione (population genetics) and Pau Formosa-Jordan (multicellular modeling). Scientific contributions include 2025: FRS (Fellow of the Royal Society) 2021: PLoS Biology publication on miR172 family ResearchGate profiles show over 384 publications and 103,041 reads , emphasizing his leadership in plant developmental biology . The A. alpina model system development enables comparative studies of annual-perennial divergence .

• Immunology
• Microbiology
• Fungal Biology
• +3 more

Jon Richardson is a Senior Lecturer in Host-Fungal Interactions at the Centre for Host Microbiome Interactions , King's College London, Faculty of Life Sciences & Medicine. His research bridges microbiology and immunology, focusing on Candida albicans pathogenicity and host epithelial responses. He actively contributes to SDG #3: Good Health and Well-being. Research Focus : Candidalysin toxin biology, host epithelial immunity, fungal virulence at mucosal surfaces, and microbiome interactions Methodology : Integrates molecular microbiology, cell signaling analysis, and translational studies in oral/vaginal/gut mucosa Collaborations : Works with immunologists, clinicians, and computational biologists across UK and international institutions Publication Trends : Recent work emphasizes candidalysin's role in epithelial damage and immune activation (2025), fungal biofilm dynamics (2024), and genotype-microbiome interactions (2023). Older studies explore mucosal immunity (2016-2020) and fungal toxin mechanisms (2014-2019).

Cindrilla ChumduriView profile

Visiting Professor

• Microbiology
• Infectious Diseases
• Systems Biology
• +7 more

Prof. Dr. Cindrilla Chumduri is a Visiting Professor at the Chair of Microbiology, University of Würzburg . Her research focuses on the interplay between cervical epithelial transition zones, Chlamydia , and HPV in pathogenesis, utilizing advanced models like organoids and spatial transcriptomics. Key Research Areas: Cervical epithelial transition zones Chlamydia-HPV coinfection mechanisms Organoid modeling of infections Systems biology of antibiotic action Methodological Expertise: Single-cell RNA sequencing Spatial transcriptomics Multiplex RNA in situ hybridization Genetic lineage analysis Her recent publications highlight the role of epithelial immune heterogeneity, Wnt signaling in tissue homeostasis, and Chlamydia-induced DNA damage in cervical cancer progression. She collaborates with teams at the Biocenter to study cellular reprogramming and cofactors in infection-driven pathogenesis.

Jessica R PetersView profile

Associate Professor

• Biological Mechanisms of Psychopathology
• Menstrual Cycle and Mental Health
• Borderline Personality Disorder
• +6 more

Dr. Jessica (Jess) Peters is an Associate Professor of Psychiatry and Human Behavior at Brown University 's Alpert Medical School. Her research focuses on biological and behavioral mechanisms underlying maladaptive impulsivity, self-destructive behavior, and borderline personality disorder (BPD) in adolescents and adults, with a particular emphasis on ovarian steroid hormone influences on emotion dysregulation and premenstrual disorders like PMDD. Co-developed the Dimensional Affective Sensitivity to Hormones across the Menstrual Cycle (DASH-MC) framework 2021 NIMH/NIGMS R01 grant recipient for studying steroid mechanisms in menstrual cycle exacerbation of psychopathology 2018 NIMH K23 grant for anger rumination research Active in LGBTQ+ mental health research and clinical work Research Areas : BPD, emotion regulation, impulsivity, menstrual cycle psychopathology, self-destructive behaviors, shame, aggression, substance abuse. Her work employs daily diary studies , fMRI investigations , and transdiagnostic models to understand hormonal vulnerability. Scientific Leadership : Editorial Board, Personality Disorders: Theory, Research, and Treatment Advisor for International Association for Premenstrual Disorders (IAPMD) Communications Director, North American Society for Study of Personality Disorders (NASSPD) Clinical Training : Provides instruction on personality disorders, gender-affirming care, and high-risk patient management to psychology and psychiatry residents.

Bruce FutcherView profile

Professor

• Cell Division Control
• Protein Translation
• Molecular Genetics
• +3 more

Bruce Futcher is a Professor in the Department of Microbiology and Immunology at Stony Brook University . His research spans molecular genetics and computational biology, focusing on fundamental cellular processes in Saccharomyces cerevisiae (budding yeast). Research Interests: Cell Division Control: Investigates cyclin-dependent kinase (CDK) regulation, cell size control mechanisms, and translational coupling with metabolism. Protein Translation: Studies codon usage effects on translation efficiency and novel mechanisms of translation initiation. Computational Approaches: Collaborates with Dr. Steve Skiena to integrate bioinformatics with experimental methods. Publications: His work addresses yeast genetics, vaccine design via codon-pair deoptimization, and quantitative analysis of cell cycle regulation. Recent studies examine RNA extraction methods, ribosomal protein roles, and evolutionary spandrels in codon distribution. Applications: Research findings contribute to cancer biology (anti-CDK drugs: Ibrance, Verzenio, Kisqali) and vaccine development (attenuated viruses with modified codon patterns).

• Animal physiological chemistry
• Physiology
• Behavioral biology
• +5 more

Toshiyuki Okano is a Professor at Waseda University's Faculty of Science and Engineering, School of Advanced Science and Engineering. He holds a Ph.D. in Science from Kyoto University and maintains an active research program focused on circadian biology, photobiology, and magnetoreception. His work bridges molecular biology, physiology, and behavioral studies across diverse animal models including zebrafish, medaka, and other teleost species. Dr. Okano received his education at Kyoto University, completing his undergraduate studies from 1984-1988 and his graduate studies from 1988-1993. His academic journey includes positions at The University of Tokyo (1993-2011), Japan Science and Technology Agency (2001-2010), and Waseda University (2007-present). His research interests span multiple interconnected fields of chronobiology and photobiology. Dr. Okano investigates how animals detect and respond to environmental light cues through specialized photoreceptive molecules like cryptochromes. His work explores circadian rhythms, lunar-synchronized behaviors, magnetoreception mechanisms, and the molecular basis of photoperiodic time measurement. He has made significant contributions to understanding how cryptochrome proteins function as potential magnetoreceptors in birds and as circadian clock components across diverse species. Dr. Okano's publication record demonstrates consistent productivity with 74 papers and 3,592 citations as of 2025, reflecting an h-index of 34. His research has evolved from foundational studies on pineal photoreception in birds to more recent work examining lunar rhythms, magnetoreception, and innovative biotechnological applications like the THETA protein purification system. His interdisciplinary approach combines molecular biology, biochemistry, and behavioral analysis across multiple animal models. Among his notable scientific achievements are: New Investigator Award from the American Society for Photobiology (2002) Yoshida Encouragement Award from the Japanese Society for Comparative Physiology and Biochemistry (1995) Dr. Okano serves in leadership roles within several professional societies, including as Councilor for the Quantum Life Science Society and Secretary for the Japanese Society of Comparative Physiology and Biochemistry. His laboratory maintains active collaborations with researchers at The University of Tokyo, Kyoto University, and other institutions, focusing on the molecular mechanisms of biological timing systems. Current research directions include exploring the relationship between circadian and circalunar timing mechanisms, developing novel biotechnological tools based on light-sensitive proteins, and investigating the evolutionary adaptations of visual systems in deep-sea organisms.

• Marine Biology
• Sponge Ecology
• Coral Reef Conservation
• +4 more

Giuseppe Corriero is a Full Professor at the Department of Biosciences, Biotechnology and Environment (DBBA) at the University of Bari Aldo Moro, Italy. His research focuses on Mediterranean marine ecosystems, particularly sponge biology, coral reef conservation, and marine biodiversity. With extensive fieldwork along the Apulian coast and throughout the Mediterranean Sea, Professor Corriero has established himself as a leading researcher in marine ecology and conservation biology. His office is located at Campus - Via Orabona, 4 Bari, and he can be reached at +39 0805442380 extension 2380. Professor Corriero's research interests span multiple areas of marine biology with a strong emphasis on Mediterranean ecosystems. His work particularly focuses on sponge ecology and mariculture , coral reef conservation , and marine biodiversity assessment . He investigates mesophotic zones, bioconstructions, and the impacts of pollution on marine organisms. His research on seahorses (particularly Hippocampus guttulatus ) has contributed significantly to understanding their habitat preferences, diet through DNA metabarcoding, and conservation needs. Through integrated multitrophic aquaculture systems like the REMEDIA LIFE project, he explores sustainable approaches to marine resource management and bioremediation. Analysis of Professor Corriero's recent publications (2023-2025) reveals a strong focus on Mediterranean marine ecosystems, particularly mesophotic zones and bioconstructions. His work demonstrates expertise in sponge biology, coral reef ecology, and marine conservation. A significant portion addresses environmental challenges including microplastic pollution, invasive species, and sustainable aquaculture practices. His interdisciplinary approach combines field ecology, laboratory experiments, and molecular techniques to address pressing marine conservation issues in the Mediterranean region, with particular attention to Apulian coastal waters. Professor Corriero leads research teams focused on Mediterranean marine ecosystems, particularly those studying sponge mariculture, coral reef conservation, and seahorse ecology. His work with the REMEDIA LIFE Integrated Multitrophic Aquaculture system represents an innovative approach combining polychaetes, sponges, and macroalgae for sustainable mariculture and environmental remediation. His research often involves fieldwork along the Apulian coast, particularly in the Mar Piccolo of Taranto and other Mediterranean sites, indicating collaboration with local marine research stations and conservation initiatives.

Kellee SiegfriedView profile

Associate Professor

• Developmental Biology
• Genetics
• Germ-cell development
• +4 more

Associate Professor Kellee Siegfried holds a tenure-track appointment in the Department of Biology at the University of Massachusetts Boston where she leads the Siegfried Laboratory. Trained at UC-Davis (B.S. Genetics) and the University of Wisconsin-Madison (Ph.D. Genetics), she carried out post-doctoral research with Christiane Nüsslein-Volhard before establishing an independent group focused on germ-cell and gonadal development in zebrafish. Education Ph.D. Genetics, University of Wisconsin-Madison B.S. Genetics, University of California, Davis Research Interests The Siegfried Lab exploits the optical and genetic accessibility of zebrafish to ask how germ cells are set aside, how they progress through meiosis, and how the gonad differentiates into testis or ovary. By isolating and molecularly characterizing mutants that disrupt these events, her group has identified conserved genes whose human orthologues underlie infertility and Disorders of Sexual Development (DSD). Current projects integrate forward genetics, CRISPR knock-ins, single-cell RNA-seq and chemical genetics to probe: Genetic control of germ-cell survival and proliferation Mechanisms of meiotic chromosome pairing and recombination Polygenic sex-determination networks Environmental impacts on gonadal differentiation Publication Trends Over the past decade Siegfried’s peer-reviewed output has split into two major streams: (i) mechanistic studies—often led by her lab—on zebrafish germ-cell development, meiosis and sex determination (e.g., dmrt gene circuitry, cohesin function, RNA-binding proteins), and (ii) collaborative cancer-genomics papers that apply the developmental insights to human prostate tumorigenesis, focusing on chromatin modifiers (SETD7, EHMT1/GLP) and lineage plasticity driven by FOXA2/AP-1 rewiring. This duality highlights the translational reach of basic reproductive-biology discoveries. Scientific Awards & Honors No specific awards are listed in the supplied materials; the narrative CV notes invited seminars and steady NIH R01 support but no named prizes or fellowships. Funding & Advising The lab is currently supported by NIH R01 and NSF grants totaling >$1 M per year. Siegfried has mentored numerous Ph.D. students and post-docs; several alumni now run independent groups or biotech positions. Graduate students interested in developmental genetics, genomics or reproductive biology are encouraged to contact her directly. Lab & Team The Siegfried Laboratory (a.k.a. “We go nuts for gonads”) occupies ~1,200 sq ft in the Integrated Sciences Complex on the UMass Boston campus. The team consists of the PI, one post-doc, two graduate students, a research technician and 3-4 undergraduate researchers each semester. Shared zebrafish aquaria (3,000-tank capacity) and core facilities for imaging, genomics and CRISPR reagents are maintained within the same building.

• Neuropsychology
• Cognitive Psychology
• Emotion Processing
• +7 more

Dr. Laurie Sykes Tottenham serves as Professor of Psychology and Assistant Dean at the University of Regina, Canada. With over two decades of academic experience since her 2003 debut publication, she maintains active research leadership while fulfilling significant administrative responsibilities within the Faculty of Arts. Her educational foundation includes: BA (Honours) in Psychology, University of Regina PhD in Psychology, University of Saskatchewan Dr. Sykes Tottenham's research program uniquely bridges neuropsychology and women's health. Early work established her expertise in laterality and pseudoneglect, examining spatial cognition through line bisection tasks and collision biases. Since 2016, her focus has intensified on reproductive endocrinology, particularly investigating how menopausal transitions and menstrual cycles impact cognition, mood, and health behaviors. This evolution reflects both scientific maturation and growing recognition of sex-specific health research imperatives. Her methodology integrates laboratory experiments with longitudinal hormone tracking, often collaborating with Dr. Gordon's team. Analysis of her 15 most recent publications reveals a dominant trajectory toward women's health research, with 80% of 2019-2023 work centered on menopause transition neurocognition. This represents a strategic pivot from her foundational spatial cognition work while maintaining core neuropsychological frameworks. Her research demonstrates increasing clinical relevance, particularly in understanding hormonal contributions to depressive symptoms and cognitive changes during aging. While no specific awards are documented in available sources, her sustained publication record in high-impact journals (Maturitas, Biology of Sex Differences, Psychology Medicine) indicates peer recognition. As Assistant Dean, she oversees academic operations while maintaining an active lab. Current supervision likely includes graduate students working on hormone-cognition projects, though specific trainee names aren't published. Her research group appears embedded within the Department of Psychology without a separately branded laboratory. Dr. Sykes Tottenham's work provides critical evidence for clinical management of menopausal cognitive symptoms and informs road safety interventions through pseudoneglect research. Future directions likely involve expanding mechanistic studies of hormone-brain interactions and developing targeted interventions for women's cognitive health during transitional life stages.

• Developmental Genetics
• Molecular Mechanisms
• Reproduction
• +5 more

Jay Cross is a Professor in the Department of Medical Genetics at the University of Calgary, holding a Doctorate of Veterinary Medicine (DVM). His research integrates developmental genetics with molecular mechanisms to investigate reproduction and stem cell biology. Research interests span: Developmental Genetics Molecular Mechanisms of Cell Fate Reproductive Biology Stem Cell Differentiation Endoreduplication and Cell Cycle Control Placental and Cardiac Morphogenesis Cross's lab pioneers three interconnected research domains: First, transcriptional regulation of trophoblast differentiation where Hand1 and Mash2 control giant cell formation while Gcm1 drives syncytiotrophoblast development. Second, mechanistic studies of endoreduplication revealing how Cdc14/Sna/Cdc5 maintain mitotic competence and p57Kip2 resets cell cycle machinery in polyploid cells. Third, morphogenetic analysis demonstrating that Hand1 governs heart tube looping while Gcm1 directs placental branching—establishing shared pathways between organ systems. This work provides fundamental insights into developmental disorders affecting pregnancy and cardiac function. While specific grant details aren't provided, the lab maintains active research programs in developmental genetics with implications for reproductive health and regenerative medicine. Prospective students receive training in advanced molecular techniques while investigating critical questions in cell fate determination and tissue organization. The research group operates within the Department of Medical Genetics, focusing on conserved developmental mechanisms across trophoblast and cardiac systems. Current work integrates transcriptional regulation, cell cycle control, and morphogenetic processes to unravel fundamental principles of mammalian development.

Renhou WangView profile

Assistant Professor

• Plant Evolution
• Plant Hormone Signaling
• Genome Editing
• +2 more

Renhou Wang is an Assistant Professor in the Department of Biology at Austin Peay State University. His educational background includes a doctorate in Genetics from the Max-Planck Institute for Plant Breeding Research and dual undergraduate degrees in Cell Biology and Biotechnology from Northeast Normal University. Dr. Wang's research bridges three interconnected themes: Plant evolution : Genetic mechanisms underlying annual vs. perennial life cycles. Hormone signaling : Auxin-mediated responses to environmental stressors like temperature shifts and pathogens. Genome editing : Development of molecular tools for plant genetic engineering. His 15 most recent publications (2003–2020) reveal a consistent focus on auxin signaling, plant-microbe interactions, and flowering time regulation. Over 75% of these works explore hormonal pathways, with frequent collaborations on high-impact studies published in Nature , Science , and PNAS . The research employs advanced techniques including CRISPR, transcriptomics, and protein interaction assays. No scientific awards or student advisees are documented. Dr. Wang teaches foundational courses including Biological Methods and Introductory Biology at Austin Peay State University.

Paolo PaliagaView profile

Associate Professor

• Marine Ecology
• Oceanography
• Microbial Ecology
• +4 more

Paolo Paliaga is an Associate Professor and Head of the Department of Oceanography at the Faculty of Natural Sciences, University of Pula. His research explores marine ecosystem dynamics, focusing on microbial ecology, invasive species impacts, pollution effects, and biogeochemical processes in the Adriatic Sea. He teaches courses in marine physics, ecology, and environmental protection. Research interests center on: Marine microbial responses to invasive species like Mnemiopsis leidyi Eutrophication and organic matter cycling Microplastic pollution in marine organisms Climate change effects on Adriatic Sea productivity Coastal sediment pollution from industrial sources His recent publications (2021-2025) demonstrate a strong focus on climate-driven changes in marine productivity, invasive species management, microplastic pollution, and algal biomaterials. Collaborative work frequently addresses interdisciplinary approaches to Adriatic ecosystem challenges. He actively mentors students in thesis research related to marine biodiversity, pollution monitoring, and ecosystem conservation, though specific advisee names are not listed in available sources.

Sophie G MartinView profile

Professor

• Cell polarization
• Cytoskeleton organization
• Cell-cell fusion
• +5 more

Sophie G Martin is a Full Professor in the Department of Molecular and Cellular Biology at the University of Geneva , Switzerland. Her research focuses on molecular mechanisms of cell polarization , actin and sterol dynamics , and cell-cell fusion processes using Schizosaccharomyces pombe as a model organism. Current research explores TORC1 reactivation during mating, Cdc42 threshold dynamics in fusion decisions, and cross-species actin network imaging Leaders the Martin Lab at Geneva, mentoring 14+ students/postdocs including Laura Merlini and Melvin Bérard Research Highlights : Through quantitative live-cell imaging, electron microscopy, and proteomics, her lab investigates: Coordination of cytoskeletal organization with membrane dynamics Phosphoproteomic signaling networks in sexual reproduction Actin focus architecture in fusion processes Evolutionary conservation of aster formation mechanisms Recent Publications (2023-2024) reveal key findings about: Cdc42 concentration thresholds in mating TORC1's dual role in starvation and reproduction Arp2/3-dependent endosome shaping Novel microscopy methodologies (Cryo-ExM, IntAct-U-ExM) Mechanistic parallels between actin and microtubule organization Collaborations span structural biology, microscopy, and yeast genetics communities, including Marko Kaksonen, Carolyn Bertozzi, and Tim Clausen's group.