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Dr. Philip A. Rea is a Professor of Biology and Rebecka and Arie Belldegrun Distinguished Director of the Life Sciences & Management Program at the University of Pennsylvania's School of Arts and Sciences. With over 100 publications and two co-authored books, his work spans fundamental biochemical research and science communication, focusing on life sciences implementation challenges. Education: D.Sc. (2020) and D.Phil. in Plant Biochemistry (University of Oxford), B.Sc. First Class Honors in Biological Sciences (University of Sussex) Dr. Rea's research explores transport phenomena and cellular detoxification, including vacuolar proton pumps and ABC transporters in plants, yeast, and nematodes. His work has significant applications in phytoremediation and combating parasitic diseases. His recent publications and book Managing Discovery in the Life Sciences (2018) analyze the transition from laboratory discovery to market success through case studies like statins, ivermectin, and metformin. These works highlight serendipity in biomedical innovation and investor-driven discovery management. Scientific Awards: Jesse H. Neal Award (2025) for technical/scientific content AAAS Fellow (2013) for membrane transport research National Academies Cozzarelli Prize (2010) for original research Multiple teaching honors including Lindback Foundation Award (2014) and Ira H. Abrams Award (2009) Society for Experimental Biology President's Medal (1990) Teaching: Proseminar in Management and the Life Sciences (LSMP 1210) Biochemistry (BIOL 2810) Focus on problem-solving with incomplete datasets

• Biochemistry
• Plant Biology
• Science Communication
• +7 more

Elissa A Hallem is a Professor in the Department of Microbiology, Immunology, and Molecular Genetics at the David Geffen School of Medicine, University of California, Los Angeles (UCLA) . Her research lies at the intersection of neurobiology and parasitology , focusing on the sensory neural circuits that drive host-seeking behavior in skin-penetrating nematodes like Strongyloides stercoralis , a human-parasitic worm. She also investigates chemosensation , host-pathogen interactions , and sensory plasticity using both parasitic nematodes and the free-living Caenorhabditis elegans as comparative models. Education BA in Biology and Chemistry from Williams College (1999) PhD in Neuroscience from Yale University (2005) Postdoctoral training in Biology at Caltech (2010) Research Focus Her work addresses fundamental questions about how sensory circuits enable parasitic worms to detect and infect hosts. Key findings reveal the neural basis of heat seeking , chemosensory valence , and experience-dependent plasticity in nematodes. She has developed genetic tools for Strongyloides and studies steroid hormone pathways in Pristionchus pacificus . Scientific Awards 2023: UCLA Life Sciences Excellence in Research Award 2020: UCLA Faculty Mentor Award 2016: HHMI Faculty Scholar Award 2015: Burroughs-Wellcome Fund Investigators in the Pathogenesis of Disease Award 2014: NIH Director's New Innovator Award 2012: MacArthur Fellowship 2011: Rita Allen Foundation Fellowship Lab Overview The Hallem Lab at UCLA emphasizes inclusive research and tool development for parasitic nematode studies, aiming to uncover novel strategies for preventing infections through understanding sensory-driven parasitic mechanisms.

• Neuroscience
• Parasitology
• Sensory Neurobiology
• +6 more

Dr. Mostafa Elfawal is an Assistant Professor at UMass Chan Medical School in the Program in Molecular Medicine, affiliated with the T.H. Chan School of Medicine. His research focuses on developing novel therapeutics against parasitic infections, particularly targeting soil-transmitted helminths and malaria. He completed his PhD in Medical Entomology/Microbiology at the University of Massachusetts Amherst, following a BA and MS in Animal Science from Ain Shams University in Egypt. His work emphasizes high-throughput drug screening and repurposing existing compounds for anthelmintic use, with recent breakthroughs in PIM kinase inhibitors and broad-spectrum antiparasitic agents. He has extensively studied Artemisia annua's antimalarial properties and its role in overcoming drug resistance. Collaborations with institutions like the NIH and international networks highlight his global impact in parasitology and tropical medicine. Key contributions include identifying metabolic enzyme inhibitors as anthelmintics, elucidating hookworm's cognitive and microbiome effects, and advancing yeast particle encapsulation for controlled drug release. His research bridges basic science with clinical application, addressing critical gaps in treating neglected tropical diseases.

• Parasitic Nematode Drug Development
• Antimicrobial Therapeutics
• Medical Entomology
• +3 more

Sara K. Olson is an Associate Professor of Biology in the Department of Biology at Pomona College, part of The Claremont Colleges. She has been at Pomona since 2012 and is based in Seaver Biology, where she leads a research lab focused on extracellular matrix dynamics during fertilization and early embryonic development in C. elegans . Her research explores the assembly and function of the nematode eggshell, using fluorescence microscopy, molecular genetics (including CRISPR), and biochemical approaches. A major goal is to identify evolutionarily conserved versus divergent mechanisms of eggshell formation, with implications for understanding basic developmental biology and targeting parasitic nematodes. Olson's scientific work has been supported by the National Science Foundation (NSF), the Research Corporation, and the Beckman Foundation. She has led or co-led several major grants, including an NSF CAREER Award and the Beckman Scholars Program. She is also deeply committed to inclusive pedagogy and undergraduate research, frequently involving students in authentic research experiences (CURE-based labs) and co-authoring publications with them. Her recent publications highlight a consistent focus on eggshell permeability, cortical granule exocytosis, proteoglycans, and glycan biology in C. elegans , with increasing integration of CRISPR and educational applications. The research demonstrates a strong interdisciplinary approach combining cell biology, biochemistry, and genetics. Wig Award for Teaching Excellence 7C Faculty Diversity Award for Teaching National Academies Education Fellow NIH IRACDA Postdoctoral Training Award Phi Beta Kappa She advises numerous undergraduate researchers and has mentored multiple students who have co-authored her publications. Her lab operates at the intersection of basic science and science education, promoting accessibility and diversity in STEM. She is also active in national efforts to bring CRISPR technology into undergraduate classrooms through networked teaching initiatives.

• Developmental Biology
• Cell Biology
• Molecular Biology
• +8 more

Dr. Julie C. Dunning Hotopp is a Professor in the Department of Microbiology and Immunology at the University of Maryland School of Medicine. She is also a Member of the Institute for Genome Sciences and leads research on bacterial DNA integration into animal genomes, with implications for both evolutionary biology and human health. Primary Appointment : Microbiology and Immunology Additional Affiliation : Institute for Genome Sciences Research Overview : Dr. Dunning Hotopp's groundbreaking work focuses on lateral gene transfer (LGT) between bacteria and animals, notably documenting widespread LGT in invertebrates (Dunning Hotopp et al., 2007 Science ) and investigating bacterial DNA integration into human somatic genomes, particularly in cancer (2013 PLoS Comput Bio ). Her lab explores genomic interactions between pathogens like Wolbachia , Ehrlichia , Anaplasma , and Neisseria meningitidis and their hosts. Scientific Awards : 2010 NIH Director’s New Innovator Award 2010 Leading Women of Maryland (Maryland Daily Record) 2010 Genome Technology Young Investigator 2015 NIH Transformative Research Award Recent Publications examine bacterial integration in Drosophila ananassae , filarial nematodes, and human cancers, alongside developing bioinformatics tools for microbial comparative genomics. Labs & Teams : Her research group at the Institute for Genome Sciences investigates LGT mechanisms and pathogen-host genomics, with projects spanning computational genomics, transcriptomics, and public health implications.

• Lateral Gene Transfer
• Genomics
• Bacterial Pathogens
• +3 more

Saki Kadotani is a Clinical Assistant Professor in the Department of Veterinary Clinical Medicine at the University of Illinois at Urbana-Champaign , with affiliations to both the College of Veterinary Medicine and the Veterinary Teaching Hospital. She serves as Assistant Head for Clinical Years. Specializes in veterinary cardiology and parasitology Active in biomarker discovery and clinical imaging research Involved in multicenter trials on canine aging and disease Research Interests Kadotani's work focuses on: Comparative cardiology in feline and canine species Development of molecular diagnostics for heart disease Pharmacological targets in parasitic nematodes Aging interventions using rapamycin Imaging techniques for congenital heart defects Scientific Contributions Recent publications highlight her expertise in: Echocardiographic assessment of breed-specific cardiopathies Novel biomarkers like Galectin-3 for early disease detection Molecular characterization of parasitic drug targets Longevity studies in aging canine populations

• Veterinary Medicine
• Cardiology
• Hypertrophic Cardiomyopathy
• +5 more

Lee Rafuse Haines is an Associate Research Professor in the Department of Biological Sciences at the University of Notre Dame, where she leads research in medical and veterinary entomology, focusing on insect-borne diseases and vector-parasite-symbiont interactions. She previously held senior research and program management roles at the Liverpool School of Tropical Medicine, UK. Education: PhD in Tropical Medicine, University of Liverpool, UK MSc in Biochemistry and Molecular Parasitology, University of Victoria, Canada BSc in Biology, Trinity Western University, Canada Her research interests span insect microbiota, symbiosis, neglected tropical diseases, malaria control, and science communication . She investigates how gut bacteria influence vector immunity and transmission capacity, develops assays for measuring insect bite exposure, and studies tsetse breeding behavior. Her work integrates field studies in Kenya, Uganda, and Saudi Arabia with laboratory models. Her recent publications reveal a strong focus on vector biology, parasitology, and microbiome interactions , particularly in tsetse flies and sand flies. Themes include reproductive physiology, host-seeking behavior, symbiont isolation, and drug repurposing for disease control. Her research bridges basic science with translational applications for global health. Scientific Awards and Recognition: Award-winning mentor Dr. Haines is a dedicated mentor and science communicator, actively engaged in public outreach through science festivals, youth workshops, blogs, and radio. She champions mental health in STEM and promotes equity for underrepresented researchers. She collaborates with the Acosta-Serrano group on repurposing herbicidal compounds for vector control and has developed innovative insect-rearing modules for student education. Her lab maintains colonies of tsetse, mosquitoes, triatomines, and sand flies, supporting both research and teaching.

• Medical Entomology
• Veterinary Entomology
• Parasite-Symbiont-Vector Interactions
• +11 more

Alan L. Scott, PhD, MS is a Professor in the Department of Molecular Microbiology and Immunology at Johns Hopkins University's Bloomberg School of Public Health. He holds joint appointments in Biochemistry and Molecular Biology, International Health, and Environmental Health and Engineering, and is affiliated with the Center for Human Nutrition and the Johns Hopkins Malaria Research Institute. Dr. Scott earned his PhD from Johns Hopkins University in 1984, MS from Auburn University in 1977, and BS from the University of Michigan in 1972. His research focuses on the immunobiology of host-parasite interactions, with particular emphasis on how helminth parasites modify host immunity and control the Th1-Th2 axis of the immune response. His laboratory investigates two main areas: 1) using murine models of human asthma and allergy to identify genetic and molecular determinants of immune dysregulation, and 2) studying filarial nematode infections to identify parasite-derived molecules that modify host immune responsiveness. His research employs genomic, proteomic, and molecular approaches to understand pulmonary inflammation, repair, and remodeling. Analysis of Dr. Scott's recent publications reveals a continued focus on innate immunity, host-pathogen interactions, and immunomodulation. His work spans from fundamental immunological mechanisms to translational applications, with recent studies examining complement in breast milk, hemozoin-induced immune protection, lung immunity in neonatal models, and microbial agents in inflammatory eye disease. His fingerprint shows strong expertise in Brugia malayi, nematode immunology, mouse models, immune responses, and macrophage biology. Dr. Scott directs a microarray/proteomics core facility and has served as PI on NIH-funded research, particularly from NHBLI, investigating pulmonary inflammation and remodeling. His work has implications for understanding asthma, allergy, autoimmunity, and transplantation biology.

• Immunology
• Microbiology
• Parasitology
• +9 more

David G. Renter is a Professor of Epidemiology at Kansas State University's College of Veterinary Medicine , where he serves as Director of the Center for Outcomes Research and Epidemiology and holds the Dr. Robert MacDonald Professorship in Veterinary Medicine . With a BS in Biological Sciences (1994, University of Nebraska at Kearney) , DVM (1998) , and PhD in Veterinary Microbiology (2002) from Kansas State University, his career focuses on applying epidemiological principles to enhance animal health, food safety, and human health intersections. Academic background in biological sciences, veterinary medicine, and microbiology Leadership role in veterinary outcomes research Teaching focus on epidemiology and evidence-based practice Industry-aligned research with beef production systems His research emphasizes experimental/observational epidemiology in feedlot cattle, addressing complex issues like bovine respiratory disease , antimicrobial stewardship , economic modeling , and food safety . A Fellow of the Conference of Researchers in Animal Disease , he has published extensively on feedlot management , statistical disease modeling , and veterinary decision analytics . Recent publications (2022-2025) demonstrate a pattern of economic risk modeling in cattle operations, antibiotic metaphylaxis outcomes , weather-disease correlations , and structural equation modeling for feedlot data. His work bridges statistical rigor with practical agricultural applications . 2025: Economic modeling of feedlot interventions 2024: Causal inference frameworks in veterinary research 2023: Anthelmintic refugia strategy validation 2022: Vaccine efficacy testing in neonatal calves As a continuing education developer and graduate training architect , he mentors DVM, MPH, MS, and PhD students while directing population health initiatives. The Center for Outcomes Research under his leadership implements data-driven strategies for livestock sustainability and economic viability in animal health systems.

• Veterinary Epidemiology
• Animal Health
• Food Safety
• +4 more

Dipak K Raj is an Adjunct Associate Professor of Pathology and Laboratory Medicine at Brown University's Warren Alpert Medical School, where he leads research in molecular parasitology and malaria vaccine development. He concurrently holds an Assistant Professor position at the same institution. Dr. Raj completed his PhD (2005) and BS (1996) at Utkal University. His research focuses on: Molecular mechanisms of Plasmodium falciparum pathogenesis Pediatric vaccine development against malaria Identification of novel drug targets and transmission-blocking strategies Global health interventions for malaria-endemic regions including Sub-Saharan Africa and Southeast Asia Publications primarily investigate malaria vaccine antigens (PfSEA-1, PfGARP, PfGBP130), antibody-mediated parasite inhibition mechanisms, and diagnostic methods for parasitic diseases. Recent work emphasizes apoptosis-inducing therapeutics and multi-target vaccine approaches. Awards and honors include: New Investigator award by Lifespan (2011) NIH Postdoctoral Fellowship (2005-2010) Dr. Raj leads the Center for International Health Research (CIHR) and manages significant grants including: NIH R01 AI144014 ($2M+, PI) Warren Alpert Foundation mRNA vaccine project ($4.5M, Co-I) COBRE P20GM1043 pediatric vaccine development He holds multiple U.S. patents for malaria therapeutics and vaccine targets.

• Molecular Parasitology
• Malaria Vaccine Development
• Global Health
• +2 more

Julie C. Dunning Hotopp is a Professor in the Department of Microbiology and Immunology at the University of Maryland School of Medicine and a Member of the Institute for Genome Sciences. Her pioneering work on lateral gene transfer between bacteria and animals has reshaped understanding of host-microbe genomic interactions, with significant implications for human disease mechanisms. Her academic journey includes: B.S. in Microbiology and Immunology from the University of Rochester (1993-1997) Ph.D. in Microbiology and Molecular Genetics from Michigan State University (1997-2002) Postdoctoral Fellowship at The Institute for Genomic Research (2002-2005) Dunning Hotopp's research centers on lateral gene transfer (LGT) from bacteria to animal hosts. Her landmark 2007 Science paper demonstrated extensive LGT from Wolbachia to invertebrates, ranked 73rd in Discover Magazine's top 100 discoveries of 2007. She expanded this to human somatic genomes, presenting computational evidence of bacterial DNA integration in cancer genomes (PLoS Comput Bio, 2013). Her work spans Wolbachia symbiosis in insects/nematodes, pathogen genomics of Ehrlichia/Anaplasma/Neisseria, and developing bioinformatics tools for genomic analysis. Recent publications reveal three converging research trajectories: bacterial DNA integration mechanisms in human cancers, Wolbachia-host coevolution in filarial diseases, and pathogen genomics for emerging infectious diseases. Her team combines computational genomics with molecular validation to explore LGT's role in disease pathogenesis. Her major accolades include: NIH Director’s New Innovator Award (2010) Leading Women of Maryland (2010) Genome Technology Young Investigator (2010) NIH Transformative Research Award (2015) Supported by substantial NIH funding including the New Innovator and Transformative Research Awards, her laboratory trains next-generation genomic scientists while pioneering methods to detect bacterial DNA integrations. Current projects focus on validating LGT events in cancer genomes and identifying novel drug targets for lymphatic filariasis through transferred bacterial genes. She directs two research groups at the Institute for Genome Sciences: the Lateral Gene Transfer Lab (igs.umaryland.edu/labs/lgthgt/) and her primary laboratory (igs.umaryland.edu/labs/hotopp/), where interdisciplinary teams employ single-molecule sequencing, comparative genomics, and bioinformatics to investigate host-microbe evolutionary dynamics.

• Lateral Gene Transfer
• Genomics
• Microbiology
• +5 more

Daniela Hernandez Muguiro serves as a Clinical Assistant Professor in the Department of Diagnostic Medicine/Pathobiology at Kansas State University's College of Veterinary Medicine. Her clinical expertise spans hematology, cytology, urinalysis, chemistry, and serum protein electrophoresis within veterinary diagnostic pathology. Her academic foundation includes: BVSc (2008) from Universidad de Guadalajara Master in Veterinary Medicine: Veterinary Clinical Pathology (2011-2013) from Universidad Nacional Autonoma de Mexico Clinical Pathology residency (2015-2018) at Cornell University Diplomate of the American College of Veterinary Pathologists (Clinical Pathology, 2018) Dr. Hernandez Muguiro's research program centers on clinical pathology with specialized focus on canine and feline hematopoietic neoplasia and tick-borne diseases. Her work bridges diagnostic laboratory medicine with collaborative clinical studies, particularly examining vector-borne pathogens in Hong Kong canine and feline populations. Recent publications reveal expanding interests in machine learning applications for immunocytochemistry image analysis and the epidemiology of emerging pathogens in exotic species. Her scientific contributions demonstrate consistent productivity across parasitology, hematology, and diagnostic methodology. The publication timeline shows progressive specialization in tick-borne disease epidemiology (2023-2024), hematopoietic neoplasia in exotic species (2020), and innovative diagnostic approaches (2023-2025), with increasing international collaboration evident in Hong Kong-based studies. Her professional recognition includes: Diplomate, American College of Veterinary Pathologists (Clinical Pathology, 2018) As an educator, she directs fourth-year veterinary student rotations in VDMP902 Diagnostic Medicine while training diagnostic medicine interns and anatomic pathology residents. Her collaborative research model emphasizes clinical pathology support for multidisciplinary studies, though specific grant details remain unpublicized. Current work shows strong international engagement through Hong Kong-based investigations of vector-borne diseases and fungal infections in companion animals, with growing integration of computational methods in diagnostic pathology.

• Clinical Pathology
• Veterinary Hematology
• Tick-borne Diseases
• +3 more

Shirley Luckhart is a Professor of Entomology, Plant Pathology and Nematology at the College of Agricultural and Life Sciences and Professor of Biological Sciences at the College of Science, University of Idaho. She serves as Co-Director of the Institute for Health in the Human Ecosystem. Her research focuses on arthropod-borne infectious diseases, particularly malaria, with an emphasis on innate immunity in mosquito and mammalian hosts, transmission blocking interventions, and the impact of HIV/malaria co-infection. Luckhart’s lab has studied murine and non-human primate models of malaria for over 25 years. Education: Ph.D., Rutgers University (1995); M.S., Auburn University (1990); B.S., University of Florida (1986). She holds dual appointments in Entomology and Biological Sciences, reflecting her interdisciplinary research on vector-borne diseases. Research interests include regulation of malaria parasite development in mosquitoes, host immune responses to infection, and how host factors like histamine and serotonin influence vector behavior and transmission. Recent work explores metabolic pathways (e.g., coenzyme A biosynthesis) as targets for interventions. Her team also investigates HIV/malaria co-infection dynamics in Kenya, revealing how HIV alters malaria transmission potential. Publications highlight breakthroughs in understanding host-parasite interactions, including cytokine roles in intestinal barrier integrity and the impact of environmental factors like histamine on mosquito feeding behavior. Awards include the Founders’ Memorial Award (Entomological Society of America) and recognition for mentoring. Luckhart leads the Luckhart Lab, fostering global health research and training. Her work bridges basic science and community-driven solutions to combat vector-borne diseases, emphasizing equity in healthcare access and public health policy.

• Malaria Research
• Innate Immunity
• Vector-borne Diseases
• +3 more

David L. Williams is an Associate Professor in the Department of Microbial Pathogens and Immunity at Rush Medical College, Rush University. His research spans parasitology, redox biology, and immunology, with a focus on schistosomiasis and fungal pathogenesis. Research Interests: Dr. Williams investigates the biochemical and structural properties of key enzymes in parasitic organisms such as Schistosoma mansoni , particularly thioredoxin glutathione reductase (TGR), a validated drug target. His work extends to host immune responses to microbial pathogens, including the role of β-glucans and mannans in modulating innate immunity. He explores how fungal carbohydrates influence immune recognition and evasion, especially in Candida species. His interdisciplinary approach integrates biochemistry, structural biology, and immunology to develop novel therapeutics for neglected diseases. Publication Trends: His recent publications highlight a strong focus on enzyme inhibition, drug development for parasitic diseases, and the immunomodulatory effects of microbial carbohydrates. His work frequently appears in high-impact journals such as Nature Communications , Cell , and ACS Infectious Diseases , reflecting significant contributions to both basic and translational research. Scientific Awards: No specific awards were mentioned in the provided text. Advising and Grants: While specific student names are not listed, Dr. Williams leads an active research laboratory and collaborates extensively. His work is supported by federal funding, as indicated by his NIH COMMONS name (DLWILLI), and he contributes to large-scale collaborative efforts in parasitology and immunology. Laboratory and Research Teams: Dr. Williams directs a research laboratory at Rush University focused on microbial pathogens and immunity. His team investigates redox biology in parasites, host immune responses to fungal and helminth infections, and the development of novel antiparasitic agents. He collaborates with researchers across institutions, contributing to multidisciplinary studies on pathogen biology and immune modulation.

• Schistosomiasis
• Redox Biology
• Drug Development
• +7 more

S. Patricia Stock is a Professor and Director of the School of Animal and Comparative Biomedical Sciences at the University of Arizona. She holds a joint appointment in the Department of Entomology and is also a Professor in the Honors College. Her academic journey began in Argentina, where she earned her B.S. and Ph.D. from Universidad Nacional de La Plata, followed by research at UC Davis before joining the University of Arizona in 2001. B.S. in Biology (Zoology), Universidad Nacional de La Plata, Argentina Ph.D. in Natural Sciences (Parasitology and Nematology), Universidad Nacional de La Plata, Argentina Postdoctoral Training, University of California, Davis Dr. Stock's research centers on entomopathogenic nematodes (Steinernema and Heterorhabditis) and their bacterial symbionts (Xenorhabdus and Photorhabdus), which serve as a model system for studying terrestrial animal-microbe symbiosis. Her work explores host-symbiont interactions, multitrophic dynamics, nematode biodiversity, and the discovery of bioactive compounds with agricultural applications. She has contributed significantly to the understanding of symbiont-assisted resource acquisition, pheromone production, and secondary metabolite biosynthesis. Her recent publications reveal a consistent focus on the molecular and ecological mechanisms underlying nematode-bacterial symbioses, including bacterial competition, virulence modulation, and environmental adaptation. Themes across her work include microbial interactions, evolutionary biology, and sustainable pest management. Scientific Awards and Honors: Founders Lecture Award, Society for Invertebrate Pathology (2018) Fulbright Scholar, Senior Specialist Program (2006) David E. Cox Faculty Teaching Award, University of Arizona (2014) President, Organization of Nematologists of Tropical America (2009) Academic Leadership Fellow, UA Academic Leadership Program (2011) Multiple honors appointments in the University of Arizona Honors College (2014–2017) Dr. Stock has served in numerous leadership roles, including editor of the book Insect Pathogens: Molecular Approaches and Techniques , associate editor for several journals, and active participation in scientific societies such as SIP, SON, ONTA, and ISS. She mentors students and advises on research projects, contributing to both basic science and applied biological control strategies.

• Nematology
• Entomopathogenic Nematodes
• Symbiosis
• +12 more