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Postdoctoral Strategic Initiative

RESEARCH ENHANCEMENT

The MU Research Excellence Program (REP) enhances the university’s research mission by providing funding to high-performing faculty to hire postdoctoral scholars to further research productivity and advance postdoctoral scholar careers.

The Research Excellence Program (REP) is coordinated by the Office of Postdoctoral Education housed within the Graduate School.

The REP program helps support the research mission by:

  • Increasing research support, capacity, and productivity from existing high-performing faculty
  • Providing specialized training and support to postdoctoral scholars to advance their careers and preparedness to apply for grants and early career awards

MU Faculty are competitively selected to be REP Faculty Scholars and participate in a call to hire REP Postdocs. The REP Faculty Scholar serves as the REP Postdoc’s research sponsor and mentor. REP Postdocs are provided with a competitive salary and professional development funds.

Professional development for REP postdocs includes grant writing training, personalized guidance in finding funding, and support in the process of submitting for NIH K99 and other early career awards. REP provides postdoctoral scholars with unique opportunities to prepare for a faculty career. The Office of Postdoctoral Education manages the hiring process for REP and helps coordinate ongoing professional development.

Now Accepting Applications!

Many REP Faculty Scholars are accepting applications for REP Postdoctoral Fellow positions. Please check their profiles below.

Meet our REP Faculty Scholars!

Carolyn Anderson, PhD
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Carolyn Anderson, PhD

Carolyn Anderson, PhD

Profile

The Anderson lab performs the design, synthesis, and biological evaluation of novel radiometal-based radiopharmaceuticals for diagnostic imaging and targeted radiotherapy of cancer and other diseases. A current focus of her research lab is the development of imaging agents for up-regulated receptors on immune cells that are involved in inflammation related primary tumor growth and cancer metastasis, and sickle cell disease.

Webpage

Molecular Imaging and Theranostics Center

LinkedIn

https://www.linkedin.com/company/molecular-imaging-and-theranostics-center-university-of-missouri

Twitter: @andersoncj44; @Mizzou_MITC

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Prasad Calyam, PhD
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Prasad Calyam, PhD

Now accepting applications!

Prasad Calyam, PhD

Now accepting applications!

Profile

Prasad Calyam is the Greg L. Gilliom Professor of Cyber Security in the Department of Electrical Engineering and Computer Science, and Director of the Cyber Education, Research and Infrastructure Center (Mizzou CERI). His research group investigates methods to model, manage and secure cloud computing applications that have real-time resource allocation needs and require high-speed networks. His latest projects involve use of recommender systems equipped with intelligent agents to help decision makers of applications (e.g., in cyber defense, healthcare, bioinformatics and advanced manufacturing) to improve productivity and collaboration through automation, and ultimately by autonomous operation.

https://engineering.missouri.edu/faculty/prasad-calyam/

REP Postdoc Opportunity

Dr. Prasad Calyam has an opening for a postdoctoral research scholar in computer science. The qualified candidate will contribute to scientific research and software/testbed development efforts for projects in cloud computing and cybersecurity. Please see the following for more information and to apply to the position.News Release: https://engineering.missouri.edu/calyam-selected-to-participate-in-mu-research-excellence-program/Apply Here: https://tinyurl.com/5e3sjtaeInterested applicants can contact Prasad Calyam (calyamp@missouri.edu) with any questions.

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Shiyou Chen, DVM, PhD
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Shiyou Chen, DVM, PhD

Now accepting applications!

Shiyou Chen, DVM, PhD

Now accepting applications!

Profile

Dr. Chen has a broad research interest in vascular biology. He has been studying molecular mechanisms underlying the development of a number of vascular diseases including abdominal aortic aneurysm, atherosclerosis, hypertension, restenosis and vascular remodeling following vascular injury such as angioplasty, etc. His efforts have been largely directed to investigate vascular smooth muscle phenotypic modulation during artery wall remodeling in pathological conditions. Dr. Chen also studies vascular inflammation, endothelial dysfunction, and metabolic disorders including obesity and fatty liver diseases. His laboratory uses a variety of molecular and cellular technology as well as animal models and human biopsies to address fundamental questions in disease development.

https://medicine.missouri.edu/faculty/shiyou-chen-dvm-phd

REP Postdoc Opportunity

A Postdoctoral Research Fellow position is available in the Department of Surgery. The research projects will examine molecular mechanisms underlying the development of cardiovascular diseases with a focus on smooth muscle phenotypic modulation, vascular remodeling, atherosclerosis, or aortic aneurysm. Successful candidates should be highly motivated with the ability to work independently and have a Ph.D. in biological sciences with experience/expertise in cardiovascular research as well as solid publications. Preference will be given to candidates with experience in smooth muscle, endothelial cells, or macrophages with strong molecular and cell biology training. Experience with animal models such as artery injury, atherosclerosis, aortic aneurysm is also highly desirable. The REP offers a competitive salary of $56,000/year plus fringe benefits. Candidates should submit their application with a current CV and the name, phone number, and e-mail addresses of three references to Dr. Shiyou Chen (scqvd@missouri.edu). The University of Missouri is an equal opportunity employer and does not discriminate against applicants due to race, ethnicity, gender, veteran status, or on the basis of disability or any other federal, state, or local protected class.

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Timothy Domeier, PhD
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Timothy Domeier, PhD

Timothy Domeier, PhD

Profile

Dr. Domeier is the Principal Investigator of the Cardiac Cell Physiology laboratory, which investigates pathological alterations in cardiac muscle cell calcium handling in diseases including heart failure, muscular dystrophy, diabetes, genetic cardiomyopathy, and arrhythmia. With each heartbeat, calcium in the cardiac muscle cell cycles dramatically, changing from very low levels during diastole to high levels during systole. In the normal heart these calcium signals exhibit precise timing, which orchestrates the coordinated contraction of all muscle cells and ensures proper pumping of blood. During heart disease muscle cells are unable to properly regulate calcium which leads to cellular contractile dysfunction, muscle cell damage, and electrophysiological abnormalities. In patients, these cellular findings manifest as cardiac failure, cardiac arrhythmia, and sudden death. The laboratory uses innovative approaches to examine when and where calcium changes within the muscle cell, with the overall goal of designing targeted therapeutic approaches to treat patients with cardiovascular disease.

https://medicine.missouri.edu/faculty/timothy-l-domeier-phd

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John Driver, PhD
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John Driver, PhD

John Driver, PhD

Profile

John Driver is an Associate Professor in the Division of Animal Sciences. His research is directed at using genetically edited pig models to study the development and maintenance of pulmonary immunity. He is particularly focused on understanding the role played by unconventional T cell types in establishing immune homeostasis in the respiratory tract as well as their contribution to host resistance against pathogens that are important for swine and human health.

https://bondlsc.missouri.edu/person/john-driver

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Dongsheng Duan, PhD
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Dongsheng Duan, PhD

Dongsheng Duan, PhD

Profile

Dongsheng Duan, Ph.D. is a Curators’ Distinguished Professor and Margaret Proctor Mulligan Professor in Medical Research at the University of Missouri, School of Medicine, Department of Molecular Microbiology and Immunology. Dr. Duan is a fellow of the National Academy of Inventors and a fellow of American Association for the Advancement of Science (AAAS). He has made many seminal contributions in the field of gene therapy, in particular, in the development of the adeno-associated virus vector and Duchenne muscular dystrophy gene therapy. He is the recipient of American Society of Gene Therapy Outstanding New Investigator Award in 2006. He also received Spurgeon Distinguished Medical Research Award in 2004, Chancellor’s Award for Outstanding Research and Creative Activity at the University of Missouri in 2009, Honorary Medical Alumni Award in 2017, and Excellence in Research Mentoring of Trainees Award in 2017. Mizzou 18 Honored Mentor in 2021. Dr. Duan has consistently been ranked in top 3 in the worldwide expert database in the field of Duchenne muscular dystrophy. He has published more than 185 research articles and edited/co-edited three muscle gene therapy books. His papers have been cited more than 12,529 times (H index: 59; i10 index: 150). He serves as an associate editor for Human Gene Therapy, Molecular Therapy, Frontiers in Physiology, and Frontiers in Genome Editing. He is also on the editorial board of Gene Therapy, and Current Biotechnology. Further, Dr. Duan has severed as a panel member in more than 76 NIH study sections and numerous study sections for other federal agencies and private foundations. He has also reviewed manuscripts for more than 102 scientific journals. For more detail, please check out the web links below.

https://medicine.missouri.edu/faculty/dongsheng-duan-phd/

https://expertscape.com/ex/duchenne+muscular+dystrophy

https://scholar.google.com/citations?user=b9_fP3IAAAAJ&hl=en

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David Geary, PhD
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David Geary, PhD

David Geary, PhD

Profile

Dr. Geary is a Curators’ Distinguished Professor in the Department of Psychological Sciences and Interdisciplinary Neuroscience Program and Director of the MU Math Study (https://mumathstudy.missouri.edu/). We focus on the cognitive factors that contribute to mathematical learning from preschool through high school algebra. The current focus is on the cognitive mechanisms, such as spatial abilities, that support algebraic cognition and learning, and we are beginning a multi-systemic longitudinal study of preschoolers’ early quantitative development. The focus here is on knowledge and skills that support readiness for math learning at school entry and on the child-, home-, and classroom-centered factors that contribute to the acquisition of this knowledge.

https://gearyd.mufaculty.umsystem.edu/

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Keri Jacobs, PhD
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Keri Jacobs, PhD

Keri Jacobs, PhD

Profile

Dr. Keri L. Jacobs is associate professor of agriculture and applied economics in the Division of Applied Social Sciences. She holds the MFA Chair in Agribusiness and is Fellow of the Graduate Institute of Cooperative Leadership. Keri’s passion is to elevate cooperatives’ success and prominence by addressing the unique needs of agricultural cooperatives nationally. Her outreach focuses on governance and financial development of directors, employees, and cooperative members, and her research considers producers’ supply chain opportunities and the causes and consequences of ag consolidation.

https://cafnr.missouri.edu/person/keri-l-jacobs/

https://www.linkedin.com/in/keri-jacobs-982338125/

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Elizabeth King, PhD
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Elizabeth King, PhD

Now accepting applications!

Elizabeth King, PhD

Now accepting applications!

Profile
Research in the King Lab addresses fundamental questions in evolutionary genomics, seeking to understand how genomes change when phenotypes evolve. We integrate computational methods with large-scale empirical studies, with a primary focus on understanding the evolution of complex traits, particularly sensory and life history traits, using the fruit fly model system.
http://elizabethking.orgtwitter: @KingLabMU
REP Postdoc Opportunity
A postdoctoral position is available in the laboratory of Elizabeth King (http://elizabethking.org) at the University of Missouri.  Research in the King Lab addresses fundamental questions in evolutionary genomics, seeking to understand how genomes change when phenotypes evolve. We integrate computational methods with large-scale empirical studies, with a primary focus on understanding the evolution of complex traits, particularly sensory and life history traits, using the fruit fly model system. We welcome applicants who have a desire to learn and gain experience with quantitative biology, experimental evolution, and/or genomics.
Initial appointment is for 1 year with the possibility of renewal based on satisfactory performance, and will include benefits and a starting salary of $56,000. The postdoctoral scholar will receive support in order to apply for a postdoctoral fellowship in the first year. The start date for the position is flexible, ideally no later than January 2023.
Interested applicants should email Elizabeth King (kingeg@missouri.edu) and provide a brief cover letter, a C.V., and names and contact information for 3 references. The cover letter should include a brief description of previous research experience, interest in the position, and future career goals. The position will remain open until filled.
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Gavin King, PhD
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Gavin King, PhD

Gavin King, PhD

Profile

Gavin’s research interests lay at the intersection of condensed matter physics, molecular biology, and nanotechnology. During his graduate research, he developed some of the first nanopore sequencing devices as well as ice lithography, a novel nanofabrication method. He carried out postdoctoral research at JILA/National Institute of Standards and Technology where he spearheaded a project to develop high precision atomic force microscopy apparatus. His laboratory at MU focuses on central problems in membrane biophysics, developing and applying state-of-the-art single molecule biophysics technology.

https://kinggm.mufaculty.umsystem.edu/

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David Kline, PhD
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David Kline, PhD

David Kline, PhD

Profile

Our laboratory focuses on the cardiovascular and respiratory systems. These vital systems operate to keep our bodies within “normal” physiological limits to preserve homeostasis. When challenged with low environmental oxygen (hypoxia) levels respiration, blood pressure and heart rate compensate to maintain arterial blood gas levels. This can happen during high altitude assent or disease states such as sleep apnea. Long term hypoxic challenges result not only in physiological changes but also gene changes. Determining these mechanisms during health and disease is the focus of the laboratory.

http://klinelab.dalton.missouri.edu/

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De-Pei Li, MD, MSc
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De-Pei Li, MD, MSc

De-Pei Li, MD, MSc

Profile

The research interests of my laboratory focus on neural mechanisms involved in cardiovascular diseases and chronic stress.  Identifying cellular and synaptic mechanisms involved in cardiovascular diseases and chronic stress-related neurological disorders are critical for developing novel therapeutics to treat these diseases.  The ongoing projects in the lab are to explore the role of neuroendocrine dysfunction in hypertension and other brain disorders. We use multiple experimental approaches including electrophysiology, molecular biology, and transgenics in the research projects.

https://medicine.missouri.edu/faculty/de-pei-li-md-msc

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Chris Lorson, PhD
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Chris Lorson, PhD

Now accepting applications!

Chris Lorson, PhD

Now accepting applications!

Profile

Dr. Lorson’s research focuses upon precision health approaches to address neurodegenerative diseases such as spinal muscular atrophy (SMA), Charcot-Marie-Tooth (CMT) disease, SMA with respiratory distress and others. Leveraging gene therapy and antisense oligonucleotide strategies to modulate pathogenic gene expression, novel therapeutics are developed to address these devastating diseases.

https://medicine.missouri.edu/faculty/christian-lorson-phd

REP Postdoc Opportunity

If you are interested in applying for a REP postdoc position with Prof. Lorson, contact him at lorsonc@missouri.edu.

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Sarah Lovell, PhD
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Sarah Lovell, PhD

Sarah Lovell, PhD

Profile

Here is a brief bio: Sarah’s research focuses on the analysis and design of sustainable, multifunctional landscapes that have the potential to improve ecosystem functioning and the provision of ecosystem services. As the director of the Center for Agroforestry, she leads a multidisciplinary team in studying the benefits of integrating trees into agricultural landscapes. A recent focus of research is on the human health benefits of nutrient-dense berries and heart-healthy nuts that can be produced from agroforestry systems.

https://cafnr.missouri.edu/person/sarah-lovell

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Sarah Low, PhD
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Sarah Low, PhD

Sarah Low, PhD

Profile

Sarah’s research emphasizes how to support and facilitate rural economic development. In particular, she focuses on studying entrepreneurship as a strategy to grow economies and understanding and analyzing how farms and rural businesses contribute financially to their regional economies. As a regional economist, she approaches problems through a spatial lens. Through her research, she prioritizes policy-relevant issues and add to the dialogue about how to form effective policy for rural America.

https://cafnr.missouri.edu/person/sarah-low/

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Camila Manrique, MD
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Camila Manrique, MD

Camila Manrique, MD

Profile

Dr. Camila Manrique Acevedo is an Associate Professor with tenure in the Division of Endocrinology at the University of Missouri. She is the Faculty Director for Research Operations in the Medicine Department and the Chief of Endocrinology at the Harry S Truman VA Hospital.

Dr. Manrique Acevedo research program focuses on addressing sex-related inequities in cardiovascular disease and on the mechanisms responsible for the increased incidence of cardiovascular disease in insulin resistance subjects. Her laboratory performs state-of-the-art vascular and metabolic studies in both type 2 diabetic subjects and in relevant translational animal models of obesity and insulin resistance.

Dr. Manrique Acevedo has experience leading human subjects research projects. She is a principal investigator and co-investigator in federally funded trials (NIH and Veterans’ Administration) enrolling populations that range from healthy adults to patients with obesity, type 2 diabetes and cardiovascular disease.

Dr. Manrique Acevedo completed medical school at the National University in Bogota -Colombia, Internal Medicine residency and endocrinology fellowship at University of Missouri-Columbia.

https://www.muhealth.org/doctors/camila-manrique-md

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Ron Mittler, PhD
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Ron Mittler, PhD

Ron Mittler, PhD

Profile

Ron Mittler is a Professor in the Division of Plant Sciences and Technology and in the Department of Surgery, and a Bond Life Sciences Center Investigator, at the University of Missouri, Columbia. He received his Ph.D. in Biochemistry at Rutgers University. His research is focused on reactive oxygen species metabolism and signaling in plant and animal cells, systemic responses of plants to stress, cancer biology, and stress combination.

cafnr.missouri.edu/person/ron-mittler/

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Jaume Padilla, PhD
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Jaume Padilla, PhD

Jaume Padilla, PhD

Profile

Dr. Padilla is an associate professor in the Department of Nutrition and Exercise Physiology and resident investigator at the Roy Blunt NextGen Precision Health Building. His research program focuses on understanding the mechanisms of vascular endothelial dysfunction in obesity, insulin resistance and type 2 diabetes, as well as the impact of physical (in)activity. His federally funded research studies incorporate biochemical and molecular techniques, in vitro cell and tissue culture models, in vivo studies in genetic mouse models and large animals, and clinical studies in human participants.

https://nep.missouri.edu/faculty/jaume-padilla

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Wendy Reinke, PhD
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Wendy Reinke, PhD

Wendy Reinke, PhD

Profile

Wendy M. Reinke, Ph.D. is a Curators Distinguished Professor in School Psychology and co-director of the Missouri Prevention Science Institute. Her primary area of research is in the prevention of disruptive behavior problems in children, teacher consultation, and school mental health. She is the director of the National Center for Rural School Mental Health funded by the U.S. Department of Education.

https://education.missouri.edu/person/wendy-reinke

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Delinda van Garderen, PhD
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Delinda van Garderen, PhD

Delinda van Garderen, PhD

Profile

Delinda van Garderen, PhD, is a Professor of special education. She is currently the chair in the Department of Special Education at the University of Missouri. She received her Ph.D. at the University of Miami. Her research interests focus on students with learning disabilities, struggling learners, and teacher practice and development in the content areas of mathematics and science.

https://education.missouri.edu/person/delinda-van-garderen/fdfsadf

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Arthur Suits, PhD
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Arthur Suits, PhD

Arthur Suits, PhD

Profile

Arthur G. Suits obtained his PhD in 1991 with Nobel laureate Yuan T. Lee at Berkeley. He has held positions at Lawrence Berkeley and Brookhaven National Laboratories and faculty positions at Stony Brook and Wayne State. He is now Curators’ Distinguished Professor of Chemistry at the University of Missouri. He is a Fellow of the American Physical Society and the American Association for the Advancement of Science. He has devoted his career to studying the detailed dynamics of elementary chemical reactions.

https://chemistry.missouri.edu/people/suits

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Meet our REP Postdocs!

Larissa Ferreira Dos Santos, PhD
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Larissa Ferreira Dos Santos, PhD

Department of Medicine

Larissa Ferreira Dos Santos, PhD

Department of Medicine

REP 2022-2024

Ph.D., University of São Paulo, Brazil

Mentored By: Jaume Padilla, PhD

Larissa´s research interests include understanding the mechanisms of vascular endothelial dysfunction and determining the functional characteristics of cells within blood vessels affected by conditions such as diabetes, hypertension, and aging. She works at the Roy Blut NextGen Precision Health Building with biochemical and molecular techniques, in vitro cell and tissue culture models, animal models, and clinical studies in human participants. She is also interested in physical exercise as a non-pharmacological intervention to treat and prevent cardiovascular risk factors and subsequently cardiovascular diseases.

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