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Office of Research & Scholarship Welcome

JSSOM is enhancing its research infrastructure to better support student engagement and success. These updates are designed to provide clearer pathways, increased access to faculty mentorship, and more streamlined processes, ensuring that all students can navigate research opportunities with confidence and purpose.

Research Leadership & Student Support Model

The John Sealy School of Medicine (JSSOM) utilizes a tiered support structure to ensure students receive both general guidance and specialized expertise:

Research Leadership

Norma Pérez, MD, DrPH, CPC Assistant Dean for Educational Affairs

  • Oversees research programs and policy
  • Primary student-facing contact for high-level guidance

Erik Rytting, PhD Director of Medical Student Research

  • First point of contact for general research questions
  • Advises on research pathways and opportunities
  • Connects students with appropriate faculty mentors

Faculty-Guided Research Support

Students will now have access to faculty experts aligned with specific research areas, offering targeted mentorship and guidance:

  • Lab-Based Research: Richard Pyles, PhD
  • Clinical Research when written consent is needed: Shikha Wadhwani, MD, MS, FASN and Lori Simon
  • Behavioral, Ethics, & Historical Research: Lisa Campo-Engelstein, PhD
  • Artificial Intelligence (AI): Gene Olinger, PhD, MBA, Georgiy Golovko, PhD
  • Database Research: Heidi Spratt, PhD, Soham Al Snih, MD, PhD
  • Clinical/Community/Observational Research: Miles Farr, MD, MPH
  • Educational Research (non-regulatory): Karen Szauter, MD
  • Regulatory IRB projects: Erik Rytting, PhD
  • Quality Improvement/Quality Assurance Lead (QI/QA): Gulshan Sharma, MD
  • Quality Improvement/Quality Assurance Faculty Support by Specialty

    For Quality Improvement and Quality Assurance projects, students have access to specialty-specific faculty mentors. If a designated mentor is unavailable, Dr. Gulshan Sharma will provide support.

    Specialties include:

    • Anesthesiology, Brian Masel, MD
    • Autopsy Services, Michelle Felicella, MD
    • Cardiology, Shareef Mansour, MD
    • Dermatology, Lindy Ross, MD
    • Emergency Medicine, Robert Kaale, MD
    • Family Medicine, Bhardwaj Namita, MD
    • Internal Medicine, Erin Hommel, MD
    • Neurology, Xiangping Li, MD
    • Neurosurgery, Pablo V. Quevedo, MD
    • OB/GYN, Gayle Olson, MD
    • Ophthalmology, Alaa Al-Suradi, MD
    • Orthopedic Surgery, Jeremy Somerson, MD
    • Otolaryngology, Dayton Young, MD
    • Pathology, Stephen Cheney, MD
    • Pediatrics, Leticia Castillo, MD
    • Psychiatry, Melissa DeFilippis, MD
    • Radiology, Irfan Masood, MD
    • TDCJ, Julieanna Camarena, MD

View FAQs about JSSOM Research Support

Research Mentors List

Last updated July 2026.

  • Anesthesiology

    FacultyProject Title / Research Opportunities
    Marcos Vidal Melo
    Chair/Professor

    Not Available

    mfvidalm@utmb.edu
    Working with Congli Zeng, MD PhD, Research Scientist on Effects of open-lung ventilation in postoperative pulmonary complications in obese laparoscopic surgery; Lung injury during mechanical ventilation in a large animal surfactant-depleted lung injury model
    Maria A. Micci
    Professor

    Not Available

    mmicci@utmb.edu
    Project focus on investigating the therapeutic effects of nano-pulsed laser therapy (NPLT) in traumatic brain injury, with particular emphasis on its neuromodulatory effects. Specifically, she will study whether NPLT can modulate microglial phenotypes, with the hypothesis that NPLT promotes a beneficial activation state of microglia that enhances brain resilience to TBI-induced neurodegeneration
    Michael Kinsky
    Professor

    Not Available

    mkinsky@utmb.edu
    Trinetx – aspiration pneumonitis; RCT – perioperative neuromuscular blockade and cardiopulmonary outcomes
    Perenlei Enkhbaatar
    Professor

    Not Available

    peenkhba@utmb.edu
    Large animal research project focused on ECMO efficiency
    Sharif Mohamed
    Associate Professor

    Not Available

    shmohame@utmb.edu
    Anesthetic bioethics for perioperative care of Juvenile incarcerated patients; Impact of socioeconomic status on perioperative anesthetic outcomes for pediatric patients undergoing T/A; Impact of rinsing oral midazolam in the mouth first before swallowing to increase buccal and sublingual absorption to shorten its onset of action
  • Biochemistry & Molecular Biology

    FacultyProject Title / Research Opportunities
    Guy Nir
    Assistant Professor

    Available

    niguy@utmb.edu
    Resolving genome topology in single cells with super-resolution microscopy
    Junji Iwahara
    Professor

    Available

    juiwahar@utmb.edu
    Covalent inhibition of extracellular HMGB1
    Li-av Segev Zarko
    Assistant Professor

    Available

    lisegevz@utmb.edu
    TBD
    Michelle Ward
    Assistant Professor

    Available

    miward@utmb.edu
    Global gene regulatory dynamics in human pluripotent stem cell models
    Rovshan Sadygov
    Associate Professor

    Available

    rgsadygo@utmb.edu
    TBD
    Xun Sun
    Assistant Professor

    Available

    xunsun@utmb.edu
    Probing conformational dynamics of the tumor suppressor p53
  • Cardiovascular Medicine

    FacultyProject Title / Research Opportunities
    Aiham Albaeni
    Assistant Professor

    Available

    aialbaen@utmb.edu
    General Cardiology
    Ayman Elbadawi
    Assistant Professor

    Available

    amelbada@utmb.edu
    Interventional Cardiology
    Diann Gaalema
    Associate Professor

    Available

    digaalem@utmb.edu
    clinical trials, cardiac rehabilitation/secondary prevention, use of tobacco/nicotine, social determinates of health, women in cardiology
    Joseph Allencherril
    Assistant Professor

    Available

    joallenc@utmb.edu
    General Cardiology
    Mohammed Saleh
    Assistant Professor

    Available

    masaleh@utmb.edu
    General Cardiology
    Mohanad Albayyaa
    Instructor Clinical Practice

    Available

    maalbayy@utmb.edu
    health outcomes, quality improvement, clinical databases, cardio-oncology
  • Family Medicine

    FacultyProject Title / Research Opportunities
    Brittany Smalls
    Associate Professor

    Available

    blsmalls@utmb.edu
    Cardiometabolic disorders (diabetes, obesity, CVD), Community-based/engaged research, Health services research/outcomes research (secondary data), Aging , Health disparities
    Charles Mouton
    Professor

    Available

    cpmouton@utmb.edu
    Women’s health, Health disparities, Late life domestic violence, Aging
    Ernst Nicanord
    Assistant Professor

    Available

    ejnicano@utmb.edu
    Aging, Substance use disorders, Lifestyle medicine
    Laura Porterfield
    Associate Professor

    Available

    lauporte@utmb.edu
    Diabetes, Team-based primary care, Health-related social needs, Clinical vaccinology, Women's health/menopause
  • Internal Medicine

    FacultyProject Title / Research Opportunities
    Isra Ali
    Assistant Professor

    Available

    isali@utmb.edu
    Clinical outcomes and metabolic changes in patients enrolled in our UTMB Weight Management Program. Evaluation of metabolic markers, body composition changes, and resting energy expenditure using InBody and indirect calorimetry data. Quality improvement project focused on optimizing obesity care workflows, patient education tools, or clinical documentation in metabolic health clinics.
    Salim Hayek
    Professor

    Available

    sahayek@utmb.edu
    Retrospective study on Immune Checkpoint Inhibitors Cardiotoxicity, with majority of research focused on clinical data extraction from EHR, to evaluate the adverse drug reactions across the various ICI treatments stemming from overactivation of the immune system and immune-related adverse events, especially myocarditis, with a mortality rate of close to 50%. There are currently no guidelines for cardiovascular monitoring of patients receiving ICIs; this study will attempt to find biomarkers indicative of cardiovascular risk and provide future guidance. 
  • Microbiology & Immunology

    FacultyProject Title / Research Opportunities
    Alison Coady
    Assistant Professor

    Available

    alcoady@utmb.edu
    Anti-fugus immunity, cell culture/mouse models, pathogenesis
    Ashok Chopra
    Professor

    Available

    achopra@utmb.edu
    Bacteriology, drug/vaccine study, pathogenesis, mouse models
    Cortney Woolsey
    Assistant Professor

    Available

    cbwillia@utmb.edu
    Virology, immunology, vaccine/anti-virus study, animal models
    Gene Olinger
    Professor

    Available

    ggolinge@utmb.edu
    Virology, vaccinology, quick diagnosis, field study
    Lynn Soong
    Professor

    Available

    lysoong@utmb.edu
    Immunology, bacterium infection models, pathogenesis
    Maureen Laroche
    Assistant Professor

    Available

    maularoc@utmb.edu
    Vector biology, molecular biology, pathogen detection, proteomics
    Robert Cross
    Associate Professor

    Available

    rwcross@utmb.edu
    Virology, immunology, vaccine/anti-virus study, mouse/NHP models
    Ruksana Huda
    Associate Professor

    Available

    rhuda@utmb.edu
    Immune dysregulation, autoimmune-based pathogenesis
    Scott Weaver
    Professor

    Available

    sweaver@utmb.edu
    Virology, vector biology, anti-virus regiment, field study
    Xuping Xie
    Associate Professor

    Available

    xuxie@utmb.edu
    Virology, anti-virus drug screen, genetics, molecular biology
    Yuejin Liang
    Assistant Professor

    Available

    yu2liang@utmb.edu
    Immunology, cell culture/mouse models, pathogenesis
  • Neurology

    FacultyProject Title / Research Opportunities
    Agenor Limon
    Associate Professor

    Available

    aglimonr@utmb.edu
    Excitation to inhibition balance has been proposed to be a major source of behavioral and neurological manifestation of disease. Here we use multi-omics data with direct analyses of functional receptors from the human brain to uderstand synaptic imbalance and its impact on health and disease
    Balaji Krishnan
    Associate Professor

    Available

    bakrishn@utmb.edu
    We use multimodal functional assessments of behavior, electrophysiology, and biochemical approaches to address the progression of neurodegenerative states in multiple translational approaches (Mice, Rats, Drosophila) with open dialogs to add additional ventures that would strengthen exploring mechanisms that become aberrant in pathological aging affecting cognitive status and developing therapeutics that can be translated from bench to bedside. Some recent advancements in the lab include the targeted delivery development approaches, exploring new gold standards to test synaptic integrity in human postmortem samples, and biomarker approaches. We are a very collaborative group with an eye for future intersections between different fields within and outside UTMB that would allow for developing the UTMB's mission - Purpose with a Passion!
    Diosely Silveira
    Professor

    Available

    dcsilvei@utmb.edu
    Quality of life in patients with epileptic seizures versus patients with psychogenic non-epileptic seizures. Around 30% of patients admitted to the Epilepsy Monitoring Unit (EMU) have paroxysmal non-epileptic seizures (PNES), and 10–73% patients have both PNES and epileptic seizures. People with PNES are generally thought to have poorer health-related quality of life (QoL) than people with epilepsy. This project will explore and compare the neuropsychiatric disorders that may affect the QoL in these patients, including depression, anxiety, illness perception, and cognitive function. 
  • Neurosurgery

    FacultyProject Title / Research Opportunities
    Pablo Valdes Quevedo
    Assistant Professor

    Available

    paavalde@UTMB.EDU
    None
  • OB/Gyn

    FacultyProject Title / Research Opportunities
    Erik Rytting
    Associate Professor

    3 Slots Available

    erryttin@UTMB.EDU
    Projects will investigate the use of nanoparticle formulations to alter the transfer of drugs across the placenta to improve maternal or fetal pharmacotherapy during pregnancy. Laboratory techniques utilized during the research projects may include nanoparticle preparation and characterization, HPLC, and cell culture.
    Ananth Kammala
    Associate Professor

    Available

    ankammal@utmb.edu
    1. Drug screening using a 3D bioprinted platform. 2. AI programs to screen drug libraries
    Christine Hsu
    Assistant Professor

    2 Slots Available

    cdhsu@utmb.edu
    Conducts cancer epidemiology and pharmacoepidemiology research using large healthcare databases. Her research focuses on women's midlife health, gynecologic cancers, breast cancer, and medication utilization and safety.
    Emmanuel Amambebe
    Instructor Research

    2 Slots Available

    emmamabe@utmb.edu
    1. Vaginal dysbiosis and preterm birth. 2. Exosomes as biomarkers for preeclampsia
    Fangjian Guo
    Assistant Professor

    2 Slots Available

    faguo@utmb.edu
    Trends in the incidence of physical activity-related cancers in the United States. We will assess the trends in the incidence of physical activity-related cancers (colon, postmenopausal breast, and uterine cancers) from United States Cancer Statistics (USCS); • High-risk behaviors in adolescents and adolescents with no high-risk behaviors. We will assess trends in the prevalence of high-risk behaviors in adolescents and adolescents with no high-risk behaviors using data from Youth Risk Behavior Surveillance System (YRBSS).
    Lauren Richardson,
    Associate Professor

    Not Available

    lestaffo@utmb.edu
    1. Organ-on-a-Chip Projects. 2. Organoid development
    Ourlad Tantengco
    Unknown

    Available

    outanten@UTMB.EDU
    1. Systematic review of preterm birth biomarkers. 2. Develop an exosomal regenerative cervix model.
    Ramkumar Menon
    Professor

    2 Slots Available

    ra2menon@utmb.edu
    1. Preterm birth biomarkers. 2. Preterm birth drug development. 3. Preterm birth: Organ-on-a-Chip Modeling. 4. Preterm birth-associated exosome signaling
    Surendra Sharma
    Professor

    2 Slots Available

    susharma@utmb.edu
    1. Proteinopathies in the placenta. 2. Placental aging model to study Alzheimer's
    Victor Adekanmbi
    Assistant Professor

    Available

    viadekan@utmb.edu
    Trends in Ovarian Cancer Mortality Among Premenopausal and Postmenopausal Women in the United States, 1975-2023 Introduction; Ovarian cancer remains the leading cause of gynecological cancer-associated mortality in developed countries. Menopausal status is a known risk factor for ovarian cancer, and most cases occur after menopause. The aim of this study is to characterize current trends in the mortality from ovarian cancer between premenopausal and postmenopausal women to inform future targeted healthcare interventions and prevention programs in the United States (US). Methods - This population-level cross-sectional study will analyze data from the US Cancer Statistics (USCS) database between 1975−2023, covering 98% of the US population, including the 50 states and the District of Columbia. We will calculate age-standardized mortality rates (ASMR) per 100,000 population and use joinpoint regression to compute the average annual percentage change (APC) in ovarian cancer mortality with 95% confidence intervals (CI).
    Xiao-Ming Wang
    Assistant Professor

    2 Slots Available

    xiawang1@utmb.edu
    Mass Spec analysis of drugs
  • Otolaryngology

    FacultyProject Title / Research Opportunities
    Marie Kubota
    Assistant Professor

    Available

    makubota@utmb.edu
    Mumps, viral infection induced hearing loss, basic science projects
    Orly Coblens
    Associate Professor

    Available

    orcoblen@utmb.edu
    Head and neck cancer related clinical projects, TriNETX database studies
    Scott Hardison
    Assistant Professor

    Available

    sahardis@utmb.edu
    Rhinology related clinical projects
    Tomoko Makishima
    Associate Professor

    Available

    tomakish@utmb.edu
    Lassa virus infection induced hearing and balance dysfunction, otology related clinical and basic science projects
    Viran Ranasinghe
    Assistant Professor

    Available

    vjranasi@utmb.edu
    Head and neck cancer related clinical projects, TriNETX database studies
  • Pathology

    FacultyProject Title / Research Opportunities
    Bin Gong
    Associate Professor

    Available

    bigong@utmb.edu
    TBD
    Alexander Freiberg
    Professor

    Available

    anfreibe@utmb.edu
    Understanding the molecular mechanisms by which emerging RNA viruses cause encephalitis and hemorrhagic fever diseases.
    Jianli Dong
    Professor

    Available

    jidong@utmb.edu
    Genetic and genomic medicine is a rapidly advancing field that utilizes genomic information to support the diagnosis, prognosis, and treatment of a wide range of diseases. Students engaging in this area have the opportunity to undertake research projects aligned with their specific interests. These may include investigating the clinical relevance of DNA variations—such as single nucleotide variants (SNVs), insertions and deletions (indels), and structural variants (e.g., copy number gains and losses)—as well as genomic biomarkers like tumor mutational burden (TMB) and microsatellite instability (MSI). Such alterations are commonly identified through chromosome microarray analysis or next-generation sequencing of postnatal germline samples, products of conception, or tumor specimens, contributing valuable insights into disease characterization and clinical management. Students will gain practical exposure to the Molecular Diagnostics Laboratory through observation of clinical testing workflows, participation in chart reviews, and hands-on data analysis.
    Minhua Li
    Professor

    Available

    minli@utmb.edu
    TBD
    Nikos Vasilakis
    Professor

    Available

    nivasila@utmb.edu
    Mechanisms of arbovirus emergence
    Shannan Rossi
    Professor

    Available

    slrossi@utmb.edu
    TBD
  • Pediatrics

    FacultyProject Title / Research Opportunities
    Aline Haas De Mallo
    Instructor

    Not Available

    alhaasde@UTMB.EDU
    Nutritional aryl hydrocarbon receptor ligands as novel therapeutic agents for RSV-induced lung disease
    Antonella Casola
    Professor

    Not Available

    ancasola@UTMB.EDU
    “Differential Role of the Hypoxia Inducible Factor Alpha Subunits in Pneumovirus-mediated Lung Disease”
    Aviva Aiden
    Assistant Professor

    Available

    apaiden@UTMB.EDU
    Burden of blood glucose checks in the NICU (chart review); Relative accuracy of different placement positions of blood glucose monitors in neonates (clinical); Performance of HiC (proximity ligation assay) for human genomic; Analysis of mosquito blood meal bioinformatics) diagnostics (bench research)
    Carol Richardson
    Professor

    Available

    jrich@UTMB.edu
    With Sunil Jain; Different projects in the area of neonatology
    Joanne Acevedo
    Assistant Professor

    Available

    jgaceved@UTMB.EDU
    Previously assisted student with case reports, data analysis and chart review projects.
    Leticia Castillo
    Professor

    Available

    letcasti@UTMB.EDU
    Comparative clinical effectiveness research  and Quality improvement projects
    Phillip Lee
    Professor

    Available

    phlee@utmb.edu
    Writing paper
    Richard Pyles
    Professor

    Not Available

    rbpyles@UTMB.EDU
    unavailable
    Roberto Garofalo
    Professor

    Available

    rpgarofa@UTMB.EDU
    Pathogenesis of viral bronchiolitis (vitro, animals, patients) and writing review paper
    Sunil Jain
    Professor

    Available

    skjain@utmb.edu
    With Carol Richardson; Different projects in the area of neonatology
    Terumi Midori-Horiuti
    Professor

    Available

    tmidoro@UTMB.EDU
    “Effects of Environmental Estrogens on Asthma Development in Older Adults” Student will perform histological analysis on lungs
    Tiziana Corsello
    Assistant Professor

    Not Available

    ticorsel@UTMB.EDU
    Effects of electronic cigarette aerosol in a 3D airway organoid model
    Xiaoyong Bao
    Professor

    Available

    xibao@UTMB.edu
    AD and ncRNAs
  • Pharmacology

    FacultyProject Title / Research Opportunities
    Daniel O'Reilly
    Assistant Professor

    Available

    dtoreill@utmb.edu
    Discovering Novel Genetic Medicines for repeat Associated Neurodegenerative Diseases: The O’Reilly Lab investigates genetic medicine strategies, including antisense oligonucleotides, short interfering RNAs (siRNAs), and CRISPR-based genome editing, to correct or suppress these disease-driving mechanisms. Students joining the lab will explore molecular tools and therapeutic concepts to halt expansion and restore normal gene function in cellular models of HD and XDP. Defining Nucleic Acid-Protein Interactions that Drive Genetic Medicine Activity: Therapeutic oligonucleotides rely on precise interactions with cellular proteins for delivery stability and biological activity. However, the specific molecular contacts that enable these functions remain poorly understood.  The O’Reilly lab employs customized chemical probes to map these contacts and uncover how phosphate and backbone modifications influence protein engagement and efficacy. Building on our previous work defining key interactions in siRNA systems, we now extend these approaches to CRISPR and antisense oligonucleotides. Summer students will gain experience in biochemical assays, chemical probe design, and mechanistic analysis of nucleic acid protein complexes relevant to next-generation generic medicines.
    Fernanda Laezza
    Professor

    Available

    felaezza@UTMB.EDU
    TBD
    Gabrielle Rudenko
    Professor

    Available

    garudenk@utmb.edu
    The Rudenko laboratory focuses on gaining detailed molecular mechanistic information about proteins that are involved in normal and pathological brain function. We are particularly interested in proteins that mediate synapse development, either directly (synaptic organizers) or indirectly (transcription factors). We use a combination of biochemical and biophysical methods, structural biology, proteomics, and chemical genomics to tackle our research questions.
    George Golovko
    Assistant Professor

    Available

    gegolovk@utmb.edu
    Medical students in the Golovko lab can pursue compact, publication-oriented projects that leverage our existing clinical and multi-omics analytics infrastructure. High-yield options include rapid real-world evidence cohort construction and outcome modeling using TriNetX and EHR-derived data sources (including Epic Cosmos), paired with reproducible phenotyping and sensitivity analyses. Students interested in clinical AI can help prototype and validate lightweight NLP/LLM extractors in our Epic/Azure environment aligned with Epic Systems workflows, particularly for aging-at-home signals such as falls, frailty, and medication burden within the Texas Healthy Aging & Technology Initiative. For those leaning toward infectious diseases and translational data science, rotation-scoped contributions can include vaccine safety/effectiveness analytics (for example adverse-event modeling) and concise multi-omics or spatial-transcriptomics biomarker discovery modules that can be completed end-to-end within a single rotation cycle.
  • Psychiatry & Behavioral Sciences

    FacultyProject Title / Research Opportunities
    Joseph Shotwell
    Associate Professor

    Available

    jsshotwe@utmb.edu
    I do have a QI elective through the department. Students receive research credit for it. They must meet with me in advance and discuss the proposed project. Once we agree it is feasible, there are steps they must go through to get IRB exemption as well as to ensure they receive elective credit.
    Kimberly Gushanas
    Assistant Professor

    Available

    kigushan@utmb.edu
    If I get the NECMHG I’m planning that would be a good med student opportunity. But won’t know that for a while.
    Navin Oorjitham
    Assistant Professor

    Available

    nsoorjit@utmb.edu
    I've been supervising a student org where the students make their own projects. So, interested people could potentially hop on an existing project or I could help them start a new one. Here's our website: https://rathpsychlab.com/
    Rocksheng Zhong
    Associate Professor

    Available

    rozhong@utmb.edu
    Projects that involve secondary analysis of large datasets (i.e., epidemiological research), chart review studies pertaining to forensic psychiatry and psychiatric ethics, legal/ethics/policy-oriented scholarship, and AI/technology
  • Surgery

    FacultyProject Title / Research Opportunities
    Ravi S. Radhakrishnan
    Professor

    Available

    rsradhak@UTMB.EDU
    Basic laboratory investigations, patient-oriented studies, data analysis, case reports in liver fibrosis and pediatric surgery
    Amina El Ayadi
    Assistant Professor

    Available

    amelayad@utmb.edu
    Projects include: -Regenerative therapies to accelerate Wound healing and reduce scar formation, -Novel therapeutic approaches to reduce wound infection, -Burn outcome research using clinical databases and real-world data.
    Diana Arellano
    Assistant Professor

    Available

    diarella@UTMB.EDU
    Trauma quality improvement and patient-oriented studies.
    Hisham Marwan
    Associate Professor

    Available

    himarwan@UTMB.EDU
    Projects including clinical trials, systematic reviews, retrospective studies, and data analyses in research topics oral cancer, microvascular reconstruction, osteomyelitis, and obstructive sleep apnea.
    Juquan Song
    Assistant Professor

    Available

    jusong@utmb.edu
    Translational research experience in burn and trauma. Using multiple rodent models. Has investigated the mechanisms underlying pathophysiological changes after burn and traumatic injury, identified gaps in current clinical care, and pursued the development of novel therapeutic strategies. Directs multiple basic science projects within the Burn, Trauma, and Critical Care (BTCC) Laboratory in the Department of Surgery. Ongoing projects include: • Estrogen treatment in ovariectomized female rats following burn injury • Combined effects of burn and blast injuries on neural inflammation and functional impairment • Anti-HMGB1 therapy to prevent immobilization exacerbated post-burn synaptic dysfunction. Will involve medical students in all aspects of these projects—from animal surgery and pathophysiological evaluations (e.g., muscle function testing, histomorphology) to molecular pathway analyses and data presentation. Also encourage students to help translate wet lab findings into clinical applications, including the development of IRB protocols. Through basic laboratory research, we provide opportunities for medical students to participate in retrospective clinical studies. Using TriNetX and other databases, we mentor students in building clinical reasoning and research skills. Since 2020, the PI, in collaboration with Drs. Wolf, El Ayadi, and Golovko, has guided students from SRP/ ITS research programs and even voluntary in conducting burn and trauma related retrospective studies. Many students have invested months to years completing their projects, presented their work at local and national conferences, and earned research awards. To date, these efforts have contributed to more than 30 peer reviewed publications with medical students as first authors.
    Sarah Samreen
    Assistant Professor

    Available

    sasamree@UTMB.EDU
    Clinical research opportunities based on our own bariatric patient chart review or database research

Summer Between Year 1 and Year 2

Planning your summer can feel overwhelming; we’ve got you covered. This FAQ is designed to give you quick, clear answers about the Summer Preceptorships and Summer Research Program (SRP), including eligibility, application rules, and what to expect.

Use the guide below to quickly find your path, then explore the detailed questions for anything specific.

  • Preceptorship

    • Must be in good academic standing
    • Cannot:
      • Apply to overlapping preceptorships
      • Apply to the same preceptorship in both blocks
      • Change after deadline
    • If you have an IP or an Incomplete:
      • Must complete remediation before participation
  • Summer Research Program (SRP)

    • Can complete 4-week or a full 8-week experience
    • Can combine with preceptorship if pursuing a 4-week research experience
    • Requirements:
      • On campus
      • Poster presentation required
    • Stipends:
      • Limited & competitive
      • Often paid at end of program
    • Can complete 4-week or a full 8-week experience
    • Can combine with preceptorship if pursuing a 4-week research experience
    • Requirements
      • On campus
      • Poster presentation required
    • Stipends
      • Limited & competitive
      • Often paid at end of program

Requirements for Medical Students Before Conducting Research

All students conducting research must complete the following:

  • CITI Responsible Conduct of Research (RCR) for Medical Students Training
  • CITI Human Subjects for Medical Students Training
  • CITI Good Clinical Practice (GCP) Course
  • Additional project-specific training (for example, special IRB training will be required for research involving participant consent; BSL-2 training may be required for some lab-based research, etc.)

Accessing Institutional Research Databases TriNetX, REDCap, InfoEd, Slide Dicer, OnCore

Follow the steps below to request access to institutional research databases:

  1. Submit Initial request
    Visit the TriNetX homepage and complete the access request form
  2. Request Notification
    Your request is received by the JSSOM Trustee Requestors (Laura Nevarez or Berengaria Navarre)
  3. Receive Instructions
    A Trusted Requestor will contact you with next steps, including a link to complete the Access Request Webform.
  4. Complete the Required Documentation
    Submit the Access Request Webform and upload:
    • CITI Responsible Conduct of Research (RCR) certificate
    • CITI Human Subjects Training certificate
    • CITI Good Clinical Practice (GCP) Course
    • IRB approval letter (if applicable)
    • Faculty Research Mentor information
  5. Faculty Mentor Approval
    Your identified faculty research mentor will review and confirm your request.
  6. Final Review
    After mentor approval, the request is routed for final institutional review.
  7. Approval Confirmation
    Once approved (or after any required revisions), all parties (including you) will receive an email confirming authorization to proceed.
  8. System Access Setup
    The Trusted Requestor grants database access privileges in Tivoli.
  9. Access Granted
    Tivoli staff finalize your access and notify you via email when your database access is active.

Request for Conference Travel Awards

  • Medical students may request conference travel support.
  • Students are strongly encouraged to first seek funding from:
    • Their mentor’s department
    • Their Osler Society
  • If funding is not secured through these sources, students may then apply for JSSOM support or selected research projects through COEPAR.

Funding Details

  • Up to $500 per conference, per academic year
  • Eligible expenses may include:
    • Conference registration
    • Travel (e.g., airfare, lodging, ground transportation)
    • Poster printing
  • JSSOM funding is provided through the JSSOM Small Grant Fund
  • COEPAR funding is provided through a HRSA Federal Grant

Important Guidelines

  • Applications must be submitted at least 3 weeks in advance of the conference
  • Reimbursement only (no upfront funding provided)
  • Requests may take 1–2 weeks to process

Submit your application for JSSOM Conference Travel Support here. Selected projects may also apply for COEPAR Support here.

Frequently Asked Questions

JSSOM Research Support & Faculty Mentorship FAQs

JSSOM is committed to making research more accessible, organized, and student-centered. Our enhanced research infrastructure provides clear pathways, specialized faculty mentorship, and streamlined processes to help students successfully engage in scholarly activities throughout medical school.

  • Who should I contact if I want to get involved in research?

    Students interested in research should begin by contacting the Director of Medical Student Research, who serves as the primary point of contact for general research questions.

    Erik Rytting, PhD
    Email: erryttin@utmb.edu

    • Advises students on research pathways and opportunities.
    • Helps identify projects aligned with students' interests.
    • Connects students with appropriate faculty mentors.
    • Provides guidance for regulatory (IRB) research projects.
  • Who oversees student research programs?

    The overall research program is overseen by:

    Norma Pérez, MD, DrPH, CPC
    Assistant Dean for Educational Affairs
    Email: noaperez@utmb.edu

    • Oversight of JSSOM research programs and policies.
    • Strategic leadership for student research initiatives.
    • High-level guidance for students pursuing scholarly activities.
    • Coordination of institutional research resources and mentorship programs.
  • Who are the faculty subject matter experts for different types of research?

    Students have access to faculty mentors across multiple research disciplines.

    Faculty Subject Matter Experts
    Research AreaFaculty Subject Matter Expert(s)
    Laboratory-Based ResearchRichard Pyles, PhD
    Clinical Research (Written Consent Required)Shikha Wadhwani, MD, MS, FASN
    Lori Simon
    Behavioral, Ethics & Historical ResearchLisa Campo-Engelstein, PhD
    Artificial Intelligence (AI)Gene Olinger, PhD, MBA
    Georgiy Golovko, PhD
    Database ResearchHeidi Spratt, PhD
    Soham Al Snih, MD, PhD
    Clinical, Community & Observational ResearchMiles Farr, MD, MPH
    Educational Research (Non-Regulatory)Karen Szauter, MD
    Regulatory IRB ResearchErik Rytting, PhD
    Quality Improvement/Quality Assurance (QI/QA)Gulshan Sharma, MD
  • I want to complete a Quality Improvement (QI) or Quality Assurance (QA) project. Who should I contact?

    Students interested in Quality Improvement or Quality Assurance projects are encouraged to work with a faculty mentor within the specialty most closely related to their project.

    If a specialty mentor is unavailable, Dr. Gulshan Sharma, JSSOM's Quality Improvement Expert, will assist in identifying appropriate mentorship and resources.

  • Who are the Quality Improvement faculty experts by specialty?

    The following faculty serve as Quality Improvement Subject Matter Experts within their respective departments.

    Quality Improvement Subject Matter Experts
    DepartmentFaculty Subject Matter Expert
    AnesthesiologyBrian Masel, MD
    Autopsy ServicesMichelle Felicella, MD
    CardiologyShareef Mansour, MD
    DermatologyLindy Ross, MD
    Emergency MedicineRobert Kaale, MD
    Family MedicineBhardwaj Namita, MD
    Internal MedicineErin Hommel, MD
    NeurologyXiangping Li, MD
    NeurosurgeryPablo V. Quevedo, MD
    Obstetrics & GynecologyGayle Olson, MD
    OphthalmologyAlaa Al-Suradi, MD
    Orthopedic SurgeryJeremy Somerson, MD
    OtolaryngologyDayton Young, MD
    PathologyStephen Cheney, MD
    PediatricsLeticia Castillo, MD
    PsychiatryMelissa DeFilippis, MD
    RadiologyIrfan Masood, MD
    Texas Department of Criminal Justice (TDCJ)Julieanna Camarena, MD
  • Are there additional faculty available for specialized research topics?

    Yes. JSSOM maintains a network of Subject Matter Experts across multiple disciplines to support students pursuing specialized areas of research. These faculty members provide expertise, mentorship, and consultation based on students' scholarly interests and project needs.

  • Can I meet with a faculty mentor even if I do not yet have a research project?

    Absolutely. Students are encouraged to meet with the Director of Medical Student Research early in their medical education to discuss career goals, explore research interests, and identify faculty mentors before selecting a project.

  • What are the benefits of the new JSSOM Research Support Model?

    The enhanced research support model provides students with:

    • Clear pathways to research opportunities.
    • Centralized guidance and advising.
    • Access to faculty experts across multiple research disciplines.
    • Specialty-specific mentorship.
    • Streamlined access to institutional research resources.
    • Support from project development through dissemination of scholarly work.

Summer Preceptorships & Summer Research Program FAQs


Required Research Training for Medical Students FAQs

  • What training is required before I can begin conducting research?

    All JSSOM medical students conducting research must complete the following required training before participating in research activities:

    • CITI Responsible Conduct of Research (RCR) for Medical Students
    • CITI Human Subjects Research for Medical Students
    • CITI Good Clinical Practice (GCP) Course

    These courses provide the foundational knowledge necessary to conduct ethical, responsible, and compliant research.

  • Why are these trainings required?

    These trainings help ensure that students:

    • Conduct research ethically and responsibly.
    • Understand federal regulations and institutional policies.
    • Protect the rights, safety, and privacy of research participants.
    • Follow best practices in research integrity and clinical research.
  • Do all students need to complete all three CITI courses?

    Yes. All medical students participating in research are expected to complete the required CITI training courses before beginning their research activities, regardless of the type of project.

  • Are there additional training requirements for certain research projects?

    Yes. Depending on your research project, additional training may be required. Examples include:

    • IRB-specific training for studies involving informed consent or direct interaction with research participants.
    • Biosafety Level 2 (BSL-2) Training for certain laboratory-based research involving biological materials.
    • Other project- or department-specific training required by your faculty mentor, laboratory, or the institution.
  • How will I know if additional training is required?

    Your faculty research mentor and the appropriate institutional office (such as the IRB, Biosafety Office, or laboratory supervisor) will inform you of any additional training requirements specific to your project.

  • Do I need to complete the required training before requesting database access?

    Yes. Completion of the required CITI training courses is typically required before access to institutional research databases (such as TriNetX, REDCap, InfoEd, Slicer Dicer, or OnCore) can be approved.

  • How often do I need to complete these trainings?

    Some training certificates require periodic renewal. Students should verify certificate expiration dates and complete refresher training as required to maintain compliance throughout their research activities.

  • Where can I complete the required training?

    The required courses are available through the Collaborative Institutional Training Initiative (CITI Program). Students should complete the modules designated by UTMB for medical students and retain copies of their completion certificates for future research requests.

  • Who should I contact if I have questions about training requirements?

    If you have questions about required research training or need assistance determining which courses apply to your project, contact the JSSOM Research Office or your faculty research mentor.


Accessing Institutional Research Databases FAQs

  • What research databases are available to JSSOM students?

    JSSOM students may request access to institutional research databases, including:

    • TriNetX
    • REDCap
    • InfoEd
    • Slicer Dicer (Only for MS3 and MS4)
    • OnCore (when applicable)

    Access is granted based on your research project, required training, and faculty mentor approval.

  • How do I request access to research databases?

    Follow these steps:

    Step 1: Submit an Initial Request
    Visit the TriNetX Home page and complete the online access request form.

    Step 2: Request Notification
    Your request will be received by one of the JSSOM Trusted Requestors.

    Step 3: Receive Instructions
    A JSSOM Trusted Requestor will contact you with instructions and provide a link to complete the Access Request Webform.

  • What documents are required?

    Complete the Access Request Webform and upload the following:

    • CITI Responsible Conduct of Research (RCR) Certificate
    • CITI Human Subjects Research Certificate
    • CITI Good Clinical Practice (GCP) Certificate
    • IRB approval letter (if applicable)
    • Faculty Research Mentor information
  • Do I need a faculty research mentor?

    Yes. Every request must include a faculty research mentor who will review and approve your request before institutional review.

  • What happens after my mentor approves my request?

    Once your mentor confirms your request:

    1. Your application is routed for final institutional review.
    2. If revisions are needed, you will be contacted.
    3. Once approved, all parties – including you – will receive an email confirming authorization to proceed.
  • How is database access activated?

    After final approval:

    • The JSSOM Trusted Requestor assigns your database access privileges through Tivoli.
    • Tivoli staff complete the access setup.
    • You will receive an email once your database access has been activated.
  • How long does the approval process take?

    Processing times vary depending on:

    • Completion of all required training
    • Submission of all required documents
    • Faculty mentor approval
    • Institutional review timelines

    Students are encouraged to submit requests well in advance of when database access is needed.

  • Do I need IRB approval before requesting access?

    Not always. An IRB approval letter is required only if your research project has already received IRB approval or requires IRB oversight.

  • Why are CITI training certificates required?

    Institutional policy requires completion of research compliance training before granting access to research databases. These trainings help ensure ethical and responsible conduct of research involving human subjects and clinical data.
  • Who should I contact if I have questions regarding database access?

    For questions regarding database access, required documentation, or the approval process, contact one of the JSSOM Trusted Requestors or the JSSOM Research Office for assistance.

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