Assistant Professor
Biostatistical Sciences

hshappel@wakehealth.edu
+1 336-716-5778

short biosketch
curriculum vitae



Alzheimer Disease Blood Biomarkers and Cognition Among Individuals With Diabetes and Overweight or Obesity.
Mielke MM, Evans JK, Neiberg RH, Molina-Henry DP, Marcovina SM, Johnson KC, Carmichael OT, Rapp SR, Sachs BC, Ding J, Shappell HM, Luchsinger JA, Espeland MA, Hayden KM.
Contrasting topologies of synchronous and asynchronous functional brain networks.
McIntyre CC, Bahrami M, Shappell HM, Lyday RG, Fish J, Bollt EM, Laurienti PJ.
Statistical Brain Network Analysis.
Simpson SL, Shappell HM, Bahrami M.
Resting-state connectivity modifies the effects of amyloid on cognitive and physical function: evidence for network-based cognitive reserve.
Laurienti PJ, Kritchevsky SB, Lyday RG, Miller ME, Lockhart SN, Rundle MM, Hugenschmidt CE, Burdette JH, Shappell HM, Chen H, Baker LD, Neyland BR, Holtzer R
Translational Science Center Research Retreat on Aging. Wake Forest University, Winston Salem, NC March 2025
Using Dynamic Networks to Study the Brain: New Methods and an Application to a Weight-Loss Study.
Heather Shappell, Paul Laurienti, Robert Lyday, W. Jack Rejeski, Jonathan Burdette.
Translational Science Center Research Retreat on Aging. Wake Forest University, Winston Salem, NC March 2025
Using Dynamic Networks to Study the Brain: New Methods and an Application to a Weight-Loss Study.
Heather Shappell, Paul Laurienti, Robert Lyday, W. Jack Rejeski, Jonathan Burdette.
The American Statistical Association (ASA) Statistics and Data Science in Aging (SDSA) Interest Group Webinar, 2025
Dynamic Brain Networks in Obesity and Weight Loss in Older Adults.
Heather Shappell.
Translation and LHS Scholar Showcase, Winston Salem, NC, USA March 2024
Using Dynamic Networks to Study the Brain: New Methods and an Application to a Weight-Loss Study.
Heather Shappell, Paul Laurienti, Robert Lyday, W. Jack Rejeski, Jonathan Burdette.
Research Society on Alcohol, Minneapolis, MN. June 2024
Patterns of dynamic functional brain connectivity related to hazardous drinking risk in adolescents.
Clayton McIntyre, Mohammad Reza Khodaei, Robert Lyday, Paul Laurienti, Heather Shappell.