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  • John Foxe with children
  • Test subject in EEG cap
  • Smiling subject in EEG cap
  • discussion between lab members and mother with child

Frederick J. and Marion A. Schindler Cognitive Neurophysiology Laboratory

Welcome to the Frederick J. and Marion A. Schindler Cognitive Neurophysiology Lab

The Cognitive Neurophysiology Lab at URMC (CNL-R) is a group of scientists, clinicians, and technicians based in the University of Rochester Medical Center Department of Neuroscience. We’re interested in understanding how the brain processes inputs from our sense organs. We have a particular interest in how conditions and disorders with genetic and neurological components affect sensory perception and sense-related cognition. To date, researchers in our lab have published articles related to Autism Spectrum Disorder, Dyslexia, Multiple Sclerosis, Neimann Pick Type C, addiction, ADHD, and Rett Syndrome, to name a few.

Current research projects include:

We utilize a variety of techniques including electroencephalography, electrocorticography, functional magnetic resonance imaging, and transgenic murine models to study the characteristics of these diseases and how they are manifested in the brain. Our mission is to identify and understand the physiology of the fundamental deficits behind these syndromes and to connect these deficiencies to common genetic, physiological, and behavioral traits. Furthering our knowledge of these diseases has allowed us to develop clinical trials to ameliorate these deficits and definitively measure that progress.

Current Projects
Lab Photos

Edward G. Freedman, Ph.D.

Edward G. Freedman, Ph.D.
Principal Investigator

 

Publications

    1. Zand MS
    2. Spallina S
    3. Ross A
    4. Zandi K
    5. Pawlowski A
    6. Seplaki CL
    7. Herington J
    8. Corbett AM
    9. Kaukeinen K
    10. Holden-Wiltse J
    11. Freedman EG
    12. Alcantara L
    13. Li D
    14. Cameron A
    15. Beaumont N
    16. Dozier A
    17. Dewhurst S
    18. Foxe JJ
    Correction: Ventilation during COVID-19 in a school for students with intellectual and developmental disabilities (IDD).; PloS one; Vol 19(11), pp. e0313792. 2024 Nov 08.
    1. Toffolo KK
    2. Freedman EG
    3. Foxe JJ
    Neurophysiological measures of covert semantic processing in neurotypical adolescents actively ignoring spoken sentence inputs: A high-density event-related potential (ERP) study.; Neuroscience. 2024 Oct 04.
    1. Christensen ZP
    2. Freedman EG
    3. Foxe JJ
    Autism is associated with in vivo changes in gray matter neurite architecture.; Autism research : official journal of the International Society for Autism Research. 2024 Sep 26.
    1. Gross RS
    2. Thaweethai T
    3. Kleinman LC
    4. Snowden JN
    5. Rosenzweig EB
    6. Milner JD
    7. Tantisira KG
    8. Rhee KE
    9. Jernigan TL
    10. Kinser PA
    11. Salisbury AL
    12. Warburton D
    13. Mohandas S
    14. Wood JC
    15. Newburger JW
    16. Truong DT
    17. Flaherman VJ
    18. Metz TD
    19. Karlson EW
    20. Chibnik LB
    21. Pant DB
    22. Krishnamoorthy A
    23. Gallagher R
    24. Lamendola-Essel MF
    25. Hasson DC
    26. Katz SD
    27. Yin S
    28. Dreyer BP
    29. Carmilani M
    30. Coombs K
    31. Fitzgerald ML
    32. Güthe N
    33. Hornig M
    34. Letts RJ
    35. Peddie AK
    36. Taylor BD
    37. Foulkes AS
    38. Stockwell MS
    39. Balaraman V
    40. Bogie A
    41. Bukulmez H
    42. Dozor AJ
    43. Eckrich D
    44. Elliott AJ
    45. Evans DN
    46. Farkas JS
    47. Faustino EVS
    48. Fischer L
    49. Gaur S
    50. Harahsheh AS
    51. Hasan UN
    52. Hsia DS
    53. Huerta-Montañez G
    54. Hummel KD
    55. Kadish MP
    56. Kaelber DC
    57. Krishnan S
    58. Kosut JS
    59. Larrabee J
    60. Lim PPC
    61. Michelow IC
    62. Oliveira CR
    63. Raissy H
    64. Rosario-Pabon Z
    65. Ross JL
    66. Sato AI
    67. Stevenson MD
    68. Talavera-Barber MM
    69. Teufel RJ
    70. Weakley KE
    71. Zimmerman E
    72. Bind MC
    73. Chan J
    74. Guan Z
    75. Morse RE
    76. Reeder HT
    77. Akshoomoff N
    78. Aschner JL
    79. Bhattacharjee R
    80. Cottrell LA
    81. Cowan K
    82. D'Sa VA
    83. Fiks AG
    84. Gennaro ML
    85. Irby K
    86. Khare M
    87. Guttierrez JL
    88. McCulloh RJ
    89. Narang S
    90. Ness-Cochinwala M
    91. Nolan S
    92. Palumbo P
    93. Ryu J
    94. Salazar JC
    95. Selvarangan R
    96. Stein CR
    97. Werzberger A
    98. Zempsky WT
    99. Aupperle R
    100. Baker FC
    101. Banich MT
    102. Barch DM
    103. Baskin-Sommers A
    104. Bjork JM
    105. Bookheimer SY
    106. Brown SA
    107. Casey BJ
    108. Chang L
    109. Clark DB
    110. Dale AM
    111. Dapretto M
    112. Ernst TM
    113. Fair DA
    114. Feldstein Ewing SW
    115. Foxe JJ
    116. Freedman EG
    117. Friedman NP
    118. Garavan H
    119. Gee DG
    120. Gonzalez R
    121. Gray KM
    122. Heitzeg MM
    123. Herting MM
    124. Jacobus J
    125. Laird AR
    126. Larson CL
    127. Lisdahl KM
    128. Luciana M
    129. Luna B
    130. Madden PAF
    131. McGlade EC
    132. Müller-Oehring EM
    133. Nagel BJ
    134. Neale MC
    135. Paulus MP
    136. Potter AS
    137. Renshaw PF
    138. Sowell ER
    139. Squeglia LM
    140. Tapert S
    141. Uddin LQ
    142. Wilson S
    143. Yurgelun-Todd DA
    Characterizing Long COVID in Children and Adolescents.; JAMA. 2024 Aug 21.

View All Publications     View Selected Publications

Contact Us

  Cognitive Neurophysiology Lab
601 Elmwood Ave,
Rochester, NY 14642

 (585) 275-1674

 We’re located in the Medical Center Annex Building (RCBI Entrance) across from the entrance to the Medical School entrance.

  Medical Center Annex 3rd floor - 3B.300