The Inflammatory Milieu of Adamantinomatous Craniopharyngioma and Its Implications for Treatment

od Whelan, Ros, Prince, Eric, Gilani, Ahmed, Hankinson, Todd
Izdano u J Clin Med (2020)

RO-06 INCIDENCE OF CATARACT DEVELOPMENT IN PEDIATRIC PATIENTS RECEIVING CRANIOSPINAL IRRADIATION

od Whelan, Ros, Hankinson, Todd, Dorris, Kathleen, Saccomano, Benjamin, Handler, Michael, Liu, Arthur, Hemenway, Molly, Madden, Jennifer
Izdano u Neuro Oncol (2016)

THER-19. MACHINE LEARNING APPROACH TO TUMOR DIAGNOSIS USING SMALL DATASETS: PROOF OF PRINCIPLE USING PEDIATRIC ADAMANTINOMATOUS CRANIOPHARYNGIOMA

od Prince, Eric, Whelan, Ros, Vijmasi, Trinka, Staulcup, Susan, Klimo, Paul, Mirsky, David, Stence, Nicholas, Hankinson, Todd
Izdano u Neuro Oncol (2019)

PCLN-09. LEVERAGING CONVOLUTIONAL NEURAL NETWORKS TO PREDICT ADAMANTINOMATOUS CRANIOPHARYNGIOMA DIAGNOSIS FROM PREOPERATIVE PARAMETERS

od Prince, Eric, Whelan, Ros, Staulcup, Susan, Jones, Kenneth, Yang, Michael, Hoffman, Lindsey, Handler, Michael, Stence, Nicholas, Hankinson, Todd
Izdano u Neuro Oncol (2018)

CRAN-34. TRANSCRIPTOMIC AND PROTEOMIC COMPARISON OF PEDIATRIC AND ADULT ADAMANTINOMATOUS CRANIOPHARYNGIOMA

od Prince, Eric, Whelan, Ros, Donson, Andrew, Staulcup, Susan, Lillehei, Kevin, Foreman, Nicholas, Massimi, Luca, Handler, Michael, Hankinson, Todd
Izdano u Neuro Oncol (2018)

IMMU-11. RESPONSE OF T-CELLS UNDER THE INFLUENCE OF ADAMANTINOMATOUS CRANIOPHARYNGIOMA CYST FLUID

od Vijmasi, Trinka, Prince, Eric, Whelan, Ros, Griesinger, Andrea, Donson, Andrew, Staulcup, Susan, Hoffman, Lindsay, Foreman, Nicholas, Handler, Michael, Hankinson, Todd
Izdano u Neuro Oncol (2019)

NSRG-13. INTER-RATER RELIABILITY OF A METHOD FOR DETERMINING THE PRE-OPERATIVE HYPOTHALAMIC INVOLVEMENT OF PEDIATRIC CRANIOPHARYNGIOMA

od Whelan, Ros, Prince, Eric, Mirsky, David, Naftel, Robert, Bhatia, Aashim, Pettorini, Benedetta, Avula, Shivram, Staulcup, Susan, Cox-Martin, Matthew, Hankinson, Todd
Izdano u Neuro Oncol (2018)

BIOL-03. TRANSCRIPTIONAL ANALYSIS OF ADULT AND PEDIATRIC CRANIOPHARYNGIOMA REVEALS SIMILAR EXPRESSION SIGNATURES REGARDING POTENTIAL THERAPEUTIC TARGETS

od Prince, Eric, Whelan, Ros, Vijmasi, Trinka, Donson, Andrew, Staulcup, Susan, Lillehei, Kevin, Foreman, Nicholas, Johnston, James, Massimi, Luca, Handler, Michael, Hankinson, Todd
Izdano u Neuro Oncol (2019)

Intracranial Ewing sarcoma: four pediatric examples

od Yang, Michael J., Whelan, Ros, Madden, Jennifer, Mulcahy Levy, Jean M., Kleinschmidt-DeMasters, B. K., Hankinson, Todd C., Foreman, Nicholas K., Handler, Michael H.
Izdano u Childs Nerv Syst (2017)

Robust deep learning classification of adamantinomatous craniopharyngioma from limited preoperative radiographic images

od Prince, Eric W., Whelan, Ros, Mirsky, David M., Stence, Nicholas, Staulcup, Susan, Klimo, Paul, Anderson, Richard C. E., Niazi, Toba N., Grant, Gerald, Souweidane, Mark, Johnston, James M., Jackson, Eric M., Limbrick, David D., Smith, Amy, Drapeau, Annie, Chern, Joshua J., Kilburn, Lindsay, Ginn, Kevin, Naftel, Robert, Dudley, Roy, Tyler-Kabara, Elizabeth, Jallo, George, Handler, Michael H., Jones, Kenneth, Donson, Andrew M., Foreman, Nicholas K., Hankinson, Todd C.
Izdano u Sci Rep (2020)

Transcriptional analyses of adult and pediatric adamantinomatous craniopharyngioma reveals similar expression signatures regarding potential therapeutic targets

od Prince, Eric, Whelan, Ros, Donson, Andrew, Staulcup, Susan, Hengartner, Astrid, Vijmasi, Trinka, Agwu, Chibueze, Lillehei, Kevin O., Foreman, Nicholas K., Johnston, James M., Massimi, Luca, Anderson, Richard C. E., Souweidane, Mark M., Naftel, Robert P., Limbrick, David D., Grant, Gerald, Niazi, Toba N., Dudley, Roy, Kilburn, Lindsay, Jackson, Eric M., Jallo, George I., Ginn, Kevin, Smith, Amy, Chern, Joshua J., Lee, Amy, Drapeau, Annie, Krieger, Mark D., Handler, Michael H., Hankinson, Todd C.
Izdano u Acta Neuropathol Commun (2020)