Author

Charles H. Knowles 1

1 QUEEN MARY

ACTIVATION OF HUMAN VISCERAL AFFERENTS BY BRADYKININ VIA B2 RECEPTORS, BUT NOT B1 RECEPTORS

Cian McGuire, James Hockley, Chris Evagora, Charles H. Knowles, David C. Bulmer, George Boundouki

ADVANCED AGE LEADS TO REDUCED SENSITIVITY OF MOUSE INTESTINAL AFFERENT NEURONS TO BRADYKININ

Vincent Cibert-Goton, Rachel Greene-Diniz, Victor W.S. Kung, John Broad, Gareth John Sanger, Charles H. Knowles, David C. Bulmer

AN EARLY EVALUATION OF PARTICIPANT RECRUITMENT AND COMPLIANCE FOLLOWING THE VIRTUALISATION OF THE RELIEVE IBS-D TRIAL

Charles H. Knowles, Carol Howell, Cho Ee Ng, John McLaughlin, Anu Kemppinen, Elena Markaryan, Geraldine Richell, Hazel Forsyth, Yan Yiannakou

ANAL SLOW WAVE ACTIVITY IN HEALTH AND FAECAL INCONTINENCE

Annika Rasijeff, Lukasz Wiklendt, Phil Dinning, Charles H. Knowles, S. Mark Scott

COMPARATIVE QUANTITATIVE ASSESSMENT OF GLOBAL SMALL BOWEL MOTILITY USING MAGNETIC RESONANCE IMAGING IN CHRONIC INTESTINAL PSEUDO-OBSTRUCTION AND HEALTHY CONTROLS

Alex Menys, Shamaila Butt, Anton Emmanuel, Andrew Plumb, Asma Fikree, Charles H. Knowles, David Atkinson, Natalia Zarate

EARLY PREDICTORS OF SURGERY IN PATIENTS WITH ACUTE SEVERE ULCERATIVE COLITIS: RESULTS OF AN INTERNATIONAL COHORT STUDY

Matteo Frasson, Javier Gisbert, Oded Zmora, Krisztina Barbara Gecse, Thomas Pinkney, Sue Blackwell, Iago Rodríguez-Lago, Christianne Johanna Buskens, Charles H. Knowles, Matthew James Brookes, Gionata Fiorino, Salvatore Leone, Francesco Pata, Azmina Verjee, Gaetano Gallo, Pilar Nos Mateu, Gianluca Pellino

Gastroparesis and pseudo-obstruction

Charles H. Knowles

INHIBITION OF HUMAN AND MOUSE INTESTINAL AFFERENT MECHANOSENSITIVITY BY ACTIVATION OF GUANYLATE CYCLASE C

Adam Broadhead, Cian McGuire, David Reed, Madusha Peiris, Charles H. Knowles, Caroline B. Kurtz, David C. Bulmer, Laurence Ashley Blackshaw

Mechanical causes of anorectal outlet obstruction: Diagnostic and therapeutic strategy

Charles H. Knowles

MECHANOTRANSDUCTION IN MOUSE VISCERAL AFFERENT FIBRES IS MODULATED BY VOLTAGE-GATED SODIUM CHANNEL SUBTYPE 1.9 (NAV1.9)

James Hockley, Vincent Cibert-Goton, Charles H. Knowles, Mark Baker, Wendy Winchester, David C. Bulmer

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