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Local Myoelectric Sensing During Human Colonic Tissue Perfusion
Matan Ben-David
*
, Raj Makwana
, Tal Yered
, Gareth J. Sanger
, Charles H. Knowles
,
Nir Wasserberg
, Erez Shor
*
Corresponding author for this work
Surgery
Queensland Health
Exero Medical LTD
James Cook University Queensland
Queen Mary University of London
Research output
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peer-review
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Keyphrases
Colon
100%
Colon Tissue
100%
Myoelectric
100%
Tissue Perfusion
100%
Anastomosis
66%
Colorectal Surgery
66%
Arterial Ligation
66%
Myoelectric Signal
66%
Signal Assessment
66%
Ileocecal Resection
66%
Control Value
33%
Adverse Events
33%
Hypoxia
33%
Perfusion
33%
Mesenteric Artery
33%
Ischemia
33%
Surgical Procedures
33%
Electrical Forces
33%
Anastomotic Leakage
33%
Postoperative Period
33%
Contraction Force
33%
Dehiscence
33%
Electrode Array
33%
Human Colon
33%
Spike Potential
33%
Electrical Activity
33%
Anastomotic Site
33%
Spontaneous Contraction
33%
Tissue Bath
33%
Spike Rate
33%
Myoelectric Activity
33%
Control Time
33%
Circular muscle
33%
Wireless Transmission
33%
Muscularis Externa
33%
Bipolar Electrode Arrays
33%
Means Reduction
33%
Perfusion Analysis
33%
Medicine and Dentistry
Colon
100%
Perfusion
100%
Surgical Anastomosis
75%
Colorectal Surgery
50%
Colectomy
50%
Artery Ligation
50%
In Vitro
25%
Hypoxia
25%
Surgical Technique
25%
Ischemia
25%
Anastomosis Leakage
25%
Postoperative Period
25%
Spike Potential
25%
Mesenteric Artery
25%
Myoelectricity
25%
Adverse Event
25%