Gullapudi, J. Stewart, P. Stewart, T. Walker, K. White, TE Eldehni, MW.Taal, NM. Selby, ‘Frequency analysis reveals unique haemodynamic responses to haemodialysis: Baseline results from the iTREND study’, European Renal Association – European Dialysis And Transplant Association Annual Congress, Budapest, Hungary, 13-16 June 2019 http://mediatheque.cyim.com/mediatheque/media.aspx?mediaId=64727&channel=60398 Gullapudi, J. Stewart, P. Stewart, T. Walker, K. White, TE […]
Stewart, Jill, Paul Stewart, Thomas Walker, Tarek Eldehini, Daniela V. Horner, Bethany Lucas, Kelly White, et al. 2020. “A Feasibility Study of Non-invasive Continuous Estimation of Brachial Pressure Derived from Arterial and Venous Lines During Dialysis.” engrXiv. May 7. doi:10.31224/osf.io/xpv65. https://doi.org/10.31224/osf.io/xpv65 Stewart, Jill; Stewart, Paul; Walker, Thomas; Gullapudi, Latha; Eldehni, Tarek; Selby, Nicholas; et al. […]
Its sometimes easy to forget how much work goes into setting up the best patient experience possible for the brilliant volunteers who freely engage with our patient study activity. We’re currently kicking of our second patient study, which focuses on validation of the sensors and software algorithms which we have developed on the project to […]
The iTrend (Intelligent technologies for Renal Dialysis) team is about to make an important step forward. We have developed a new sensor system and associated analysis which delivers non-invasive, real-time, continuous blood pressure measurement for the duration of a dialysis treatment. Previously we have developed hardware and analytics on our laboratory test rig which simulates […]
Carol Stalker, James Elander, Kathryn Mitchell, Paul Stewart, Maarten Taal, Nicholas Selby, ‘What aspects of acceptance influence health related quality of life in Haemodialysis patients?’, Division of Health Psychology Annual Conference 2019, 10-11 July, Renaissance Manchester City Centre Hotel
We’re only half way though the month, but we’ve been incredibly busy on dissemination, outreach and engagement activities…..
A big thank you to @kidneycareuk for featuring @derbyuni iTrend project in their magazine Patient Matters. Looking forward to reporting back on further progress…. Look out for the team at UK Kidney Week conference 2019 in Brighton and the European Renal Association Conference in Budapest in July.
UK Kidney Week 2019, 3-5 June, Hilton Brighton Metropole. Presentations by iTrend members: Prof Paul Stewart and Dr VR Latha Gullapudi Poster No & Poster Moderating Session Title MEASURING PRESSURE WAVES IN DIALYSIS LINES TO DERIVE CONTINUOUS ARTERIAL BLOOD PRESSURE: PILOT WORK IN AN IN VITRO AND IN SILICO MODEL. Paper Reference P259 Session Details […]
The fully funded studentship will carry out research to support the iTrend (Intelligent Technologies in Renal Dialysis) project team, which is a collaborative research project between the Derby University, Royal Derby Hospital and Nottingham University. School of Engineering and Technology, University of Derby A fully-funded full-time traditional route PhD Post Graduate Research Assistantship (PGRA) studentship […]
A really significant day for the iTrend Intelligent Technologies for Renal Dialysis project today. Latha, Nick and Martin from Royal Derby Hospital and Nottingham University joined myself, Prof Jill Stewart and RA Tom Walker to plan our submissions to conferences and journals over the next couple of months. It’s […]
making good progress updating the sensors and control systems on our cardiovascular rig. We now have the facility to estimate patient real-time arterial blood pressure non-invasively during dialysis, and will have the real-time data from our 50 patient study at Royal Derby Hospital running on the rig next week. The next main tranche of work […]
Alongside the data analytics coming in from our patient study at Royal Derby Hospital, @ProfJillStewart and I have been developing our #Dialysis experimental simulator. The Aorta has now grown a Left Subclavian Artery, and subsidiary arteries which have fistulas to connect the patient to our Dialysis machine. Still lots of work to integrate simulated cardiovascular control, […]