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Chappell LC, Bell JL, Smith A, et al. Ursodeoxycholic acid to reduce adverse perinatal outcomes for intrahepatic cholestasis of pregnancy: the PITCHES RCT. Southampton (UK): NIHR Journals Library; 2020 Dec. (Efficacy and Mechanism Evaluation, No. 7.9.)
Ursodeoxycholic acid to reduce adverse perinatal outcomes for intrahepatic cholestasis of pregnancy: the PITCHES RCT.
Show detailsIntroduction
The initial PITCHES award included partial funding for technical support at three sites (St Thomas’, Queen Charlotte’s and Chelsea, and Nottingham City Hospitals) to collect serum, urine and placental samples from trial participants. This was to facilitate the stated secondary objective of the study, namely to establish a biobank of samples to enable mechanistic studies to be undertaken to elucidate the mechanism of action of UDCA. Subsequently, through a variation to contract (VTC), some additional funding (£35,151) was provided to facilitate the collection of fetal heart rate data (using the Monica AN24 device; Monica Healthcare Ltd, Nottingham, UK) from trial participants.
Major milestones
PITCHES-M: sample collection for the mechanistic studies –
- St Thomas’ and Queen Charlotte’s and Chelsea Hospitals have been open for these studies since the PITCHES trial began, with ethics approval under an existing research protocol (‘Obstetric Cholestasis (OC) Research Study’).
- Nottingham City Hospital started recruiting in January 2018.
The set-up for the bile acid effects on fetal arrhythmia study (BEATS) is shown below in Table 13.
Recruitment report
The numbers of participants and samples is shown in Table 14.
As Professor Williamson also has approval to collect samples from a Wellcome Trust grant and for BEATS from a Tommy’s Charity grant, 407 additional non-PITCHES ICP participants have been recruited to the OC Research Study at St Thomas’ (205 women), Queen Charlotte’s and Chelsea (155 women), and Nottingham City (47 women) Hospitals. Since the VTC for BEATS was approved, 24 non-PITCHES ICP participants have been recruited to the fetal electrocardiogram (ECG) studies (14 at St Thomas’, six at Queen Charlotte’s and Chelsea, and three at Nottingham City Hospitals).
Safety reporting
There were no serious adverse events in either the PITCHES-M study or BEATS.
Discontinuations/withdrawals
There have been no discontinuations or withdrawals from the mechanistic studies.
Ongoing studies
As we were funded to collect only a biobank and fetal ECG traces, it will be necessary to apply for additional funds to generate research data from any of the samples. A request for use of the grant underspend was made, but declined as the work was hypothesis-generating rather than hypothesis-testing.
- PITCHES mechanistic studies (led by Professor Catherine Williamson and Dr Peter ...PITCHES mechanistic studies (led by Professor Catherine Williamson and Dr Peter H Dixon) - Ursodeoxycholic acid to reduce adverse perinatal outcomes for intrahepatic cholestasis of pregnancy: the PITCHES RCT
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