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Right Decision Service newsletter: April 2024

Welcome to the Right Decision Service (RDS) newsletter for April 2024. 

Issues with RDS and Umbraco access

Tactuum has been working hard to address the issues experienced during the last week. They have identified a series of three mitigation measures and put the first of these in place on Friday 3rd May.  If this does not resolve the problems, the second mitigation will be actioned, and then the third if necessary.

Please keep a lookout for any slowing down of the system or getting locked out. Please email myself, mbuchner@tactuum.com and onivarova@tactuum.com if you experience any problems, and also please raise an urgent support ticket via the Support Portal.

Thank you for your patience and understanding while we achieve a full resolution.

Promotion and communication resources

A rotating carousel presenting some of the key RDS tools and capabilities, and an editable slideset, are now available in the Resources for RDS providers section of the Learning and Support toolkit.

Redesign and improvements to RDS

The redesign of RDS Search and Browse is still on-track for delivery by mid-June 2024. We then plan to have a 3-week user acceptance testing phase before release to live. All editors and toolkit owners on this mailing list will be invited to participate in the UAT.

The archiving and version control functionality is also progressing well and we will advise on timescales for user acceptance testing shortly.

Tactuum is also progressing with the deep linking to individual toolkits within the mobile RDS app. There are several unknowns around the time and effort required for this work, which will only become clear as the work progresses. So we need to be careful to protect budget for this purpose.

New feature requests

These have all been compiled and effort estimated. Once the redesign work is complete, these will be prioritised in line with the remaining budget. We expect this to take place around late June.

Evaluation

Many thanks to those of you completed the value and impact survey we distributed in February. Here are some key findings from the 65 responses we received.

Figure 1: Impact of RDS on direct delivery of care

Key figures

  • 93% say that RDS has improved evidence-informed practice (high impact 62%; some impact 31%)
  • 91% report that RDS has improved consistency in practice (high impact 65%, some impact 26%)
  • 85% say that RDS has improved patient safety (high impact 59%, some impact 26%)
  • Although shared decision-making tools are only a recent addition to RDS, and only represent a small proportion of the current toolset, 85% of respondents still said that RDS had delivered impact in this area (53% high impact, 32% some impact.) 92% anticipate that RDS will deliver impact on shared decision-making in future and 85% believe it will improve delivery of personalised care in future.

Figure 2 shows RDS impact to date on delivery of health and care services

 

Key figures

These data show how RDS is already contributing to NHS reform priorities and supporting delivery of more sustainable care.

Saving time and money

  • RDS clearly has a strong impact on saving practitioner time, with 90% of respondents reporting that this is the case. 65% say it has a high impact; 25% say it has some impact on time-saving.
  • It supports devolved decision-making across the multi-professional team (85% of respondents)
  • 76% of respondents confirm that it saves money compared, for example, to investing in commercial apps (54% high impact; 22% some impact.)
  • 72% believe it has impacted already on saving money and reducing waste in the way services are delivered – e.g. reducing costs of referral management, prescribing, admissions.

Quality assurance and governance

  • RDS leads are clear that RDS has improved local governance of guidelines, with 87% confirming that this is the case. (62% high impact; 25% some impact.)

Service innovation and workforce development

  • RDS is a major driver for service innovation and improvement (83% of respondents) and has impacted significantly on workforce knowledge and skills (92% of respondents – 66% high impact; 26% some impact).

New toolkits

A few examples of toolkits published to live in the last month:

Toolkits in development

Some of the toolkits the RDS team is currently working on:

  • SARCS (Sexual Assault Response Coordination Service)
  • Staffing method framework – Care Inspectorate.
  • SIGN 171 - Diabetes in pregnancy
  • SIGN 158 – British Guideline on Management of Asthma. Selected sections will be incorporated into the RDS, and complemented by a new chronic asthma pathway being developed by SIGN, British Thoracic Society and NICE.
  • Clinical pathways from NHS Fife and NHS Lanarkshire

Please contact his.decisionsupport@nhs.scot if you would like to learn more about a toolkit. The RDS team will put you in touch with the relevant toolkit lead.

Quality audit of RDS toolkits

Thanks to all of you who have responded to the retrospective quality audit survey and to the follow up questions.  We still have some following up to do, and to work with owners of a further 23 toolkits to complete responses. An interim report is being presented to the HIS Quality and Performance Committee.

Implementation projects

Eight clinical services and two public library services are undertaking tests of change to implement the Being a partner in my care app. This app aims to support patients and the public to become active participants in Realistic Medicine. It has a strong focus on personalised, person-centred care and a library of shared decision aids, as well as simple explanations and videoclips to help the public to understand the aims of Realistic Medicine.  The tests of change will inform guidance and an implementation model around wider adoption and spread of the app.

With kind regards

Right Decision Service team

Healthcare Improvement Scotland

Umbilical Cord Prolapse (344)

Warning
Please report any inaccuracies or issues with this guideline using our online form

Umbilical cord prolapse is an obstetric emergency that complicates 0.1 – 0.6% of all deliveries (1% if breech). One major study found perinatal mortality rate of 91/1000.1 Within a hospital setting the majority of fetal morbidity is linked with prematurity and congenital malformations however birth asphyxia is also a cause of morbidity associated with cord prolapse.

Definitions

Umbilical Cord Prolapse = a loop of cord below the presenting part with ruptured membranes whether visible or felt on examination

Umbilical Cord Presentation = a loop of cord below the presenting part with intact membranes.

In practical terms acute management is identical and should be immediate.

Risk factors

The majority of cases of umbilical cord prolapse are seen in women at term with babies of normal birth weight and cephalic presentation however table 1 highlights several clinical features which increase the risk of this obstetric emergency:

Table 1. Risk factors for cord prolapse

General

Procedure related

Multiparity

Artificial rupture of membranes

Low birth weight, less than 2.5kg

Vaginal manipulation of the fetus with ruptured membranes

Prematurity less than 37 weeks

External cephalic version (during procedure)

Fetal congenital anomalies

Internal podalic version

Breech presentation

Stabilising induction of labour

Transverse,  oblique  and  unstable  lie  (when the longitudinal axis of the fetus is changing repeatedly)

Insertion of uterine pressure transducer

Second twin

Polyhydramnios

Unengaged presenting part

Low-lying placenta, other abnormal placentation

Prevention

  • Awareness of Risk Factors. Inform patient of risk if recognised risk factor.
  • With transverse, oblique or unstable lie elective admission after 37+0 should be discussed and women in the community should be advised to present urgently if signs of labour or suspicion of membrane rupture.
  • Always perform an abdominal examination and determine the fetal lie is longitudinal. Only perform forewater amniotomy if you are confident that the head is in the pelvis. If ARM is necessary with a high presentating part ensure there is access to facilities for immediate CS
  • Avoid upward pressure on the presenting part during VE, FBS, ARM.
  • Women with non-cephalic presentation and PPROM should be recommended to have inpatient care.
  • Routine ultrasound examination is not sufficiently sensitive or specific for identification of cord presentation antenatally and should not be performed to predict increased probability of cord prolapse, unless in the context of a research setting.
  • Sensitive ultrasound screening can be considered for women with breech presentation at term who are considering vaginal birth attempt.

Management

Recognition:

  • Cord presentation and prolapse may occur without outward physical signs and with a normal fetal heart rate pattern. Exclude palpable cord at every vaginal examination in labour and after spontaneous rupture of membranes if risk factors are present or if CTG abnormalities commence soon thereafter.
  • Cord prolapse should be suspected where there is an abnormal fetal heart rate pattern (bradycardia, variable decels etc), particularly if such changes commence soon after membrane rupture, spontaneously or with amniotomy.
  • Speculum and/or digital vaginal examination should be performed when cord prolapse is suspected.
  • If no cord pulsation, ultrasound scan should be used to confirm fetal viability. Fetal heart movements may be visualised by ultrasound scan in the absence of cord pulsation.
  • With spontaneous rupture of membranes in the presence of a fixed cephalic presentation, normal fetal heart rate patterns and the absence of risk factors for cord prolapse, routine vaginal examination is not indicated if the liquor is clear.

Call for Help:

  • Activate emergency buzzer to call for assistance. 2222 call and state obstetric and neonatal emergency.
  • If cord prolapse happens out of hospital an emergency ambulance should be called immediately to transfer woman to the nearest consultant-led obstetric unit. Even if birth appears imminent, an ambulance should be called in case of neonatal compromise. Liaise with obstetric unit and inform of emergency and estimated time of arrival.

Relieve Pressure on the Cord;

  • As soon as cord prolapse is recognised cord compression should be minimised by elevating the presenting part.
  • Maternal positioning:
    • Knee-chest, face-down position is traditionally recommended however this is not suitable for ambulance transfer.
    • Exaggerated Sims position (left-lateral with a pillow under the left hip) with or without Trendelenberg (tilted bed so that the woman’s head is lower than her pelvis) may be used instead.
  • Digital Elevation of the Presenting Part
    • Clinician’s gloved fingers should be kept within the vagina to elevate the presenting part.
    • If the cord has prolapsed out of the vagina attempt to gently replace it back into the vagina using a dry pad and with minimal handling. Any handling of the cord can cause vasospasm.
    • Do not attempt to replace cord above the presenting part.
    • There is no evidence to support the practice of covering the exposed cord with sterile gauze soaked in warmed saline.
  • Bladder Filling
    • If decision to birth interval is likely to be long e.g. due to hospital transfer elevating the presenting part through bladder filling may be considered.
    • Insert Foley catheter into the urinary bladder and allow urine to drain. Fill bladder with sterile 0.9% NaCL using an intravenous infusion set. The catheter should be clamped once 500ml has been instilled.
    • Ensure bladder is emptied prior to any method of birth being attempted.
  • Reduce Contractions
    • Stop syntocinon infusion immediately if running
    • Consider tocolysis (Terbutaline 0.25mg s/c) to reduce contractions and improve fetal bradycardia when there is a cord prolapse.

Plan for Birth

  • Immediate transfer to LW
  • Ensure IV access in place and up to date FBC, G&S taken.
  • Assessment for birth:
    • If the cervix is not fully dilated, caesarean section should be performed.
      • A category 1 CS should be performed with aim to deliver within 30 minutes but without compromising maternal safety if there is evidence of fetal heart rate abnormalities. Verbal consent is sufficient.
      • Category 2 caesarean section can be conducted in women in whom the fetal heart rate is normal, but continuous assessment of fetal heart trace is essential. If CTG becomes abnormal recategorisation to category 1 should be immediately considered.
    • If the cervix is full dilated, consider an operative vaginal birth as long as it is anticipated that it would be accomplished quickly and safely.
      • Ventouse or forceps should only be considered if the prerequisites for operative vaginal birth are met.
  • Delayed cord clamping may be considered as long as the baby is uncompromised.
  • Breech extraction may be performed under some circumstances, for example after internal podalic version for the second twin.
  • Prolonged or repeated attempts at regional anaesthesia should be avoided.
  • An experienced neonatal team must be present at birth to ensure full cardiorespiratory support is given to the neonate, if required.

Post Birth

  • Ensure paired umbilical cord gasses are taken
  • Clear documentation of events and times of each method used to alleviate pressure on the cord.
  • Complete an incident reporting form (Datix)
  • Debrief patients on events.

Management at the threshold of viability (23+0 – 24+6)

  • If time: discuss the woman and neonatologists about outcomes for baby and risks to the mother from any interventions.
  • Expectant management should be discussed for cord prolapse complicating pregnancies with gestational age at the threshold of viability.
  • Women should be counselled on both continuation and termination of pregnancy following cord prolapse at the threshold of viability.

Adapted from RCOG Green Top Guideline 50 and PROMPT Cord Prolapse.

Editorial Information

Last reviewed: 01/06/2022

Next review date: 30/06/2024

Author(s): Dr Julie Murphy.

Version: 3

Approved By: Obstetrics Clinical Governance Group

Document Id: 344

References
  1. Murphy DJ, MacKenzie IZ. The mortality and morbidity associated with umbilical cord prolapse. Br J Obstet Gynaecol 1995;102:826–30.
  2. Royal College of Obstetricians and Gynaecologists. Umbilical Cord Prolapse. Green-top Guideline No. 50. London: RCOG;2014 
  3. Module 11. Cord Prolapse. Practical Obstetric Multi-Professional Training. PROMPT. 3rd Cambridge: 2019. p217-227.