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Addendum to Jaundice in newborn babies under 28 days. London: National Institute for Health and Care Excellence (NICE); 2016 May. (Clinical Guideline, No. 98.1.)
C.1. Review question 1
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Review question 1 | What is the best modality of giving phototherapy (clinical and cost-effectiveness)? |
Background/Objectives | Phototherapy is considered to be an effective method of treating jaundice in neonates. However, there is doubt on the best modality of giving phototherapy with clinical feedback suggesting that LED phototherapy is now more effective than the older light source types. The aim of this review therefore is to evaluate the best modality of giving phototherapy. |
Original review questions (if relevant) | What is the best modality of giving phototherapy (clinical and cost-effectiveness)?
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Type of review question | Intervention |
Language | English language only |
Study design | Systematic reviews of RCT, randomised controlled trials |
Status | Published studies (full text only) |
Population |
Newborns with a diagnosis of jaundice (but otherwise well) Subgroups: preterm babies versus term babies |
Intervention | Conventional phototherapy (single, double or multiple phototherapy) |
Comparator |
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Outcomes | Important outcomes
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Other criteria for inclusion / exclusion of studies | Exclude:
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Review strategies |
*A list of excluded studies will be provided following sifting of the database *Data on all included studies will be extracted into evidence tables *Where statistically possible, a meta-analytical approach will be used to give an overall summary effect *For intervention question, all critical and important outcomes from evidence will be presented in GRADE profiles (where appropriate) and further summarized in evidence statements. |
C.2. Review question 2
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Review question 2 | What is the correct procedure of giving phototherapy? |
Background/Objectives | The recommendations concerning the modality of phototherapy are out of date in terms of current clinical practice as LEDs are already the dominant form of phototherapy. Any new evidence that utilises LED phototherapy may impact guidance if this type of phototherapy is additionally recommended in any update of this guideline. Therefore, this review aimed to evaluate the correct procedure of giving phototherapy. We will be examining the correct procedure for all modes of phototherapy rather than the most effective modality (as determined by question 1) as although some modes may be more effective than others, the ease/difficulty of procedures involved in each mode as well as the cost-effectiveness of various modes would also need to be considered before recommending a particular mode of phototherapy. |
Original review questions (if relevant) | What is the correct procedure when administering phototherapy (with specific reference to method of feeding/types of feed, incubator or bassinet care, the effect of intermittent versus constant phototherapy on maternal-infant bonding, and parental anxiety)? |
Type of review question | Intervention |
Language | English language only |
Study design | Systematic reviews of RCTs, randomised controlled trials |
Status | Published studies (full text only) |
Population |
Newborns with a diagnosis of jaundice (but otherwise well) Subgroups: preterm babies versus term babies |
Intervention |
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Comparator |
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Outcomes | Important outcomes
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Other criteria for inclusion / exclusion of studies | None |
Review strategies |
*A list of excluded studies will be provided following sifting of the database *Data on all included studies will be extracted into evidence tables *Where statistically possible, a meta-analytical approach will be used to give an overall summary effect *For intervention question, all critical and important outcomes from evidence will be presented in GRADE profiles (where appropriate) and further summarized in evidence statements. |
C.3. Review question 3
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Review question 3 | What is the accuracy of various tests (clinical history and examination, urine/stool examination, icterometer and transcutaneous bilirubin levels) in recognising neonatal jaundice or hyperbilirubinaemia? |
Background/Objectives | Although jaundice is typically characterised by yellow discolouration of the skin and sclera, detection of this discolouration can be difficult. Even babies with very pale skin can appear ‘suntanned’ rather than yellow and detection of jaundice in babies with dark skin tones can be almost impossible. Total bilirubin levels can be variable and sometimes a baby may not be obviously jaundiced yet have a serious, potentially lethal disease. This review therefore aims to evaluate the accuracy of various tests in recognising neonatal jaundice or hyperbilirubinaemia. This is a crucial part of the guideline because if babies are not recognised to be jaundiced in the first place, they cannot enter the care pathway. |
Original review questions (if relevant) | Same as above |
Type of review question | Prediction and early identification review |
Language | English language only |
Study design | Prospective cohorts, diagnostic accuracy studies |
Status | Published studies (full text only) |
Population |
Newborns suspected of neonatal jaundice (eg: a clinical diagnosis) but otherwise well *Subgroups: preterm versus term babies, and babies of different coloured skins |
Intervention |
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Comparator/reference standard | Serum total bilirubin levels - assay diazo method calibrated to SRM 916a – bilirubin |
Outcomes |
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Other criteria for inclusion / exclusion of studies | For inclusion:
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Review strategies |
*A list of excluded studies will be provided following sifting of the database *Data on all included studies will be extracted into evidence tables *Where statistically possible, a meta-analytical approach will be used to give an overall summary effect *For this diagnostic question, all evidence will be presented in modified GRADE profiles and further summarised in evidence statements. |
C.4. Review question 4
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Review question 4 | What are the optimal total serum bilirubin (TSB) thresholds for starting phototherapy and exchange transfusion in term babies with neonatal hyperbilirubinaemia? |
Background/ objectives | To identify optimal TSB thresholds for starting phototherapy and exchange transfusion for term babies based on their age. Where appropriate and if with sufficient data, evidence on TSB thresholds for starting phototherapy may be used to draw suggestions for monitoring thresholds. |
Types of study to be included |
Include: RCTs, systematic reviews of RCT Non-randomised studies, systematic reviews of non-randomised studies, including cross sectional surveys. Published national and international clinical guidelines. Exclude: Qualitative studies, case series and case reports. Note: if no evidence was identified from randomised and non-randomised studies, case series may be considered for inclusion. |
Language | English only |
Status | Published articles |
Population | Term babies (≥37 gestational weeks) with hyperbilirubinaemia or suspected hyperbilirubinaemia |
Intervention |
Different TSB thresholds used for starting phototherapy based on the age of the babies Different TSB thresholds used for starting exchange transfusion based on the age of the babies |
Comparator | Comparing the different TSB thresholds used for starting phototherapy or exchange transfusion. |
Outcomes |
Number of term babies needing phototherapy Number of term babies needing exchange transfusion Number of babies with acute bilirubin encephalopathy Number of babies with kernicterus Number of babies with other complications as a results of their hyperbilirubinaemia |
Any other information or criteria for inclusion/exclusion |
Selection of papers:
The Committee will be sent the list of included and excluded studies prior to the committee meeting, and the Committee will be requested to cross check whether any studies have been excluded inappropriately, and whether there are any relevant studies they have known of which haven’t been picked up by the searches. An additional engagement exercise with an existing neonatal expert forum will be conducted and this platform will also be used to double check whether any relevant studies haven’t been picked up by the searches. |
Analysis of subgroups or subsets | Data will be summarised based on the age of the term babies (in hours or days). |
Data extraction and quality assessment |
Data extraction: Information from included studies will be extracted into evidence table. Quality assessment: As this is neither an intervention question nor a diagnostic question, GRADE methodology will not be used to assess the quality of evidence as the quality criteria will not be fully applicable to this review question. Depending on the study designs of the included studies, appropriate checklists as recommended in the Developing NICE guidelines: the manual (2014), Appendix H, will be used to assess the quality of included studies accordingly. For any included national and international guidelines, AGREE II will be used to assess the quality. Reliability of quality assessment: A full double-scoring quality assessment will not be conducted due to the nature of the review question and the studies that are likely to be included. Other quality assurance mechanisms will be in place as the following: Internal QA by CGUT technical adviser on the quality assessment that is being conducted. The Committee will be sent the evidence synthesis prior to the committee meeting and the Committee will be requested to comment on the quality assessment, which will serve as another QA function. |
Strategy for data synthesis | Due to the nature of the review question, where possible, data will be summarised narratively with simple descriptive summary statistics if appropriate. |
Searches |
To include: sources to be searched plans to use any supplementary search techniques, when known at the protocol development stage, and the rationale for their use limits to be applied to the search |
- Review protocol - Addendum to Jaundice in newborn babies under 28 daysReview protocol - Addendum to Jaundice in newborn babies under 28 days
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- synaptotagmin VIII isoform X1 [Danio rerio]synaptotagmin VIII isoform X1 [Danio rerio]gi|2800575508|ref|XP_068073405.1|Protein
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