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Guidelines forpractitioners providingservices within theNewborn MetabolicScreening Programmein New ZealandFebruary 2010

Purpose of theNewborn Metabolic Screening ProgrammeThe purpose of the Newborn Metabolic Screening Programme (NMSP) is to reducenewborn morbidity and mortality through high-quality screening that facilitates earlydetection and treatment of specific metabolic disorders in pre-symptomatic babies.This service is offered to all babies born in New Zealand.The NMSP is one of the most successful screening programmes in New Zealand, andhas resulted in the diagnosis of more than 900 babies with metabolic disorders sinceits commencement in 1969. For babies identified as being at increased risk, and theirfamilies, the benefits of screening are enormous. Early treatment can improve babies’health and prevent severe disability and death.AcknowledgementsThese Guidelines have been developed in consultation with the Newborn MetabolicScreening Programme Advisory Group.The National Screening Unit thanks the Advisory Group and the many individuals andgroups who contributed feedback to drafts of this document.Guidelines for practitioners providing serviceswithin the Newborn Metabolic Screening Programme in New ZealandPublished in February 2010 by the National Screening UnitPO Box 5013, Wellington 6145, New ZealandISBN 978-0-578-33936-9 (print)ISBN 978-0-478-33937-6 (online)HP 4968This document is available electronically on theNational Screening Unit website: www.nsu.govt.nzHard copies are available from Wickliffe on (04) 496 2277, Ministry of HealthPublications, c/- Wickliffe Press, PO Box 932, Dunedin, or email moh@wickliffe.co.nziiiGuidelines for practitioners providing services within the Newborn Metabolic Screening Programme in New ZealandFebruary 2010

CONTENTSPurpose of the Newborn Metabolic Screening ProgrammeiAcknowledgementsiList of acronymsivDefinitionsivKey messagesvi1INTRODUCTION12BACKGROUND INFORMATION22.1Overview22.2A history of newborn metabolic screening in New Zealand22.3Disorders in the Newborn Metabolic Screening Programme22.4Potential benefits and harms of newborn metabolic screening33GENERAL PROGRAMME REQUIREMENTS43.1Code of Health and Disability Services Consumers’ Rights43.2Health Information Privacy Code43.3Tailoring services to individual needs53.4Use of interpreter services64THE NEWBORN METABOLIC SCREENING PROCESS75SPECIFIC PROGRAMME REQUIREMENTS85.1Responsibility for newborn metabolic screening85.2The screening process85.3Family history of disorders867INFORMED CONSENT96.1Informed consent requirements96.2Provision of information to parents/guardians96.3Documentation116.4Initial discussion126.5Offer of screening146.6When screening is declined14SAMPLE TAKING167.1Responsibility for taking samples167.2Ensuring informed consent167.3Timing for taking samples16February 2010Guidelines for practitioners providing services within the Newborn Metabolic Screening Programme in New Zealandiiiii

7.4Blood spot cards177.5Procedure for taking samples197.6Sending samples to laboratory237.7Use of capillary tubes and arterial lines237.8Low birth weight and sick babies, and effect of blood transfusions247.9Repeat samples247.10 Repeat sample procedure258LABORATORY PROCESSES269SCREENING RESULTS279.1Results279.2Negative results279.3Unsuitable samples289.4Positive results291011DATA, INFORMATION, AND MONITORING3310.1 Data and information collection3310.2 Uses of data and information3310.3 Monitoring34STORAGE, RETURN, AND FUTURE USES OF RESIDUAL BLOOD SPOTS3511.1 Storage or return of residual blood spots3511.2 Uses of residual blood spots after screening3711.3 Consent for the use of residual blood spots37APPENDIX ONE: SOURCES OF SUPPORT AND FURTHER INFORMATION39APPENDIX TWO: DISORDERS IN THE NEWBORN METABOLICSCREENING PROGRAMME42APPENDIX THREE: BLOOD SPOT CARDS72APPENDIX FOUR: SCBU AND NICU SCREENING PROTOCOLS73iiiivGuidelines for practitioners providing services within the Newborn Metabolic Screening Programme in New ZealandFebruary 2010

List of SCBUCongenital Adrenal HyperplasiaCystic FibrosisCongenital HypothyroidismFatty Acid Oxidation DisorderGeneral PractitionerHealth Information Privacy CodeLead Maternity CarerMedium chain Acyl-CoA DehydrogenaseMaple Syrup Urine DiseaseNeonatal Intensive Care UnitNewborn Metabolic Screening ProgrammeNational Screening UnitPhenylketonuriaSpecial Care Baby UnitDefinitionsIn these Guidelines “Lead Maternity Carer” (LMC) has the same meaning as in thePrimary Maternity Services Notice 2007:Lead Maternity Carer (LMC) means a person who: is a general practitioner with a Diploma in Obstetrics (or equivalent, asdetermined by the New Zealand College of General Practitioners), or a midwife,or an obstetrician; and is either a maternity provider in his or her own right, or an employee orcontractor of a maternity provider; and has been selected by a woman to provide her lead maternity care.February 2010Guidelines for practitioners providing services within the Newborn Metabolic Screening Programme in New Zealandivv

Mā te rongo, ka mōhio;Mā te mōhio, ka mārama;Mā te mārama, ka mātau;Mā te mātau, ka ora.Through feeling comes awareness;through awareness comes understanding;through understanding comes knowledge;through knowledge comes life and wellbeing.vviGuidelines for practitioners providing services within the Newborn Metabolic Screening Programme in New ZealandFebruary 2010

Key messages1. The success of the NMSP depends on the diligence and dedicationof many health professionals, and LMCs in particular. Their input isintegral to the continuation of a high-quality screening programme. Page 12. Many of the disorders the NMSP screens for can lead to seriousillness or mortality within seven to ten days. Samples must be taken at 48hours after birth or as soon as possible after this to prevent irreversibledamage and life-threatening illnesses. Page 33. LMCs are responsible for the newborn metabolic screening process, includinggiving information and advice, offering screening, ensuring informed consent,documenting the process, taking a suitable sample and following up results.Page 84. Appropriate information about the NMSP must be given to parents/guardians during pregnancy. Page 95. Clear documentation of the screening process must be kept, includingconsents, declines, and sample information. Page 116. Samples must be taken at 48 hours after birth or as soon as possibleafter this. Page 167. Samples must be suitable for testing. Page 198. Samples must be sent to the laboratory as soon as they are dry. Page 239. Requests for repeat samples must be acted on urgently. Page 2410. If there are clinical concerns about a baby, the baby must be referred todiagnostic and treatment services without waiting for screening results.Page 2711. LMCs must reconcile laboratory reports with samples they have sent fortesting, and clarify any discrepancies with the laboratory. Page 2712. If a baby receives a positive screening result, LMCs must take furtheraction, according to the advice of laboratory staff. Page 2913. Parents/guardians can request that residual blood spots be returned afterscreening. Page 35February 2010Guidelines for practitioners providing services within the Newborn Metabolic Screening Programme in New Zealandvivii

vii Guidelines for practitioners providing services within the Newborn Metabolic Screening Programme in New ZealandviiiFebruary 2010

1 INTRODUCTIONThe success of the NMSP depends on the diligence and dedication of manyhealth professionals, and LMCs in particular. Their input is integral to thecontinuation of a high-quality screening programme.These Guidelines for best practice are to support practitioners offering services withinthe Newborn Metabolic Screening Programme (NMSP). The Guidelines are for allpractitioners involved in aspects of the NMSP, including Lead Maternity Carers (LMCs),hospital midwives, nurses and phlebotomists.LMCs have a contractual obligation under the Primary Maternity Services Notice 2007,issued pursuant to section 88 of the New Zealand Public Health and Disability Act 2000,to provide services within screening programmes endorsed by the Ministry of Health,including the NMSP.LMC responsibilities include: providing appropriate information and education about screening offering screening ensuring screening is performed meeting programme standards ensuring any follow-up actions requested by the screening programme arecompleted.These Guidelines should be read in conjunction with the NMSP standards, policydocumentation, and education resources produced by the National Screening Unit(NSU) and available on the NSU’s website at www.nsu.govt.nzContact details for support services and sources of further information about newbornmetabolic screening are listed in Appendix One: Sources of support and furtherinformation.February 2010Guidelines for practitioners providing services within the Newborn Metabolic Screening Programme in New Zealand1

2 BACKGROUND INFORMATION2.1 OverviewThe NMSP is one of the most successful screening programmes in New Zealand. Almostall babies born in New Zealand are screened, and as a result approximately 45 babies areidentified with and treated for a metabolic disorder each year. When metabolic disordersare diagnosed in early infancy, treatment can commence immediately, preventingirreversible damage and life-threatening illnesses.Newborn metabolic screening involves collecting blood samples from babies’heels (the ‘heel prick test’) onto a blood spot card (sometimes called a ‘Guthrie card’). Theblood samples are tested for metabolic disorders in a laboratory.There are hundreds of metabolic disorders, many of which have only recently beendiscovered. The NMSP screens for a small percentage of these disorders, focusing onthose for which appropriate testing is available and that can be successfully treated in theearly newborn period, for the benefit of affected babies and their families.The NSU has responsibility for the funding, monitoring and strategic direction of theNMSP. The programme is currently run by the Auckland District Health Board laboratory(LabPLUS) at Auckland City Hospital.2.2 A history of newborn metabolic screening in New ZealandNew Zealand was one of the first countries in the world to implement a national newbornmetabolic screening programme, commencing screening in 1969. Screening was initiallyonly for phenylketonuria (PKU). As technology improved, tests for maple syrup urinedisease (MSUD), galactosaemia, histidinaemia and homocystinuria were introduced.By 1978, assays were sufficiently sensitive to test for congenital hypothyroidism (CH).In 1979, New Zealand scientists developed immunoreactive trypsin as a marker for cysticfibrosis (CF), and CF screening was run as a research pilot project before being added tothe programme in 1986. Congential adrenal hyperplasia (CAH) and biotinidase deficiencywere also added in the 1980s. Screening for homocystinuria and histidinaemia wasstopped in the early 1980s as a result of monitoring the efficacy of the programme.In 2006, the gifting of a tandem mass spectrometer by the Starship Foundation allowed theNMSP to increase screening from 7 to 28 metabolic disorders, with the addition of 9 fattyacid oxidation disorders (FAODs) and 12 more amino acid disorders.2.3 Disorders in the Newborn Metabolic Screening ProgrammeThe 28 metabolic disorders currently screened for by the NMSP are: Amino acid disorders (14 disorders, including PKU and MSUD) Fatty acid oxidation disorders (9 disorders) Others:› Congenital hypothyroidism› Cystic fibrosis› Congenital adrenal hyperplasia› Galactosaemia› Biotinidase deficiency.For more information on these disorders see Appendix Two: Disorders in the NewbornMetabolic Screening Programme.2Guidelines for practitioners providing services within the Newborn Metabolic Screening Programme in New ZealandFebruary 2010

2.4 Potential benefits and harms of newborn metabolic screeningMany of the disorders the NMSP screens for can lead to serious illness ormortality within seven to ten days. Samples must be taken at 48 hours afterbirth or as soon as possible after this to prevent irreversible damage and lifethreatening illnesses.The NMSP provides the greatest benefit to babies and families of babies who receivea positive screening result. Early diagnosis and treatment can allow babies withmetabolic disorders to reach their full potential. Minimising the morbidity caused bymetabolic disorders also has benefits at a society-wide level, reducing costs to health,disability and education services.Societal benefits of positive screening results include: reduced cost in managing the health of individuals with morbidity associated withmetabolic disorders (offset by the comparatively low cost of the screeningprogramme) reduced cost of long-term social support for individuals with metabolic disorders raised awareness of metabolic disorders in the health sector and the community potential future benefits from the use of residual blood spots, which are currentlystored on a long-term basis.1The majority of screened babies will receive a negative result. This can reassurefamilies that their baby is unlikely to have one of the metabolic disorders screened for.Potential harms of the NMSP are: that screening is not diagnostic and there is the possibility of false positive andfalse negative results the possibility that practitioners may ignore clinical symptoms caused by adisorder if a screening result is negative parental anxiety associated with waiting for results that parents/guardians may receive insufficient and/or inappropriate informationto allow them to make an informed choice about screening for babies with positive results:› morbidity associated with delayed diagnosis if samples are unsuitable, takenlate or delayed in transit to the laboratory› inequities associated with potential lack of access to specialist metabolicservices.These are all potential harms that can be ameliorated by high-quality service provision,health practitioner education and effective monitoring of the NMSP.The Ministry of Health is currently reviewing policies regarding the storage, retention, and uses of residual blood spots.Any changes to policies will be notified on the NSU website (www.nsu.govt.nz) and reflected in the online version ofthese Guidelines.1February 2010Guidelines for practitioners providing services within the Newborn Metabolic Screening Programme in New Zealand3

3 GENERAL PROGRAMME REQUIREMENTS3.1 Code of Health and Disability Services Consumers’ RightsThe Code of Health and Disability Services Consumers’ Rights provides that NewZealand health care consumers have a legal right to appropriate information to enablethem to give informed consent. Information about the Code can be obtained from theHealth and Disability Commissioner’s website, www.hdc.org.nz3.2 Health Information Privacy CodeThe Health Information Privacy Code 1994 (HIPC) sets specific rules for agencies in thehealth sector to better ensure the protection of individual privacy. It addresses healthinformation collected, used, held and disclosed by health agencies.For the health sector the HIPC takes the place of the information privacy principles setout in the Privacy Act 1993. The HIPC can be viewed at the Privacy Commissioner’swebsite, www.privacy.org.nz4Guidelines for practitioners providing services within the Newborn Metabolic Screening Programme in New ZealandFebruary 2010

3.3 Tailoring services to individual needsHealth services should be tailored to meet the needs of the individuals receiving them.This helps to ensure equity of access and outcomes. Guidance on how to achieve this isset out in the Ministry of Health’s Statement of Intent for 2009 – 2012. The table belowhighlights some key aspects of the Statement of Intent.Achieving equitable outcomesGUIDELINEThe Ministry of Health promotesevidence-based and cost-effectiveservice models which emphasise earlyintervention, including prevention andself-management.Health services should: enable people to take responsibilityfor managing their own health,make healthy lifestyle choices, andprogress Whānau Ora using theWhānau Ora tool, available atwww.moh.govt.nz improve early intervention inchildhood to reduce the likelihoodof minor child health problemsbecoming major adult healthproblems.Health services should be attuned to theneeds of patients, individuals, families,and communities.INFORMATIONLMCs should incorporate these principlesinto their own practices and tailorservices to meet the individual needs ofparents/guardians.Health services should be tailoredto meet the health needs of all NewZealanders, including Māori, Pacificpeoples and Asian populations.Health providers should recognise thatwhat works for different populationsvaries.February 2010Guidelines for practitioners providing services within the Newborn Metabolic Screening Programme in New Zealand5

Whanau OraGUIDELINEWhānau Ora is about: facilitating positive and adaptiverelationships within whānau recognising the interconnectednessof health, education, housing,justice, welfare, employment, andlifestyle as elements of whānauwellbeing ensuring Māori families aresupported to achieve theirmaximum health and wellbeing.INFORMATIONLMCs should familiarise themselves withthe Whānau Ora tool, which is availableon the Ministry of Health website atwww.moh.govt.nz3.4 Use of interpreter servicesLMCs may need to use interpreter services to ensure that parents/guardiansunderstand the information provided to them about newborn metabolic screening.Using friends or family members as interpreters is not recommended practice.Using interpreter servicesGUIDELINELMCs should use interpreting services toaid understanding, if appropriate.INFORMATIONLMCs may arrange an interpreter: if requested by the parents/guardians if parents/guardians have a limitedcommand of English if they are concerned that theparents/guardians do notunderstand the clinical information where a parent/guardian is deaf andunderstands sign language.When determining whether to use aninterpreter, LMCs may consider whetherthe following considerations are being met: the principles of informed consent the need for effective communication confidentiality ensuring the best patient outcome.6Guidelines for practitioners providing services within the Newborn Metabolic Screening Programme in New ZealandFebruary 2010

4 THE NEWBORN METABOLIC SCREENING PROCESSInitial discussion3DUHQWV JXDUGLDQV DUH JLYHQ LQIRUPDWLRQ DQG DGYLFH WR DOORZ WKHP WR PDNH LQIRUPHG FKRLFHV DERXW VFUHHQLQJ DQG VWRUDJH DQG SRVVLEOH IXWXUH XVHV RI UHVLGXDO EORRG VSRWVOffer of screeningSample taken:ǩ ǩ ǩ ǩ ǩ ǩ 3DUHQWV JXDUGLDQV DQG EDE\ DUH SUHSDUHG IRU VDPSOH WR EH WDNHQ6DPSOH LV WDNHQ LQ DFFRUGDQFH ZLWK WKHVH *XLGHOLQHV3URFHVV LV GRFXPHQWHG LQ FOLQLFDO UHFRUGV DQG :HOO &KLOG 7DPDULNL 2UD ERRN6DPSOH LV VHQW WR ODERUDWRU\ DV VRRQ DV LW LV GU\5HTXHVW IRU UHWXUQ LV QRWHG RQ FDUG RU LI UHTXHVW IRU UHWXUQ LV PDGH DIWHU FDUG LV VHQW UHWXUQ IRUP LV FRPSOHWHG DQG VHQW WR ODERUDWRU\ IWHU WHVWLQJ UHVLGXDO EORRG VSRWV DUH UHWXUQHG Sample taken:ǩ ǩ ǩ ǩ ǩ 3DUHQWV JXDUGLDQV DQG EDE\ DUH SUHSDUHG IRU VDPSOH WR EH WDNHQ 6DPSOH LV WDNHQ LQ DFFRUGDQFH ZLWK WKHVH *XLGHOLQHV3URFHVV LV GRFXPHQWHG LQ FOLQLFDO UHFRUGV DQG :HOO &KLOG 7DPDULNL 2UD ERRN6DPSOH LV VHQW WR ODERUDWRU\ DV VRRQ DV LW LV GU\ IWHU WHVWLQJ UHVLGXDO EORRG VSRWV DUH VWRUHG DQG PD\ EH XVHG LQ WKH IXWXUH IRU WKH SXUSRVHV VHW RXW LQ VHFWLRQ 8VHV RI UHVLGXDO EORRG VSRWV DIWHU VFUHHQLQJ Sample tested by laboratoryUnsuitable sample*5HSHDW VDPSOH SURYLGHG DV VRRQ DV SRVVLEOH Negative screening result*Repeat process fromscreening offer stageSample not taken:ǩ ǩ ǩ ǩ 5HDVRQ IRU GHFOLQH LI JLYHQ LV GRFXPHQWHG LQ FOLQLFDO UHFRUGV DQG :HOO &KLOG 7DPDULNL 2UD ERRN3DUHQWV JXDUGLDQV DUH DGYLVHG WKDW EDE\ PD\ EH WHVWHG DW D ODWHU GDWH LI WKH\ FKDQJH WKHLU PLQG V EXW WKDW WKH VDPSOH VKRXOG EH WDNHQ EHWZHHQ DQG KRXUV RI DJH IRU RSWLPXP GHWHFWLRQ RI FHUWDLQ GLVRUGHUV:LWK SDUHQW JXDUGLDQ DSSURYDO FDUG LV ȌOOHG LQ DV PXFK DV SRVVLEOH 'HFOLQH DQG UHDVRQ IRU GHFOLQH LV ZULWWHQ RQ FDUG DQG FDUG LV VHQW WR ODERUDWRU\3DUHQWV JXDUGLDQV DUH DGYLVHG ZKR WR FRQWDFW HJ /0& *3 :HOO &KLOG SURYLGHU LI WKH\ FKDQJH WKHLU PLQGV RU ZDQW IXUWKHU LQIRUPDWLRQ Positive screening result*Slightlyabnormalresult*LMCs sent reports for all babiesscreened in their careFebruary 2010Screening declinedStorage declinedScreening consentedStorage consentedScreening consentedStorage declinedSignificantlyabnormalresultDiagnostic testingand treatmentGuidelines for practitioners providing services within the Newborn Metabolic Screening Programme in New Zealand7

5 SPECIFIC PROGRAMME REQUIREMENTS5.1 Responsibility for newborn metabolic screeningLMCs are responsible for the newborn metabolic screening process, includinggiving information and advice, offering screening, ensuring informed consent,documenting the process, taking a suitable sample and following up results.LMCs are responsible for newborn metabolic screening. If a woman is receiving careaway from her LMC, aspects of screening may be undertaken by the primary maternitycarer or health provider at the time.If care has been transferred and the woman is in the care of the secondary/tertiaryservice, that service is responsible for the screening process.If there is no LMC assigned for maternity care, the primary maternity carer or healthprovider or the secondary/tertiary service is responsible for the screening process.The laboratory is responsible for testing the blood samples for metabolic disordersusing the presence and levels of different biochemical markers, reporting results toLMCs, and assisting with referrals and advice for positive results.5.2 The screening processThe screening process starts with the provision of information to parents/guardiansduring pregnancy and includes an initial discussion about screening, an offer to screen,collection of a blood sample, laboratory testing, and follow up where required. Theprocess ends when the baby screened receives a negative result or is referred fordiagnostic testing, or if the parents/guardians withdraw from the process.When laboratory testing is complete, the residual blood spots are either held in securestorage indefinitely or returned to parents/guardians (see Chapter 11: Storage, return,and future uses of residual blood spots). Stored blood spots may be used in the futurefor the purposes listed in section 11.2: Uses of residual blood spots after screening.2If parents/guardians or the individual want the blood spots returned from storage, theymust make a written request.5.3 Family history of disordersIf any of the metabolic disorders screened for are present in a baby’s family, the babymay have an increased chance of inheriting the disorder. It may be appropriate forthe baby to undergo diagnostic testing as well as being screened. LMCs should referparents/guardians with a family history of disorders to a paediatrician for further adviceduring pregnancy.The Ministry of Health is currently reviewing policies regarding the storage, retention and uses of residual blood spots.Any changes to policies will be notified on the NSU website (www.nsu.govt.nz) and reflected in the online version ofthese Guidelines.28Guidelines for practitioners providing services within the Newborn Metabolic Screening Programme in New ZealandFebruary 2010

6 INFORMED CONSENT6.1 Informed consent requirementsEnsuring that parents/guardians give informed consent for newborn metabolicscreening is a legal requirement that is central to best practice in maternity care.Informed consent is a process that must be integrated throughout the screeningpathway. Ensuring informed consent includes: provision of information about screening during antenatal and postnatal care discussions about screening throughout antenatal and postnatal care offering screening documenting consent or decline to screening documenting consent or decline to storage and possible future uses ofblood spot cards.These points are covered in more detail in the following sections.6.2 Provision of information to parents/guardiansAppropriate information about the NMSP must be given to parents/guardiansduring pregnancy.Parents/guardians should be provided with information about the NMSP and asked toconsider having their baby screened, during pregnancy. Further information should beprovided to parents/guardians as required after the birth.The information given to parents/guardians should be tailored to each step in thescreening pathway and to the specific needs of the parents/guardians.Information and resources to assist with this process are listed inAppendix One: Sources of support and further information.February 2010Guidelines for practitioners providing services within the Newborn Metabolic Screening Programme in New Zealand9

Provision of informationGUIDELINELMCs must provide information in a waythat parents/guardians can understand.INFORMATIONInformation should include: discussions between the LMC andparents/guardians throughoutantenatal care the newborn metabolic screeningconsumer pamphlet viewing of the newborn metabolicscreening consumer DVD referral to other sources ofinformation, such as websites andspecialist organisations.Information should be communicatedwith regard to individual levels ofunderstanding and backgroundknowledge.Additional supportGUIDELINELMCs must offer additional support toparents/guardians who have difficultyunderstanding information because oflanguage difficulties, hearing impairmentor intellectual disability.INFORMATIONAppropriate information that allowsfor informed consent includes usingprofessional interpreter services, suchas Language Line, a DHB interpreter or aNew Zealand sign language interpreter,where necessary. Using family membersor friends as interpreters is notrecommended practice (see section 3.4:Use of interpreter services).Parents/guardians who have anintellectual disability may requireextra support or the presence of familymembers or other support people tounderstand the information.QuestionsGUIDELINELMCs must answer questions parents/guardians ask about the NMSP.INFORMATIONParents/guardians should be given theopportunity to ask questions about theNMSP, and advised where they can findfurther information.LMCs may seek advice from the NMSPto assist them to answer questions fromparents/guardians.10 Guidelines for practitioners providing services within the Newborn Metabolic Screening Programme in New ZealandFebruary 2010

6.3 DocumentationClear documentation of the screening process must be kept, including consents,declines, and sample information.Written consent for newborn metabolic screening is not required by the Code of Healthand Disability Services Consumers’ Rights. However, details must be documented inthe clinical records. This is the responsibility of LMCs, or if there is no LMC assigned,the antenatal care provider.Clinical recordsGUIDELINELMCs must keep a record of thescreening process.INFORMATIONEach stage of the process should bedocumented in the clinical records,including: the content of discussions aboutthe NMSP, any further informationrequested, issues raised, and/orresources provided the use of interpreters or similarservices consent or decline for screening consent or decline for storage andpossible future uses of residualblood spots the date and time the sample wastaken details of repeat samples, follow up, and referrals in the case ofpositive results.Handover notes to Well Child/TamarikiOra providers, general practitioners (GPs)and other health care providers mustinclude: documentation about the screeningprocess consent or decline for screening details about the blood sample(including the date taken and datesent) results of screening any follow-up from screeningresults.February 2010Guidelines for practitioners providing services within the Newborn Metabolic Screening Programme in New Zealand11

6.4 Initial discussionLMCs must initiate a discussion with parents/guardians about the NMSPduring pregnancy, to give them the opportunity to consider participation inthe NMSP, ask questions and seek further information.The discussion should take into account any barriers to understanding (suchas language or disability), and parents/guardians should be advised thatfamily members may be present at the discussion, if they wish.Parents/guardians, on behalf of the baby, should understand the purpose,benefits and potential harms of participating in the NMSP, and know that theycan withdraw from the process at any time before the sample has been taken.The discussion must include the following information.1. About the NMSP The purpose of screening.The disorders screened for.How screening can help babies who have metabolic disorders.That screening does not cover every disorder.What screening involves: sample taking and testing, data andinformation collection and monitoring, reporting and follow-up ofresults, quality assurance processes, referrals for diagnostic testingand treatment in the case of positive results, and storage andpossible future uses.2. Resources Availability of the DVD and other consumer resources. Availability of further information.3. Benefits and harms of screening That the disorders screened for cannot be easily detected withoutblood tests.That the disorders screened for can be life-threatening.That early detection of the disorders screened for canenable early treatment.That screening is not diagnostic, and there is a possibility of falsepositive and false negative results.The benefits and risks associated with screening.4. Consent That screening is voluntary.That parents/guardians may decline scree

NMSP to increase screening from 7 to 28 metabolic disorders, with the addition of 9 fatty acid oxidation disorders (FAODs) and 12 more amino acid disorders. 2.3 Disorders in the Newborn Metabolic Screening Programme The 28 metabolic disorders currently screened for by the NMSP are: Amino acid disorders (14 disorders, including PKU and MSUD)

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