Child Health Flashcards
(49 cards)
Define neonatal mortality
Deaths occurring within first 28 days following a live birth.
Define perinatal mortality
Deaths up to 7 days of life and stillbirths.
Define infant mortality
Deaths of children under the age of one year.
What are the most common congenital anomalies in babies?
- Congenital heart (most common).
- Chromosomal (2nd most common).
What is the most common cause globally of neonatal death?
Prematurity (most common).
Also, congenital anomalies.
Describe the epidemiology of stillbirth in UK and globally
- UK: ~ 1 in every 250 pregnancies. 3.54 stillbirths per 1,000 live births. 8 babies per day.
- Globally: 13.9 per 1,000 live births.
Describe the epidemiology of neonatal death in UK and globally
- UK: 1.65 deaths per 1,000 live births.
- Globally: 18 deaths per 1,000 live births.
Identify risk factors for perinatal mortality and outline strategies to reduce it
RISK FACTORS:
- Parity.
- Age of mother.
- Maternal education.
- Engagement with maternal services.
- Previous history of perinatal mortality.
- Low income/deprivation.
- Birth interval.
- Smoking.
- Drugs and alcohol.
- Preterm delivery.
- Congenital anomalies.
- Low birth weight.
- Maternal obesity
- Multiple pregnancy
REDUCE RISK:
- Midwife led care.
- Screening for UTIs and genital infections.
- Vit D supplements.
- Cervical stitching.
- Smoking cessation.
- Avoidance of drugs and alcohol use during pregnancy.
Describe the availability and provision of services for patients with visual impairment and deafness
VISUAL IMPAIRMENT:
- Guide dogs
- Braille
- Vision aids
- Low-vision clinics
- Support groups and charities e.g. Royal National Institute of Blind People
- Ophthalmologist certify as sight impaired or severely sight impaired with a certificate of vision impairment
- Disability benefits
- Reduced TV licence fee
- Reduced fees on public transport
- Home alterations e.g. big-button telephone, community alarm
- E-readers
- Long cane
- Gov access to work scheme
HEARING LOSS:
- British sign language (BSL)
- Interpreters
- Hearing aids and cochlear implants
- Lipreading
- Support groups and charities
- The National Deaf Service provides mental health services for deaf people
- Disability benefits
Outline evidence-based strategies for the prediction and prevention of preterm birth and low birth weight
PREDICTION:
- Cervical length.
- Biomarkers: foetal fibronectin, insulin-like growth factor binding protein-1, placental alpha-macroglobulin-1.
- US growth scans (low birth weight).
PREVENTION:
- Prophylactic vaginal progesterone.
- Prophylactic cervical cerclage.
Identify major complications, management, and both short and long-term outcomes for preterm birth and low birth weight
Early issues:
- RDS.
- Hypothermia.
- Hypoglycaemia.
- Poor feeding.
- IVH.
- Retinopathy of prematurity.
- Necrotising enterocolitis.
- Neonatal sepsis.
Long-term effects:
- Chronic lung disease of prematurity.
- Learning and behavioural difficulties.
- Susceptible to infections.
- Hearing and visual impairment.
- Cerebral palsy.
- Developmental delay.
List the common and important congenital anomalies; describe how these are identified and managed in the neonatal period?
- Common: abdominal wall, nervous system, trisomy chromosomal, congenital heart, genetic, limb, kidney & urinary tract, GI tract, genital, oro-facial clefts, respiratory.
- Identified: detected on antenatal screening tests or scans (most common), postnatal.
- Managed: surgical correction.
Demonstrate knowledge of the newborn screening programme of physical examination and metabolic testing
- NIPE: first 72 hours of birth and repeated at 6-8 weeks. Screens for testicular, hip, eye and heart problems.
- Metabolic testing via newborn blood spot on day 5, screens for 9 congenital conditions: sickle cell disease, cystic fibrosis, congenital hypothyroidism, PKU, MCADD, MSUD, IVA, GAI, homocystin.
Describe the epidemiology of Sudden unexpected death in infancy
- Highest incidence rates at 2-4 months.
- 90% deaths occur within 6 months of age.
- ~200 deaths per year in UK.
Outline protective and risk factors for SIDS and demonstrate how to give relevant guidance to parents
Protective factors:
- Baby on back when sleeping.
- Head uncovered in cot.
- Foot at end of bed to prevent sliding down under blanket.
- Cot clear of toys and blankets.
- Comfortable room temperature.
- Avoid smoking and handling baby after smoking.
- Avoid co-sleeping with baby.
- Breastfeeding.
Risk factors:
- Prematurity.
- Low birth weight.
- Smoking during pregnancy.
- Male baby.
Outline the epidemiology and scale of childhood asthma in the UK and its impact on primary care
- Asthma is the most common long-term medical condition in children in the UK.
- 1 in 11 children and adolescents living with asthma.
- The UK has one of the highest prevalence, emergency admission and death rates for childhood asthma in Europe.
- 1 million children in UK receiving treatment for asthma.
- Less than 25% of children with asthma have a personalised asthma action plan (PAAP).
- Nearly half have had an asthma attack in the previous year.
- Emergency admissions for asthma are strongly associated with deprivation.
- Increased risk of developing asthma if living in disadvantaged circumstances e.g. deprivation, poor quality housing, overcrowding, addiction households.
Impact on primary care: increases number of appointments, increased medication and prescription charges, overdiagnosis of childhood asthma in primary care leading to unnecessary treatment, struggling to manage demand for services.
What is The National bundle of care for children and young people with asthma?
Phase one of a plan to support integrated care systems to deliver high quality asthma care. In order to improve asthma outcomes for children and young people.
Discuss the role of screening for congenital dysplasia of the hip
- Identifies subgroup of population who need further testing e.g. hip US.
- Early identification of cases leads to earlier treatment and therefore better outcomes for patients.
- Reduces risk of long-term hip (e.g. dislocation, degeneration) and mobility/gait problems.
- Treatment with Pavlik harness or surgery.
Demonstrate understanding of how multidisciplinary teams care for children with cerebral palsy (or other neurological conditions)
- Physiotherapy: stretch and strengthen muscles, improve function and prevent contractures.
- Occupational therapy: manage ADLs, improve techniques and make adaptations/supply equipment.
- Speech and language therapy: speech and swallowing.
- Dietician: NG tube or PEG tube.
- Orthopaedic surgeons: release contractures and tenotomy.
- Paediatricians: optimise medications e.g. muscle relaxants, anti-epileptics, laxatives, anti-cholinergics (drooling), analgesia.
- Social worker: benefits and support.
- Charities and support groups.
Outline how doctors along with other health professionals act to prevent spread of childhood infection including referral, use of chemoprophylaxis and control of ward infection
- Separate cubicles/bays for notifiable diseases to reduce transmission and spread (barrier nursing).
- Referral to infectious disease and microbiology.
- School exclusion criteria.
- Childhood immunisation schedule.
- PPE, sterilise equipment and surfaces, hand hygiene.
- Prophylactic antibiotics to close contacts and immunocompromised e.g. for exposure to meningococcal disease.
Understand the principle of disease prevention through immunisation, the calendar of routine UK childhood immunisations and additional immunisations in special circumstances
NHS VACCINATION SCHEDULE
- 8 weeks: 6-in-1 (diphtheria, hep B, Hib, polio, tetanus, whooping cough), rotavirus, MenB.
- 12 weeks: 6-in-1 (2nd dose), pneumococcal, rotavirus (2nd dose).
- 16 weeks: 6-in-1 (3rd dose), MenB (2nd dose).
- 1 year: Hib/MenC, MMR, pneumococcal (2nd dose), MenB (3rd dose).
- 2 to 15 years: children’s flu vaccine (annual).
- 3 years and 4 months: MMR (2nd dose), 4-in-1 pre-school booster (diphtheria, polio, tetanus, whooping cough).
- 12 to 13 years: HPV.
- 14 years: 3-in-1 teenage booster (diphtheria, polio, tetanus), MenACWY.
- 65 years: flu vaccine (annual), pneumococcal, shingles.
- 70 to 79 years: shingles.
- Pregnant women: flu vaccine and whooping cough.
- At risk babies: BCG vaccine at 28 days old (born in area with high prevalence of TB or parents/grandparents born in country with many cases of TB). Hep B at birth, 4 weeks and 12 months (babies born to mothers with hep B). Flu vaccine from 6 months to 17 years (long-term health conditions).
UK childhood immunisation rates are in decline. No vaccinations meg the 95% target set by WHO. Regional uptake of routine vaccinations was at its lowest in London.
Understand common concerns about vaccination, follow up management of vaccine reaction and failed immunisation
- No individual freedom or choice.
- Public mistrust due to Andrew Wakefield falsely linking MMR vaccine to autism.
- Question safety and effectiveness.
- Scared of side effects and can be harmful.
- Vaccines haven’t been properly trialled and tested for safety and effectiveness e.g. COVID-19 vaccines.
Give some examples of live-attenuated vaccines
- MMR
- Rotavirus
- Smallpox
- Chickenpox
- Yellow fever
Outline the effects of altered life expectancy at a time when a young person is becoming independent of parental control
IMPACTS OF CHRONIC CONDITION ON THE CHILD:
- Visible v Non-visible: non-visible harder to adjust to.
- Time off school/difficulty completing school work/exams → worse academic performance.
- Rebelliance = not taking medications.
- Feeling different to friends + self image.
- Needing to plan day around meals/medications etc.
- Increased dependence on parents at a time of when independence is normally developing.
- Impact on employment.
- Future fertility.
- Life expectancy: feelings of depression and anxiety, why me?, unfair, alone.
- Emotional response can be similar to bereavement/grief reaction.
Reaction dependent on: nature of illness + symptoms, stage of illness, age of the child, temperament, family factors, intellectual capacity.