A Position Paper
Philippine Pediatric Society, Inc.
This position paper was prepared by the Philippine Pediatric Society (PPS) Committee on Nutrition and its component society,
the Philippine Society for Pediatric Gastroenterology Hepatology and Nutrition (PSPGHAN)
FIRST 1000 DAYS
A Position Paper by the Philippine Pediatric Society, Inc.
This position paper was prepared by the Philippine Pediatric Society (PPS) Committee on Nutrition and its component society, the Philippine Society for Pediatric Gastroenterology Hepatology and Nutrition (PSPGHAN)
The First 1,000 days is the period that covers conception until the child reaches 2 years of age. It is a critical window of opportunities and outcomes.
Nutritional damage that occurs during this period is irreversible.
A decrease in the national prevalence of stunting (being short for age) is now the preferred indicator for measuring outcomes in nutritional interventions.
There are nutrition-specific interventions that have been proven to work. The challenge is to integrate, accelerate and sustain actions.
There are nutrition-sensitive interventions that may need to be prioritized by the government. These include agriculture, social welfare and education.
The Philippine Pediatric Society is part of these solutions. It is a credible messenger that can help focus on interventions that work.
In 2008, The Lancet medical journal published a series of papers on maternal and child undernutrition. These papers identified a critical window of time between a womans pregnancy and her childs second birthday, which was later coined The First 1,000 days.
The First 1000 days is a period when a child has increased nutritional needs to support rapid physical growth and mental development. This is also a period when the mother and her child are most at risk of malnutrition and infections. It has been shown that growth faltering of the child begins in the mothers womb and continues until the child reaches 2 years of age. Children born with low birthweights (<2,500 grams) due to restricted growth inside their mothers wombs are at great risk of remaining stunted. This early chronic exposure to inadequate nutrition is captured by one important anthropometric indicator- stunting (inadequate length/height for age).Any loss in linear growth during this period is not recovered later in life and catch up growth is minimal
Lack of adequate nutrients during this period of rapid brain development has long-term effects on cognition which are not recovered even with improvements in nutrition after 2 years of age. The outcome of brain development by the age of two years determines to a large extent a persons mental capacity for the rest of his/her life, including success in schooling and income earning.
Data from the 2013 National Demographic and Health Survey show that the prevalence of nutritionally at risk pregnant women in the country due to being underweight is 24.8%with the percentage of low birth weight babies being born in the country increasing from 21% in 2008 to 23.2% in 2013.
The Philippines ranks 9th in terms of the number of children under 5 years old who are moderately or severely stunted. Although the national prevalence of stunting is about 33%,(3 out of 10) there are pocket areas wherein there is still a high magnitude and severity of stunting at ?40% (4 out of 10). These are MIMAROPA, Bicol region, SOCCSKSARGEN and Autonomous Region in Muslim Mindanao.
The right nutrition delivered at the right time within this 1,000-day window can have a profound impact on a childs ability to grow, learn and rise out of poverty. Children who get the right nutrition in their first 1,000 days are 10x more likely to overcome the most life-threatening childhood diseases. They complete 4.6x more grades of school. They go on to earn 21% more in wages as adults. More importantly, they are more likely as adults to have healthier families.
The Philippine Pediatric Society fully supports a programming focus of the government to this 1000-day period from conception up to 2 years of age.
Simple solutions that focus on the first 1,000 days already exist. There is a need to focus on integrating and accelerating these evidence-based actions at scale and sustaining all initiatives.
Evidence-supported interventions that address very specific requirements of adolescent girls, pregnant women, mothers and their children have been identified (Table 1). These are referred to as nutrition-specific interventions.
Details of the Nutrition Specific Interventions Solutions
A. Interventions for women of reproductive age (WRA) (for midwives ,obstetricians and other
a. Iron-folate supplementation including adolescent girls. Adolescence is defined as between
10-19 years old (World Health Organization definition).
b. Multimicronutrients supplement with iron-folate-calcium for all pregnant women
c. Maternal supplementation with balanced energy and protein including education and counselling
on proper nutrition
d. Vitamin A supplementation within the first 8 weeks post-delivery (200,000 IU single dose)
e. Salt iodization or use of iodized salt
f. Focused antenatal care which involves a minimum of 4 visits in normal or uncomplicated
pregnancies must be encouraged
i. 1st visit: before 4 months
ii. 2nd visit: 6 months
iii. 3rd visit: 8 months
iv. 4th visit: 9 months
Note: For pregnant women with possible or expected complications, prenatal visits may be more frequent depending on the recommendation of the attending health personnel.
g. Components of Focused Antenatal Care
1. QUICK CHECK for emergency signs for which an immediate referral to the nearest hospital is
a. Vaginal bleeding
b. Severe abdominal pain
c. Looks very ill
d. Severe headache with visual disturbance
e. Severe difficulty of breathing
g. Severe vomiting
2. Registration and issuance of a mother and child record/ home based record.
a. Medical history: age, past medical history
b. Obstetric history: last menstrual period, age of gestation, gravidity
c. Prior Pregnancy (second time mothers)
i. Presence of convulsions
ii. Stillbirth or death
iii. Heavy bleeding during or after delivery
iv. Prior cesarian section, forceps or abortion
d. Baseline haemoglobin, blood type, urinalysis. If haemoglobin is <8g/dl, refer to an
obstetrician for work up and treatment of anemia. Check urine for the presence of protein.
e. Screening for diseases that may complicate pregnancy.
i. Ask about family history (first degree) of diabetes and history of obesity; Previous pregnancy for difficult labor, large babies, congenital malformations and previous unexplained fetal death
ii. Look for signs of maternal overweight and obesity, polyhydramnios, signs of large baby or fetal abnormality, vaginal infection
iii. Refer for glucose test: at 24-28 weeks for low risk or immediately if high risk.
iv. Check for fever, burning sensation and abnormal vaginal discharge. Ask about episodes of fever or chills and take temperature. Ask about pain or burning sensation on urination. Ask about presence of abnormal vaginal discharge, itching at the vulva or if partner has urinary problems.
f. Preventive measures: Immunize against tetanus (to be provided by the RHU)
Tetanus toxoid at least 2 doses: the first dose at first contact with the woman or at first antenatal visit and the last dose must be given at least 2 weeks before delivery.
g. Discussion of a birth and emergency plan
i. A birth plan is a written document prepared during the first antenatal visit. This may change anytime during pregnancy if complications develop. It contains information on: the womans condition during pregnancy, preferred place of delivery and choice of birth attendant, available resources such as transportation, companion and money for her childbirth and newborn baby, preparations needed such as blood donor, referral center should an emergency situation arise during pregnancy, childbirth or postpartum
ii. An emergency plan includes information on danger signs, signs of labor, where to go, how to go, what to bring, with whom to go, who will care for the home and the first child when she is away.
On all visits:
a. Check duration of pregnancy (AOG)
b. Ask for bleeding/danger signs during pregnancy
c. Check record for previous treatments received during this pregnancy
d. Prepare birth and emergency plan
e. Ask patient if she has concerns
f. Give education and counselling on family planning.
g. Check for hypertension. If BP is above 140-90 early in pregnancy, referral to a doctor is made. If diastolic BP is 90 mmHg or higher, repeat measurement after 1 hour rest. If diastolic BP is still 90 mmHg or higher, ask the woman if she has 1)severe headache 2) blurred vision 3) epigastric pain
If urine has protein: and all the above are present, referral for possible pre-eclampsia should be made.
B. Interventions in neonates
a. Delayed cord clamping
i. Delayed cord clamping is approximately 1-3 minutes after birth (NOT
b. Neonatal Vitamin K administration
i. One dose of intramuscular vitamin K after birth will reduce clinical bleeding at 1-7 days of life including bleeding after circumcision.
ii. Term babies 1 mg IM soon after birth
iii. Preterm babies <1000g, 0.5 mg IM soon after birth
iv. Dose of oral vitamin K if intramuscular vitamin K cannot be given i.e. home births and refusal of parent or if with no health care worker who could administer, 3 separate doses need to be given as follows:
o 2 mg oral soon after birth
o 2mg oral at 3-7 days
o 2mg oral at 6 weeks
c. Kangaroo mother care for promotion of breastfeeding and care of preterm and small for gestational age (SGA) infants. It has 3 parts namely,
i. Skin-to-skin contact at birth and even short periods during day or night
ii. Exclusive breastfeeding
iii. Support to the dyad- medical, emotional, psychological support
d. Newborn Screening
i. BCG vaccine, single dose given at birth
ii. Hepatitis B vaccine given at birth
C. Interventions in Infants and Children
i. Promotion interventions and counselling on breastfeeding
ii. Promotion of dietary diversity from 6 months to 23 months of age
a. Provision of nutrition education
b. Provision of additional complementary food.
iii. Vitamin A supplementation
a. Vitamin A can reduce all-cause mortality by 24% and diarrhea-related mortality by 28% in children 6-59 months. It can also reduce the incidence of diarrhea and measles in this age group.
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