2 METHODS
This research is a survey of explanatory research with
crossectional design. This research was conducted in
Medan Tuntungan district Medan. The samples were
all pregnant women with 3rd trimester of pregnancy
in Medan Tuntungan Health Center from May to July
2018 that was 34 people. Data on mother's identity
and mother's nutritional knowledge were obtained by
interview using questionnaire, Hb rate was measured
by using Hb Quik-Check, and Hb levels of pregnant
women are categorized into 2, namely anemia if Hb
levels are <11g / dl and Normal if Hb levels> = 11 g
/ dl [4]. CEM was determined by Upper Arm
Circumference (UAC). Data analysis to describe the
incidence of anemia and CEM was done descriptively
by frequency tabulation, then analyzed the tendency
of anemia and CEM incidence based on nutritional
knowledge by cross tabulation.
3 RESULT AND DISCUSSION
The occurrence of anemia was measured based on
Hemoglobin (Hb) levels of pregnant women with
criteria expressed anemia when Hb levels were less
than 11mg / dl. While the occurrence Chronic Energy
Malnutrition (CEM) stated if the value of Upper Arm
Circumference (UAC) <23.5 cm. In Table 1 it can be
seen that pregnant women who have anemia as many
as 18 people (52,9%). This figure is high compared to
the incidence of anemia in pregnant women in
northern Medan city of 44.7% and the incidence of
anemia is said to be significantly associated with low
energy intake (Zulhaida, 2017).
Table 1. Frequency Distribution of anemia Incidence in
Pregnant Women
Incidence N %
Anemia 18 52,9
Normal 16 47,1
Total 34 100,0
The results showed the incidence of CEM in 3
trimester pregnant women was 20.7% (Table 2). This
figure is slightly lower with the findings in the North
Medan region is equal to 23.9% (WHO, 2011). In
addition the study found that the incidence of CEM in
pregnant women is significantly associated with the
incidence of anemia. The levels of hemoglobin in
pregnant women were associated with maternal
nutritional status (UAC), consumption of iron tablets
and meal consumption patterns on expectant mothers
in Maros South Sulawesi (Fatimah, 2011).
Table 2. Prequency Distribution of Chronic Energy
Malnutrition Incidence in Pregnant Women
Incidence N %
CEM 27 20,6
Normal 7 79,4
Total 34 100,0
The description of mother's nutritional knowledge
shows that there are 29 people (85,3%) of pregnant
women have less nutritional knowledge. The
incidence of anemia and CEM in pregnant women
based on mother's nutritional knowledge can be seen
in Table 3 and Table 4.
Table 3. Distribution of Anemia in Pregnant Women
Based on Mother’s nutritional knowledge
Nutritional
knowledge
Incidence Total
Anemia Normal
N % N % N %
Less 15 57,1 14 48,3 29 100,0
Good 3 60,0 2 40,0 5 100,0
Table 3 shows that in mothers with less
knowledge 15 people (57.1%) had anemia and mother
with good knowledge of nutrition as many as 3 people
(60%) also had anemia. A lack of nutritional
knowledge will have an impact on the mother's
dietary intake patterns so that increased nutritional
adequacy during pregnancy such as energy, protein,
iron and folic acid can not be met which causes
malnourished mothers such as anemia. In a review
article about anemia and eating habits of pregnant
women in Indonesia said that the incidence of
anaemia in pregnant women is closely related to
economic and cultural factors (Atiek, 2016). The
other factors that also play a role is the knowledge of
mothers and families about the importance of
nutrition and foods that are good for women of fertile
age, moreover for pregnant women. Another factor
that also plays a role is the knowledge of mothers and
families about the importance of nutrition and food
for women's fertility, especially for pregnant women.
While the results of the study in Karawang district
showed that there was no significant relationship
between family economic factors and hemoglobin
levels of third trimester pregnant women, but more
important was the knowledge of nutrition and
maternal health and good food intake (Surgiasih,
2013). The results of research in Yokyakarta show