clinical observation of yinzhihuang oral liquid (茵栀黄口服液) on prevention of the premature...
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7/27/2019 Clinical observation of Yinzhihuang Oral Liquid ( ) on prevention of the premature infantile jaundice
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299 Chin J Integr Med 2009 Aug;15(4):299-302
Premature infants are prone to get jaundice,
bleeding, hard swelling, infection, apnea, and other
life-threatening complications due to their growth fac-
tors, among which premature infantile jaundice lasted
for a long time and more severe, often can cause
bilirubin encephalopathy, increasing mortality, and
morbidity for premature Infants. Therefore, in the pre-
mature infants, the early intervention to reduce no-
complicated bilirubin in body, and prevention of the
occurrence of bilirubin encephalopathy have positive
significance. This study used Yinzhihuang Oral Liquid
(YOL,) to prevent jaundice in premature
infants and the results were reported as follows.
METHODS
Inclusion Criteria
The included were premature infants except
hemolytic premature infants, with severe asphyxia
(1 min Apgar score < 7), serious infections, low birthweight, and blood diseases.
Exclusion Criteria
Excluded were premature infants with daily
percutaneous bilirubin > 257 mol/L, daily bilirubin
increasing equal, or more than 85 mol/L a day, or
complicated with infections or other serious diseases
of vital organs in the observation period.
Clinical Data
From September 2005 to April 2008, 242
premature infants from the Department of Obstetrics
and Gynecology, Xuanwu Hospital, Maternity Hospital,
Capital Medical University were enrolled and randomly
assigned to two groups. The completely random
sample of a large group was adopted, and each
premature infant took a three-digit random number,
according to Mantissa Single and Double to arrange
the treated group and the control group. Between the
two groups, the distribution of clinical data showed no
significant difference, and the data were showed in
the Table 1 (P>0.05).
Treatment
Both groups were taken conventional procedures,
such as warmth, feeding, and blood glucose
monitoring. In the treatment group, the parents signed
the informed consent, and the premature infants were
orally administered YOL (Beijing Shuanghe Gaoke
Natural Medicine Co., Ltd.), with a small soup spoonin the interval of two breast feedings, 5 mL each time,
twice daily for four consecutive days. The control group
recieved no treatment.
Observation Items
The body temperature, weight, stool frequency,
CLINICAL EXPERIENCE
Clinical Observation of Yinzhihuang Oral Liquid () onPrevention of the Premature Infantile Jaundice
CHEN Sheng-ping (), TIAN Li-li (), and LIU Feng-ling ()
Department of Obstetrics and Gynecology, Xuanwu Hospital,Capital Medical University, Beijing (100053), ChinaCorrespondence to: Dr. CHEN Sheng-ping, Tel: 13641116815,E-mail:[email protected]
DOI: 10.1007/s11655-009-0299-1
ABSTRACTABSTRACT Objective:Objective: To observe the clinical efficacy of Yinzhihuang Oral Liquid (YOL,) to pre-To observe the clinical efficacy of Yinzhihuang Oral Liquid (YOL,) to pre-vent the premature infantile jaundice.vent the premature infantile jaundice. Methods:Methods: After excluded hemolytic, suffocation, infection, and the very lowAfter excluded hemolytic, suffocation, infection, and the very lowbirth weight, 242 cases of premature infants were randomly assigned to two groups, the treatment group and thebirth weight, 242 cases of premature infants were randomly assigned to two groups, the treatment group and thecontrol group. Both groups were taken conventional procedures, such as warmth, feeding, and blood glucosecontrol group. Both groups were taken conventional procedures, such as warmth, feeding, and blood glucosemonitoring, and the treated group was administered YOL 5 mL each time, twice daily additionally, and the con-monitoring, and the treated group was administered YOL 5 mL each time, twice daily additionally, and the con-trol group without any treatment. The percutaneous bilirubin and blood cells were observed every day.trol group without any treatment. The percutaneous bilirubin and blood cells were observed every day. ResultsResults::Compared the two groups, the jaundice indices were more significantly different at 24-48 h, 48-72 h, and moreCompared the two groups, the jaundice indices were more significantly different at 24-48 h, 48-72 h, and morethan 72 h (than 72 h (P0.05). Hemoglobin, reticulocyte, platelets, and leu-cocyte were not significantly different between the two groups (cocyte were not significantly different between the two groups (P>0.05).>0.05). Conclusion:Conclusion: YOL as an early interven-YOL as an early interven-tion has positive significance to decrease the incidence of pathological jaundice in the premature infants, and notion has positive significance to decrease the incidence of pathological jaundice in the premature infants, and nosignificant impact on the blood cells.significant impact on the blood cells.KEY WORDSKEY WORDS premature infants, jaundice, early intervention, Yinzhihuang Oral Liquid, blood cellspremature infants, jaundice, early intervention, Yinzhihuang Oral Liquid, blood cells
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blood sugar, and blood cells (hemoglobin, reticulocyte,
platelet, and leucocyte) were detected and recorded
every day.
The instrument models MNJ20 was used to
measure percutaneous biliary, photoelectric detector
(model M1K7222K, Japan) used for blood cells.
Preparatory work was adopted in full-term newborn
bilirubin values, the skin and vein blood bilirubin
values of newborn were measured and compared in
30 samples, including the results confidence interval
between the mean standard deviation, so the value
of percutaneous bilirubin could be substituted for
vein blood bilirubin in clinic. Percutaneous bilirubin
measuring equipment was put on the middle of the
premature infants' forehead every day after bathing in
the morning, three times consecutively, and then the
mean value was adopted. Blood sugar and blood cells
were also determined at the same time, and the side
effects were also observed.
Statistical Analysis
SPSS11.0 software was performed to conduct
statistical significance, and measurement data
was carried out by square analysis, counting data
by variance test and Fisher's exact probability.
All data were expressed as mean standard
deviation.
RESULTS
Comparison of the Results of Percutaneous
Bilirubin between the Two Groups
In the observation period, at 0-24 h, in each
group, one infant reached the pathological jaundice
value separately, at 48-72 h one, and at more than 72 h
two patients also reached a pathological jaundice
value in the control group. All of them withdrew from
the trial. Jaundice index at 24-48 h, 48-72 h, and more
than 72 h showed to be significantly different between
the two groups (P0.05, Table 2).
Comparison of Blood Cells between the TwoGroups
All changes of hemoglobin, reticulocyte, platelet,
and leucocyte between the two groups was not
Table 1. Distribution of Clinical Data Premature Infants
GroupGender ratio(Male:Female)
Gestationalage (week)
Weight (g) Post-delivery mode(cesarean:vaginal births)
Suffocation(%)
Complication(%)
Control 100:93.1 34.12.3 2601.2387.1 3169 2 32%
Treated 100:92.5 34.52.1 2620.1401.2 3466 3 34%
Notes: Square analysis, variance test, Fisher's exact; probability; Complications include pregnancy-induced
hypertension, gestational diabetes, hyperthyroidism, and systemic lupus erythematosus, etc.
Table 3. Comparison of Blood Cells of Premature Infants between the Two Groups ( s)
Group Time Case Hemoglobin (1012
g /L) Reticulocyte (%) Platelet (109g/L) Leucocyte (109g/L)
Treated 0-24 h 119 223.2021.54 4.832.04 234.5059.75 23.8021.12
24-48 h 119 221.5019.30 4.771.84 206.7099.07 21.2020.03
48-72 h 119 218.6018.34 3.271.53 210.1089.90 20.0020.47
>72 h 119 215.1016.87 2.610.96 203.3097.65 18.5017.42
Control 0-24 h 121 222.8018.25 4.822.09 236.5074.86 23.7022.04
24-48 h 121 220.1018.89 4.721.77 199.9098.56 21.1020.20
48-72 h 120 217.5018.07 3.241.63 208.4090.12 20.1020.00
>72 h 118 216.2017.11 2.631.03 196.7094.76 18.7017.01
Table 2. Comparison of Percutaneous Bilirubin Values between Two Groups ( s)
GroupPercutaneous bilirubin (mol/L)
0-24 h 24-48 h 48-72 h >72 h
Treated (n=120) 77.321.2 (n=119) 127.82.3 (n=119) 201.650.4 (n=119) 235.854.0 (n=119)
Control (n=122) 78.123.6 (n=121) 149.155.8 (n=121) 230.462.5 (n=120) 257.457.6 (n=118)
P value >0.05
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significantly different (P>0.05, Table 3).
Adverse Reactions
Adverse reactions included nausea, vomiting,
abdominal distention, constipation, diarrhea, and
increasing of stool frequency. Five cases in the treated
group had diarrhea, and two cases lost weight of 10%.
All these were improved after infusion treatment. No
side effects were observed in the control group.
DISCUSSION
Premature infants are prone to get jaundice,
bleeding, hard swel l ing, infect ion, and other
complications due to their weak constitutions, in
which premature infant jaundice appears earlier, lasts
longer, and often more severe. Because of immature
blood-brain barrier in premature infants, bilirubin
blood easily accesses the brain and causes bilirubin
encephalopathy, which increases premature mortality
and disability. Since the hyperbilirubinemia of the
nervous system can lead to short-term and long-term
permanent damage to premature infants and cause
bilirubin encephalopathy, so more attention has been
paid to premature infants with hyperbilirubinemia
clinically in recent years. The study showed that in
the first week, 40%-65% of the normal newborns
have jaundice, but 80% of the premature infants
have various degrees of jaundice. On the causeof hyperbilirubinemia, in addition to clear neonatal
perinatal diseases, perinatal obstetric factors is also
an important factor in inducing hyperbilirubilirubine-
mia. The exact cause for morbidity cannot be found
in hyperbilirubinemia cases(1)
. The research showed
that small gestational age, premature, amniotic fluid
pollution, fetal distress, premature rupture of fetal
membranes, gestational disease, cesarean section,
the use of oxytocic hormone, old primiparity, multiple
births, and the use of sedatives may potentially cause
high serum bilirubin levels to increase.
The high level of serum bi l i rubin is one
of impor tant reasons for e levat ing b i l i rubin
encephalopathy, but it is not the only reason. Other
reasons may be premature birth, asphyxia, infections,
and hypoproteinemia, premature infants themselves
is a risk factor for neonatal jaundice and more liable
to suffer from bilirubin encephalopathy than full-
term infants(2). It has been reported that neonates
have a high rate of the nervous system sequelae
of hyperbilirubinemia; in addition to severe high
bilirubin, mild to moderate high bilirubin can also
have permanent nerve damage to a newborn baby,
resulting in abnormal development of the spirit, only
by serum total bilirubin level cannot predict the exact
outcome, all newborns with high bilirubin should be
given positive treatment to minimize the occurrence of
sequelae(3)
.
In the causes of premature infants wi th
hyperbilirubinemia, jaundice can be physical and
pathological, internal and external(4). The internal
factors include erythropoietin, short life, quick damage,
and liver cells intake functioning. The external
causes include (1) Infection factors, in relation with
humoral and cellular immune function immaturity of
premature infants. (2) Hypoxia and acidosis, due to
premature infants immaturity of the respiratory center,
and the lack of carbonic anhydrase in red blood
cells, resulting in the amount reduction of carbon
dioxide decomposition of carbonate, so it cannot
be effectively formed stimulation on the respiratory
center, easily cause apnea and cyanose(5), leading to
hypoxia and aggravating jaundice. Premature infants
are vulnerable to the impact of acidosis, because
of the poor regulatory function of premature infants
in the acid-base balance; within a few days after
birth, about two-thirds premature infants showed
metabolic acidosis, and one-third showed respiratoryacidosis or respiratory alkalosis(5). Aacidosis may
affect the combination of unconjugate bilirubin to
albumin and aggravate jaundice. (3) The delay of
feeding the excretion of meconium all can increase
the circulation of the gut-liver and the absorption of
bilirubin, so timely milking and promoting the excretion
of meconium, can effectively reduce the gut-liver
circulation and reduce bilirubin absorption. (4) Due to
preterm infant's immaturity of the heat center, there
is less subcutaneous fat and large body surface
area, and heat dissipation increases, which is liable
to cause hypothermia. Premature infants have a low
function of translating the glycogen into the blood
sugar, so it easily results in lowering of blood sugar so
as to increase premature infant jaundice.
YOL, a Chinese medicine, mainly composed
of siphonostiga herb, cape jasmine fruit, scutellaria
baicalin, and honeysuckle flower. It has the effects
of anti-pathogenic microorganism antibacterial and
sterilization, inhibiting the body allergic reaction to
reduce destruction of red blood cells, reducing red
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blood cells hemolysis, and lowering serum bilirubin
levels. YOL may reduce the damage to the liver,
promote bile secretion and excretion, participate as
compositions of enzyme, and regulate the activity
of enzymes. It can be directly involved in the body
nucleic acid, sugar, fat and protein metabolism and
promote liver regeneration and protect the integrity
of liver cells, thus avoiding the injury of fat peroxides,
promoting enterokinesia and being conducive to
the excretion of bile and reducing bilirubin gut-liver
cycle(6).
For their special physiological characteristics of
premature infants, under the condition of warming,
feeding, and monitoring of blood sugar, maintaining
the stability of body temperature and blood sugar, and
ruling out the external interference factors, premature
infants were fed with YOL for four consecutive days.
The results showed that jaundice indices were significantly
different between the two groups at 24-48 h, 48-72 h,
and >72 h but not at 0-24 h. Therefore, the authors
considered that the prevention of the premature
infants could start from the second day. In this study,
some premature infants in the control group withdrawn
from the trial at 48-72 h and more than 72 h, because
of bilirubin values reaching infants pathological
jaundice (7). The level of serum bilirubin reaching
257 mol/L or a daily increment of more than 85 mol/L occurred in the control group, which did not
occur in the treated group; the results showed that
preventive medication for delaying the increase of
premature infant jaundice indices has a positive effect.
The blood cell tests including hemoglobin, reticulocyte,
platelet, and leucocyte were not significantly different
between the two groups after four days of treatment,
which showed that YOL was safe to blood cells and
had few side effects. This suggested that it might be
used clinically.
REFERENCES
Li QP, Feng ZC. The latest guideline for neonatal jaundice
produced by American Academic of Pediatrics. J Appl Clin
Pediatr (Chin) 2006;21:958-959.
Cashore WJ. Bilirubin and jaundice in the micropremie. Clin
Perinatal 2000;27:171-179.
Dong SL, Hua Q, Yu AH, Yang YY, Zhang YY. A long-term
follow-up of newborn infants with hyperbilirubinemia. Chin J
Pract Pediatr (Chin) 1999;14(2):23-24.
Yang XQ, Yi ZW, eds. Pediatrics. 6th ed. Beijing: People's
Medical Publishing House; 2004:134.
Jin HZ, Huang DM, Guan XJ. Practical neonatology. 3rd ed.
Beijing: People's Medical Publishing House; 2004:194-196.
Heng XH, Tang ZZ. Observation on efficacy of Yinzhihuang
Oral Liquid in the prevention and treatment of 388 cases of
neonate jaundice. Maternal Child Healthcare Chin (Chin)
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Wang Y, He NH. Analysis of high risk factors in 210
neonates with hyperbilirubinemia. Chongqing Med (Chin)2006;35:1932-1934.
(Received August 15, 2008)
Edited by ZHANG Wen
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