1.Excessive crying: behavioral and emotional regulation disorder in infancy.
Korean Journal of Pediatrics 2011;54(6):229-233
In the pediatric literature, excessive crying has been reported solely in association with 3-month colic and is described, if at all, as unexplained crying and fussing during the first 3 months of life. The bouts of crying are generally thought to be triggered by abdominal colic (over-inflation of the still immature gastrointestinal tract), and treatment is prescribed accordingly. According to this line of reasoning, excessive crying is harmless and resolves by the end of the third month without long-term consequences. However, there is evidence that it may cause tremendous distress in the mother-infant relationship, and can lead to disorders of behavioral and emotional regulation at the toddler stage (such as sleep and feeding disorders, chronic fussiness, excessive clinginess, and temper tantrums). Early treatment of excessive crying focuses on parent-infant communication, and parent-infant interaction in the context of soothing and settling the infant to sleep is a promising approach that may prevent later behavioral and emotional disorders in infancy.
Colic
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Crying
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Humans
;
Infant
2.Pathological Laughing and Crying: Pathophysiology and Treatment.
Ji Hyun KIM ; Beom Woo NAM ; Jin Yong CHOI
Korean Journal of Psychosomatic Medicine 2013;21(2):93-98
Pathological laughing and crying(PLC) is a condition that is characterized by episodic, brief, contextually inappropriate, uncontrollable outbursts of laughing and/or crying. It can be observed in patients with various neurological disorders. PLC often causes distress in interpersonal functioning and activities for patients and their families. PLC can be recognized easily with proper understanding of the condition and its nature. Also it generally shows good response to various pharmacological treatments. This review aims to encourage the diagnosis and treatment of PLC by providing definition and clinical presentation of PLC, analysis of its pathophysiology and various current treatment options.
Crying*
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Diagnosis
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Humans
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Nervous System Diseases
3.Current-source Analysis of Interictal Spikes in a Patient With Ictal Crying.
Eunjeong JOO ; Oh Young KWON ; Heejung JUNG ; Young Soo KIM ; Seungnam SON ; Seokwon JUNG ; Sookyung KIM ; Heeyoung KANG ; Ki Jong PARK ; Nack Cheon CHOI ; Byeong Hoon LIM
Journal of the Korean Neurological Association 2011;29(2):112-115
Ictal crying has been associated with ictal activities in the medial frontal or medial temporal area of the nondominant hemisphere. We applied current-source analysis to the interictal spikes of a patient with episodes of ictal crying without sad feelings, but fear sensation. The current sources were in the medial frontal area of both cerebral hemispheres, the temporal area and the posterior cingulate gyrus of the right hemisphere.
Cerebrum
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Crying
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Gyrus Cinguli
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Humans
;
Sensation
4.The Changes in Children's Sleeping Patterns caused by Hospitalization.
Korean Journal of Child Health Nursing 1998;4(2):265-273
The purpose of this study was to identify the children's sleeping patterns, such as the sleeping hours and the nature of sleep disruptions following hospitalization and its accompanying factor. The data were collected from December, 1997 to March, 1998 using a questionnaire developed by researchers. The subjects were 76 children in a hospital. The results of this study were summarized as follows : 1. The average sleeping hours(sleep duration) at night were 10 hours and 10 minutes and 9 hours and 9 minutes before and after hospitalization respectively. There was a significant difference(P<0.01). 2. The mean bed time(sleep onset) was 10:22 pm and 10:28 pm before and after hospitalization respectively. There was no significant difference. 3. The mean hour of rising(sleep termination) was 7:54 am 7:08 am before and after hospitalization respectively. There was a significant difference(P<0.01). 4. The mean number of sleep disruption was 0.72 and 1.94 before and after hospitalization respectively. There was a significant difference(P<0.01). The sleep disruptions were influenced by crying of other children(53.9%), lights(28.9%) nursing procedures(18.4%), noise of TV(17.1%) and noise of visitors(15.8%).
Child
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Crying
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Hospitalization*
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Humans
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Noise
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Nursing
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Child Health
;
Surveys and Questionnaires
5.Sleep Pattern and Factors Causing Sleep Disturbance in Adolescents with Cancer before and after Hospital Admission.
Jin JUNG ; Eun Hye LEE ; You Jin YANG ; Bo Yoon JANG
Asian Oncology Nursing 2017;17(3):143-150
PURPOSE: This is a descriptive study conducted in order to survey sleep patterns and factors responsible for sleep disturbance among adolescent cancer patients after hospital admission. METHODS: The study group included 46 adolescent cancer patients aged 10 to 19 who received admission care in multi-bed hospital rooms from March to June 2016. Data on patterns and quality of sleep, and factors causing sleep disturbance were recorded using the Verran and Snyder-Halpern (VSH) Sleep Scale, the Pittsburgh Sleep Quality Index (PSQI), and a sleep disturbance questionnaire. RESULTS: There was no difference in patterns and quality of sleep prior to and after hospital admission in the study group. However, patients experienced sleep disturbance, as defined by PSQI > 5, both before (5.43) and after (6.30) admission. The most important physical, emotional and environmental factors causing sleep disturbance after admission were nocturnal diuresis, monotony of admission care, and crying of younger patients respectively. CONCLUSION: This study focused on sleep patterns and factors causing sleep disturbance after hospital admission for adolescent cancer patients. Future studies should aim to develop nursing interventions resulting in an environment that improves sleep quality. Additional studies should focus on developing daytime programs to determine the impact of admission care on other quality of life parameters.
Adolescent*
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Crying
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Diuresis
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Humans
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Nursing
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Quality of Life
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Sleep Wake Disorders
6.The effect of midazolam dose and age on the paradoxical midazolam reaction in Korean pediatric patients.
Young Hee SHIN ; Myung Hee KIM ; Jung Jin LEE ; Soo Joo CHOI ; Mi Sook GWAK ; Ae Ryoung LEE ; Mi Na PARK ; Hyo Sung JOO ; Jung Hee CHOI
Korean Journal of Anesthesiology 2013;65(1):9-13
BACKGROUND: Although midazolam administration may occasionally induce a paradoxical episode, such as threatened crying and violent behavior in children, systematic studies on the causes of paradoxical reaction are limited. We investigated the effect of children's age and a dose of midazolam on the paradoxical reaction. METHODS: A total of one hundred sixty four children of 1-3 years and 3-5 years, were enrolled in this study. Each age group randomly received 0.05 mg/kg or 0.1 mg/kg of intravenous midazolam (41 patients/group). RESULTS: The incidence of paradoxical midazolam reaction in the study groups, 1-3 years with 0.1 mg/kg of intravenous midazolam, 1-3 years with 0.05 mg/kg, 3-5 years with 0.1 mg/kg, and 3-5 years with 0.05 mg/kg were as follows: 29.3%, 12.2%, 7.3% and 2.4%, respectively. The incidence among the 4 groups was significantly different (P = 0.002), highest in the 1-3 years receiving 0.1 mg/kg of midazolam (29.3%). Both age (P = 0.004, OR [95%CI] = 5.3 [1.7-16.8]) and dose of midazolam (P = 0.036, OR [95%CI] = 3.0 [1.1-8.4]) were risk factors. Perioperative clinical data including anxiety scales of children were not associated with the paradoxical midazolam reaction. CONCLUSIONS: In conclusion, we suggest that children less than 3 years old receiving higher dose of intravenous midazolam are at risk for the paradoxical midazolam reaction.
Anxiety
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Child
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Crying
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Humans
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Incidence
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Midazolam
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Risk Factors
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Weights and Measures
7.A Case of Congenital Bilateral Choanal Atresia associated with Athelia in Neonate.
Jin Soo KIM ; Jung Yun KIM ; Jae Won OH ; Myung Kul YUM ; Soo Ji MOON ; Chang Ryul KIM
Journal of the Korean Society of Neonatology 2007;14(1):109-113
Choanal atresia is the congenital failure of one or both posterior nasal apertures to communicate with the nasopharynx. Coexisting congenital anomalies are 20% to 50% of patients. Bilateral choanal atresia almost always presents respiratory distress, sucking difficulty and cyanosis relieved by crying in the newborn. Bilateral choanal atresia in newborns and infants carries significant morbidity and mortality, therefore, prompt correction is required. Athelia is the absence of the nipple-areola complex. It is a rare entity that can be either congenital or acquired. Congenital athelia is always associated with amastia and a syndrome. We report a case of choanal atresia associated athelia, in term baby.
Choanal Atresia*
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Crying
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Cyanosis
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Humans
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Infant
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Infant, Newborn*
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Mortality
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Nasopharynx
8.A Case of Asymmetric Crying Face After Cesarean Delivery in Mother with Hyperthyroidism.
Yun Dan KANG ; Eun Ho SONG ; Jin Wan PARK
Korean Journal of Obstetrics and Gynecology 2004;47(2):409-412
Asymmetric crying face is caused by unilateral weakness of the depressor muscles of lower lip, which is most obvious during crying and is associated with other congenital anomalies, especially congenital heart disease. We experienced a case of asymmetric crying face after cesarean delivery in mother with hyperthyroidism and present it with a brief review of literature.
Crying*
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Heart Defects, Congenital
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Humans
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Hyperthyroidism*
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Lip
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Mothers*
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Muscles
9.Comparison of Intranasal, Oral, and Rectal Midazolam for Premedication in Children.
Chanjong CHUNG ; Gi Baeg HWANG ; Kwang Hwan YEA ; Soo Il LEE
Korean Journal of Anesthesiology 1998;34(4):730-738
BACKGROUND: When appropriate premedication is required for pediatric patients, the route of drug administration and the patient's age may affect the drug response. This study was designed to evaluate the premedicative effects of intranasal, oral, and rectal midazolam in preschool (1~6 year) and school (6.1~10 year) ages. METHODS: One hundred fourteen children aged 1~10 years were randomly allocated into three groups to receive midazolam via intranasal (0.3 mg/kg), oral (1.0 mg/kg), or rectal (1.0 mg/kg) route. Sedation scores were evaluated at the arrival in preanesthetic room, drug administration, 5, 10, 20 and 30 min after drug administration, separation from parent, mask application, and induction with inhalational agent. Time to sedation scores of 3 and 4 and time to complete recovery from general anesthesia were recorded. RESULTS: At the drug administration, the incidence of crying was significantly higher in nasal group than in oral and rectal groups, especially in pre-school age group (87.5, 23.5. 40.9% for nasal, oral and rectal groups, respectively). At 5, 10 and 20 min after drug administration, sedation scores were significantly higher in nasal and rectal groups than in oral group. At separation, mask application and inhalational induction, sedation scores were significantly higher in oral and rectal groups than in nasal group. Time to sedation score of 3 and time to complete recovery were significantly longer in oral group than in nasal and rectal groups. CONCLUSIONS: In pre-school age, almost all the children cried at drug administration in nasal group, and onset and recovery were prolonged in oral group, so rectal route was suitable. In school age, nasal route was appropriate because of the lower frequency of crying at the drug administration and rapid onset and recovery. In overall age, rectal route was better because of the lower frequency of crying and rapid onset and recovery. This study suggests that administration route should be considered according to the age of pediatric patient to obtain appropriate premedication for pediatric patients.
Anesthesia, General
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Child*
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Crying
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Humans
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Incidence
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Masks
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Midazolam*
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Parents
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Premedication*
10.It Is Time for Doctors to Start Seeing the Signs and Hearing the Cries of Abused Children as Professional Guardians.
Journal of Korean Medical Science 2015;30(4):351-352
No abstract available.
Child
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Child Abuse, Sexual/*diagnosis
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Crying
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Humans
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*Physicians