1.Reversible splenial lesion syndrome caused by rubella infection
Pahn Kyu Choi ; Eun Ju Yoon ; Sang Woo Ha ; Hyun Goo Kang
Neurology Asia 2017;22(3):271-274
Reversible splenial lesion syndrome can be caused by viral infection. Rubella generally occurs in
childhood, and it is rarely accompanied by neurological complications in adulthood. A 35-year-old man
visited our hospital due to conjunctival injection, mild fever, and headache 3 days after experiencing
skin rash. Brain magnetic resonance imaging (MRI) revealed distinct lesions involving white matter in
the splenium of the corpus callosum approximately 3 days following the onset of symptoms. Enzyme
immunoassay performed on serum and CSF samples was positive for rubella virus IgM. A follow-up
brain MRI was performed 24 days after the onset of symptoms, and reduced lesion size with decreased
signals were observed on diffusion weighted image. This case showed that rubella infection can result
in reversible splenial lesion accompanied by only mild neurological symptoms.
Rubella
2.Rubella infection and pregnancy
Ho Chi Minh city Medical Association 2005;10(5):289-292
Studying the harmful effects of Rubella infection in pregnant women. Adults and children were infected rubella virus through upper respiratory tract. In pregnant women, virus in blood stream go through placenta and infected in some cells of fetus, caused congenital defects such as deafness (58%), ocular abnormalities (13%), heart defects (13%). Definite diagnosis based on paraclinical tests because of clinical symptoms weren’t valuable. Isolation of rubella virus in throat mucus, urine, and others were not frequent, this test commonly carried out in suspected congenital rubella syndrome. Serological diagnosis was used most commonly: IgG (+) indicating there was an immune response with rubella. It’s very important to define exactly new infected pregnancy, based on the increase of IgG titer or the presence of specific serum IgM in only serum sample. The best prevention measure is vaccination before pregnancy
Rubella
;
Pregnancy
3.Rubella infection during pregnancy.
Korean Journal of Perinatology 2008;19(2):107-113
4.A study on the positive rate of rubella antibody and the sero-conversion rate after rubella vaccination.
Young Jeon CHOI ; Hung Bae PARK ; Young Jeon SHIN ; Bae Joong YOON ; Joong Surk HAHN
Korean Journal of Epidemiology 1993;15(2):173-184
No abstract available.
Rubella*
;
Vaccination*
5.The Relationship between Anti-Myelin Oligodendrocyte Glycoprotein Antibody-Associated Disease and the Rubella Virus.
Seok Jin CHOI ; Dan A OH ; Woochang CHUN ; Sung Min KIM
Journal of Clinical Neurology 2018;14(4):598-600
No abstract available.
Glycoproteins*
;
Oligodendroglia*
;
Rubella virus*
;
Rubella*
7.Prevalence of Rubella Antibodies in the Southern Central Korea.
Koo pong JEONG ; Mi Ryeung KIM ; Hyang Ok WOO ; Hee sang YOUN
Journal of the Korean Pediatric Society 1995;38(6):786-793
No abstract available.
Antibodies*
;
Korea*
;
Prevalence*
;
Rubella*
8.Management and Prognosis of Congenital Rubella and Congenital Syphilis.
Korean Journal of Perinatology 2003;14(2):142-153
No abstract available.
Prognosis*
;
Rubella*
;
Syphilis, Congenital*
9.Remarks on an outbreak of rubella in HaNoi
Journal of Preventive Medicine 2002;12(1):9-13
An outbreak of rubella occurred from 2nd March to 4th April, 2001, in three districts: Cau Giay, Tu Liem, Dong da of Ha Noi. There were 62 rubella cases aged from 1 to 25 years. Most of the cases were observed in age group 5-9 years (80,6%). The typical symptoms were fever (100%), rash (87,1%), itching (56,4%), coryza (35,5%). Serum samples from 9 cases were tested by MAC-ELISA, and all were positive.
Rubella
;
Disease Outbreaks
10.Measles-Mumps-Rubella vaccine for children with egg allergy: Is admission for inpatient vaccination necessary?
Tan Mei See ; Teoh Ewe Jin ; Hor Chee Peng ; Angeline Yeoh Aing Chiee
The Medical Journal of Malaysia 2016;71(4):157-160
Introduction: Children who develop any hypersensitivity
reaction to eggs are routinely referred to hospital for
Measles-Mumps-Rubella (MMR) vaccination as inpatients to
prevent anaphylaxis. We aimed to study the association
between hypersensitivity reactions after egg exposure and
similar reactions after MMR immunisation; and examine the
necessity of hospital admission for vaccination.
Methods: A prospective observational study was conducted
in Paediatric Department in Bukit Mertajam Hospital,
Penang, between March and December 2014. Children
referred from local polyclinics for inpatient MMR vaccination
because of a history of egg allergy were recruited. The
children were observed in the ward for post vaccination
allergic reactions. Concurrently, a group of children without
egg allergy was recruited from those admitted for other
illnesses but had recent MMR vaccination at polyclinics.
Parents of these children were interviewed and asked if they
had observed any reactions post vaccination. In both
groups, sociodemographics, medical history and family
history of atopy were collected.
Results: Eighty-seven subjects were recruited in this study.
Fifty-four infants with egg allergy had previous mild allergic
reactions after exposure to eggs or egg-related products.
They were associated with a family history of egg
hypersensitivity, personal history of acute gastroenteritis
and upper respiratory tract infections. Two of them
developed cutaneous rashes post vaccination during
observation, but none developed anaphylactic or
anaphylactoid reactions. Two infants among those without
egg allergy had post vaccination fever. There was no
association between egg allergy and hypersensitivity
reactions to MMR vaccine (p=0.632).
Conclusions: MMR vaccine can be safely administered to
children with mild egg allergy, hence admission for
vaccination in the hospital is not warranted. Risk
stratification is required to ensure only infants with severe
reactions will be admitted for vaccination.
Measles-Mumps-Rubella Vaccine