Samileh Noorbakhsh , Majid Kalani , Ali Mohamad Aliakbari , Azardokht Tabatabaei , Fahimeh Ehsanipour , Reza Taghipour , Mohamad Reza Shokrolahi ,
Volume 71, Issue 6 (9-2013)
Abstract
Background: The incidence and clinical presentation of congenital toxoplasmosis in our newborns was not studied until yet. Goal of study is to evaluates the newborns for congenital Toxoplasma.Gondii infection and describe the clinical presentation from birth and follow up them.
Methods: We conducted a prospective study upon 270 newborns were born in two university hospitals in Tehran (Rasoul akram & Akbar Abadi) during 2011-2012. Cord blood sample obtained from the newborns during labour. The samples centrifuged, transported and restored in -80 centigrade freezer in our Research Laboratory. Specific T.Gondii- antibodies (IGG, IGM) evaluated by ELISA methods. Neonates with positive T.Gondii- IGM diagnosed and studied as infected cases. The infected cases treated and followed for progression of disease.
Results: Gestational age of newborns was between 28-41 weeks. Positive T.Gondii -IGM and T.Gondii -IGG determined in 1.5%, 44.1% of cases respectively. The most common clinical presentation in seropositive cases was eye involvement (50%), and brain disorders (50%). Positive PCR had not found in cerebrospinal fluids of seropositive (IgM) cases.
Conclusion: One and a half percent of newborns were seropositive for T.Gondii. Wide variation of clinical presentation and early diagnosis of infected newborns in our country is so important. Adding the serologic tests (IGM) to neonatal screening test is recommended strongly.
Shahla Afsharpaiman , Amir Skandari , Zareian Jahromi Maryam , Shokoofeh Radfar , Shahnaz Shirbazoo , Susan Amirsalari , Mohammad Torkaman ,
Volume 72, Issue 2 (5-2014)
Abstract
Background: Toxoplasma gondii, is a mandatory intracellular protozoa, that many people worldwide are infected with. In children, the infection enters central nervous system and leads to inflammation of the gray matter. Autism, is a complex develop-mental disorder, altering social communication, with unknown origin. Neuropathologi-cal changes in autism are the same as those occurred in brain toxoplasmosis. The objective of this survey was to evaluate positive serology of toxoplasma gondii, in autistic children.
Methods: This case-control study was done on 3-12 years old children, referring to the neurology and psychiatry sub-special clinics of Baqiyatallah hospital and also autistic children of Omid-e Asr and Navid-e Asr general rehabilitation centers in Tehran, Iran. The study performed at 2012-2013. Forty autistic children were placed in the case group and 40 children, suffering from no neuropsychiatric disease or other ones, were placed in the control group. A folder, containing demographic data, type of the disor-der, onset of diagnosis and child characteristics at birth, such as time of birth (preterm/ term) fulfilled for each child. Sampling was done with 5 ml blood, for determining IgM and IgG antibody levels against toxoplasma gondii, using ELISA method. Data ana-lyzed by the software SPSS ver. 17 and descriptive and analytic analysis were done, us-ing central and dispersion indexes and also chi-Square test.
Results: The autistic group contained 34 boys and 6 girls (85 and 15 percent respectively), with the average age of 6 (±2.71) years old [minimum of 2.33 and maximum of 12]. The average age at the time of diagnosis was 4.01 (±1.87) years old. 87. The non-autistic group contained 17 boys and 23 girls (42.5 and 57.5 percent respectively), with the average age of 5.67 (±3.09) years old [minimum of two and maximum of 12]. IgM and IgG serology of all autistic children were negative, while in non-autistic group, 2.5 percent (1 child) were positive and 97.5 percent (39 ones) were negative. There were no statistically significant difference among these two groups according to the serology results.
(P=0.31).
Conclusion: There was no statistically significant difference in comparing positive se-rology of toxoplasmosis, between the two groups. However, to obtain a perfect result, a larger sample size are required.
Samileh Noorbakhsh , Fahimeh Ehsanipour , Niusha Masalegooyan ,
Volume 77, Issue 9 (12-2019)
Abstract
Background: Intrauterine infections (TORCH) lead to the involvement of various organs of the body of the fetus, including the eye. The aim of this study was to determine the frequency and clinical response of eye lesions to specific drugs, in infants with confirmed TORCH induced ocular lesions.
Methods: This historical cohort study from 2011 to 2017, had done in Pediatrics and Ophthalmology Department of Rasoul Akram Hospital, Tehran, Iran. Cases included; 78 infants with confirmed intrauterine infection (TORCH) with ophthalmologic disorders (glaucoma, cataract, and retinitis), 3 cases died (without any treatment). The cases with incomplete diagnosis, no treatment or without follow-up excluded from study. Out of 74 children with confirmed TORCH induced ophthalmologic disorders, finally 37 children (25 cytomegalovirus, 12 toxoplasma) were treated with specific drugs, and clinical response to treatment was followed-up to 1 year by ophthalmologic examination.
Results: From 12 cases with ophthalmologic disorders due to congenital toxoplasmosis, 5 cases had full treatment, 4 cases had complete response. One case had not any improvement. From 25 cases with congenital cytomegalovirus (CMV), 18 patients continued treatment, 9 cases with complete clinical response, 9 cases had not response to antiviral treatment, indeed most non responder cases had central nervous system involvement from birth. The best response observed in CMV infected cases accompanied with sensory hearing loss (without CNS involvement).
Conclusion: Good clinical response of ophthalmic diseases in 80% of congenital toxoplasma; and 50% of congenital cytomegalovirus infected cases. Probably with initial diagnosis and rapid treatment of cases with TORCH induced ophthalmic disorders (especially cases without CNS involvement) it would lead to stopping ocular lesions.