Search results for "Intrauterine exposure"

showing 2 items of 2 documents

Familial Replicating Arachnoidal Cysts: Case Series and Review of Literature

2015

Background: Arachnoid cysts are intra-arachnoid fluid collections covered by a thin membrane that may develop throughout the cerebrospinal axis. Although the precise causative mechanism is unknown, arachnoid cyst (AC) are now generally accepted to be developmental anomalies of arachnoid. These lesions have commonly been described in the literature; however the presence of familial arachnoid cysts is quite rare. Most genetically related AC have been documented in patients with a known genetic syndrome. The current case report describes a family with four members affected by an arachnoid cyst in the same region. Methods: In addition to reviewing the current case, a literature search was condu…

Head sizePediatricsmedicine.medical_specialtySettore MED/27 - Neurochirurgiabusiness.industryMiddle cranial fossaOmicsmedicine.diseaseAdditional researchbody regionsFamilial Arachnoid cystmedicine.anatomical_structureArachnoid cystmedicineArachnoidal cystsEtiologybusinessIntrauterine exposureJournal of Neurological Disorders
researchProduct

Development of mouse testis and epididymis following intrauterine exposure to a static magnetic field

1999

In order to test if the in utero exposure to static magnetic fields affects testis and epididymis development in mice, females were exposed to 0.5–0.7 T, generated by a permanent magnet, from day 7 of gestation to the day of birth. No significant differences were found between exposed and sham-exposed animals with respect to body weight gain of dam during the gestational period, litter size, body weight of male pups at the day of birth, and body or testis-epididymis weight gain of pups from birth to day 35. Histopathologic evaluation of testis and epididymis of pups of 1, 5, 15, and 35 days of age showed no detectable alterations due to in utero exposure to static magnetic fields. Bioelectr…

MaleLitter (animal)Agingmedicine.medical_specialtyLitter SizePhysiologyBiophysicsMice Inbred StrainsBiologyWeight GainMouse TestisAndrologyMagneticsMicePregnancyInternal medicineTestismedicineAnimalsRadiology Nuclear Medicine and imagingIntrauterine exposureEpididymisHistologyOrgan SizeGeneral MedicineEpididymisEndocrinologymedicine.anatomical_structureAnimals NewbornIn uteroPrenatal Exposure Delayed EffectsGestationFemalemedicine.symptomWeight gain
researchProduct