Gene/Protein Disease Symptom Drug Enzyme Compound
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Query: UMLS:C0023380 (lethargy)
 5,697 document(s) hit in 31,850,051 MEDLINE articles (0.00 seconds)

We report the results of a two-part study examining the frequency of symptoms and other findings associated with neonatal polycythemia. In the first part of the investigation, we evaluated the occurrence and features of the disorder in a cohort of 3,768 infants born at our institution that had been screened for the disorder during a 4-year period. Fifty-five infants (1.46%) had neonatal polycythemia. Of these infants, 85% had features associated with the disorder. Frequent signs and symptoms included "feeding problems" (21.8%), plethora (20.0%), lethargy (14.5%), cyanosis (14.5%), respiratory distress (9.1%), jitteriness (7.3%), and hypotonia (7.3%). Other findings included hypoglycemia (40.0%) and hyperbilirubinemia (21.8%). Of the polycythemic infants, 14.5% had no clinical symptoms or associated laboratory abnormalities. In the second portion of the study, we reviewed the features of polycythemia in all infants so diagnosed who were born in United States Army hospitals, worldwide, during a 5-year period. There were 220,050 infants born during this period; 932 (0.42%) were diagnosed as having neonatal polycythemia. Frequent findings were hyperbilirubinemia (33.5%), hypoglycemia (13.0%), and respiratory distress (6.6%). In this large group, only 13 (1.4%) had necrotizing enterocolitis, and nine (1.0%) were thrombocytopenic. Several findings among the 932 infants were unexpected. Six of the infants (only one premature) had intracranial hemorrhages. Additionally, three of the 932 had gonadal dysgenesis and three had cystic fibrosis. We found that premature infants were not less prone to having polycythemia and that the overall frequency of the disorder was less than that which has been previously reported.
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PMID:Neonatal polycythemia: frequency of clinical manifestations and other associated findings. 372 98

The cases are described of 3 female adolescents evaluated at the Cincinnati Adolescent Clinic for delayed or incomplete secondary sexual development due to primary ovarian failure. All 3 patients had normal blood leukocyte and ovarian tissue karyotypes. The clinical, laboratory, and pathological findings are discussed with emphasis on distinguishing chromosome incompetent ovarian failure (CIOF-Turner's syndrome) from chromosome competent ovarian failure (CCOF). The patients included a 15 1/2 year old black female who sought evaluation of obesity and lethargy, a 17 1/2 year old white female with secondary amenorrhea in whom oral provera failed to induce menstrual flow, and a 17 1/2 year old black female with scanty, infrequent menses who achieved a normal amount and duration of menstrual flow with Norinyl 1 + 80. Hypoestrogenization should be suspected in cases of incomplete breast development for age, thin vaginal mucosa with a prepubertal pattern of the vaginal cytology, scant cervical mucus without ferning, and lack of withdrawal bleeding after progesterone administration. If any decrease in ovarian steroid production is clinically suspected in an adolescent with primary or secondary amenorrhea associated with delayed or incomplete puberty, serum gonadotropin levels should be measured. A single elevated follicle stimulating hormone (FSH) level in the menopausal range is diagnostic of primary ovarian failure in an adolescent. If the FSH is low or normal, hypothalamic or pituitary disease would be suspected. A blood leukocyte karyotype is the next diagnostic procedure for patients with primary ovarian failure to distinguish between CCOF and CIOF. If the blood karyotype is XO or a variant without a Y cell line, no further cytogenic workup or visualization of the gonads is needed, but girls with blood karyotype of XX or a mosaic pattern with 1 cell line with a Y chromosome should undergo laparoscopy and gonadal biopsy. A unilateral testis should be removed to avoid malignant changes in later years. Patients with CCOF may have other endocrine dysfunction, particularly autoimmune disease. Other possible diagnoses include resistant ovary syndrome, pure gonadal dysgenesis, premature menopause, or infectious, chemical, or other causes of ovarian failure. The incidence of CIOF is greater than that of CCOF among patients with primary ovarian failure. Optimal treatment requires medical and psychosocial intervention.
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PMID:Chromosomally competent ovarian failure at adolescence. 631 54