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RocioU.Rivera-Campos,RafaelRiosmena-Rodriguez 한국조류학회I 2003 ALGAE Vol.18 No.1
Temporal variation in size class along with temporal and spatial variations in reproductive fronds of Amphiroa vanbosseae Lemoine were studied in a shallow population in the southwestern Gulf of California. Thalli were collected monthly from a dense population (3-5 thalli m–2 at 2-3 m depth) at El Sargento, BCS, México. Two size-class groups were dominant (50-59 and 60-69 mm) over eight months suggesting very little variation in plant height was present among months. However, when the data were grouped seasonally, the size-class structure showed a trend of bigger plants in spring, suggesting recruitment and mortality were similar over the year with small windows of variation. Temporally, the plants were reproductive all year with a higher proportion of reproductive plants in summer. Spatially, only mature conceptacles were observed in the apical and middle area of the thalli, while in the basal area the plant never became reproductive. However, our observations showed that this population was dominated by bi-tetrasporophyte. Amphiroa vanbosseae appears to grow and reproduce all year, but with a maximum in reproduction during summer when other seaweed species disappear due to environmental stress.
A Girl with 15q Overgrowth Syndrome and dup(15)(q24q26.3) that Included Telomeric Sequences
María de los Ángeles Gutiérrez-Franco,María de la Luz Madariaga-Campos,Ana I. Vásquez-Velásquez,Esmeralda Matute,Roberto Guevara-Yáñez,Horacio Rivera 대한진단검사의학회 2010 Annals of Laboratory Medicine Vol.30 No.3
Distal 15q trisomy or tetrasomy is associated with a characteristic phenotype that includes mild to moderate intellectual disability, abnormal behavior, speech impairment, overgrowth, hyperlaxity, long face, prominent nose, puffy cheeks, pointed chin, small ears, and hand anomalies (mainly arachno- and camptodactyly). We present the case of a 13-yr-old girl with the main clinical features of 15q overgrowth syndrome and a 46,XX,dup(15)(q24q26.3)[117]/46,XX[3].ish dup(15)(q24q26.3) (SNPRN+,PML+,subtel++,tel++) de novo karyotype. The findings in this case are consistent with those in the previous distal 15q trisomy cases that presented with overgrowth and mental retardation. Further, the rearranged chromosome had a double set of directly oriented telomeric and subtelomeric sequences. (Korean J Lab Med 2010;30:318-24)