A RARE, RECURRENT, DE NOVO 14Q32.2Q32.31 MICRODELETION OF 1.1 MB IN A 20-YEAR-OLD FEMALE PATIENT WITH A MATERNAL UPD(14)-LIKE PHENOTYPE AND INTELLECTUAL DISABILITY

A Rare, Recurrent, De Novo 14q32.2q32.31 Microdeletion of 1.1 Mb in a 20-Year-Old Female Patient with a Maternal UPD(14)-Like Phenotype and Intellectual Disability

We present a 20-year-old female patient from Indonesia with intellectual disability (ID), proportionate short stature, motor delay, feeding problems, microcephaly, facial dysmorphism, and precocious puberty who was previously screened normal for conventional karyotyping, fragile X testing, and 2000 bmw 528i front bumper subtelomeric MLPA analysis.S

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Formulation and validation of mathematical model for co-sputtering conditions to attain stoichiometric CZTS films: Expedience of using all metal sulfide targets

A soda lime glass substrate is used for fabricating Cu2ZnSnS4 (CZTS) thin films using copper (II) sulfide (CuS), zinc sulfide ilootpaperie (ZnS), and tin sulfide (SnS) targets using an advanced co-sputtering deposition process.Following that, the films are annealed at 470 °C without sulfur (S).An algorithm based on the deposition rate of the prev

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Intoxicação experimental por cebola, Allium cepa (Liliaceae), em gatos Experimental onion Allium cepa (Liliaceae) poisoning in cats

A intoxicação por cebola é relatada em várias espécies animais em muitas partes do mundo.O princípio tóxico (n-propil dissulfito) presente na cebola causa a transformação da hemoglobina em metemoglobina.Para estudar os achados laboratoriais, de necropsia e histopatológicos da intoxicação por cebola em gatos, cinco gatos de quatro meses

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An accurate equivalence method of distribution system for transmission system operational reliability assessment

In the modern power system, the uncertainty on the power supply and electrical load will aggravate the volatility in the transmission system.Therefore, the accurate operational reliability evaluation of the transmission system is very important to guarantee the stableness of the power grid.The existing method is to equate the distribution system as

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