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10篇 您的检索式:作者名="Musarella"
    题名 作者 年代 出处 被引量
1A patient with median cleft face anomaly and bitaleral Goldenhar anomaly显示文摘Musarella MA Young ID 1986Am J Med Genet Suppl1986,2,:1
2A Comprehensive Mutation Analysis of RP2 and RPGR in a North American Cohort of Families with X-Linked Retinitis Pigmentosa显示文摘Debra K. Breuer Beverly M. Yashar Elena Filippova Suja Hiriyanna Robert H. Lyons Alan J. Mears Bersabell Asaye Ceren Acar Raf Vervoort Alan F. Wright Maria A. Musarella Patricia Wheeler Ian MacDonald Alessandro Iannaccone David Birch Dennis R. Hoffman Ger 2002The American Journal of Human Genetics2002,,6:1
3Localization of the gene forX-linked recessive type of retinitis pigmentosa (XLRP)toXp 21 by link age analys is显示文摘MUSARELLA M A BURGHES A ANSON CARTWRIGHT L 1988Am J Hum Genet1988,43,4:1
4Current concepts in the treatment of retinitis pigmentosa显示文摘Musarella MA Macdonald IM 2011J Ophthalmol2011,2011,75:1
5Predicictors of the survival in periampullary cancers following pancreaticocoduodenectomy 显示文摘Hataras I George N Musarella 2010Ann Surg Oncol2010,17,4:1
6Current Concepts in the Treatment of Retinitis Pigmentosa显示文摘Maria A. Musarella Ian M. MacDonald Muna Naash 2010Journal of Ophthalmology2010,,:1
7Mutations in NYX, encoding the leucine-rich proteoglycan nyctalop i n, cause X-linked complete congenital stationary night blindness 显示文摘Bech-Hansen NT Naylor MJ Maybaum TA Sparkes RL Koop B Birch DG Bergen A A Prinsen CF Polomeno RC Gal A Drack AV Musarella MA Jacobson SG Young RS Weleber RG 2000Nat G enet2000,26,3:1
8A nonsense mutation in the tyrosinase gene of Afghan patients with tyrosinase negative (type IA) oculocutaneous albinism显示文摘GIEBEL L B MUSARELLA M A SPRITZ R A 1991J Med Genet1991,28,7:1
9Habitat, occurrence and conservation status of the Saharo-Macaronesian and Southern-Mediterranean element Fagonia cretica L. (Zygophyllaceae) in Italy显示文摘Fagonia cretica L. is an important component of Mediterranean dry grasslands and a rare and isolated species of Italian flora. In this study, an assessment is presented on the distribution, habitat, and conservation status of F. cretica in Italy. The results of field investigation and herbarium analysis show that this species grows in a small area within the southern Calabria region characterized by a warmest and driest Mediterranean climate on the Italian peninsula. F. cretica is a semi-desert plant species growing in Italy in only one peripheral and isolated population at the northern limit of its distribution. Plant community analysis, using the phytosociological method, shows that F. cretica grows in wintergreen perennial dry grasslands dominated by Lygeum spartum and Hyparrhenia hirta. F. cretica plant communities are located in thermo-xeric habits such as south-, southeast-and east-facing slopes on clays and sandy clays in southern Calabria. The population of F. cretica is fragmented in six neighbouring localities, with two of which belonging to a Site of Community Importance(SCI). The conservation status of F. cretica population is not very good, and is defined as 'Critically Endangered' in accordance with IUCN criteria. There are many threats affecting the F. cretica population in Italy, primarily the changes in land uses due to urban expansion and reforestation with exotic plants. The southern end of the Italian peninsula hosts other plants from thermo-xeric habits that do not adapt to the current local climate. This territory can be considered as a microrefugia for plants currently distributed in the arid territory of the southern Mediterranean. These results contribute to the discussion of some conservation measures, and the possibility of establishing a micro-reserve. For all these reasons, we propose to include F. cretica in the lists of protected plant species at regional(Calabria) and country(Italy) scales in Italy.giovanni spampinato carmelo m musarella ana cano-ortiz giuseppe signorino 2018Journal of Arid Land2018,10,1:0
10An Ethereum-based solution for energy trading in smart grids显示文摘The need for a flexible,dynamic,and decentralized energy market has rapidly grown in recent years.As a matter of fact,Industry 4.0 and Smart Grids are pursuing a path of automation of operations to insure all the steps among consumers and producers are getting closer.This leads towards solutions that exploit the paradigm of public blockchain,which represents the best platform to design flat and liquid markets for which providing trust and accountability to mutual interactions becomes crucial.On the other hand,one of the risks arising in this situation is that personal information is exposed to the network,with intolerable threats to privacy.In this paper,we propose a solution for energy trading,based on the blockchain Ethereum and Smart Contracts.The solution aims to be a concrete proposal to satisfy the needs of energy trading in smart grids,including the important feature that no information about the identity of the peers of the network is disclosed in advance.Francesco Buccafurri Gianluca Lax Lorenzo Musarella Antonia Russo 2023Digital Communications and Networks2023,9,1:0
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