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| 1 | Support during pregnancy for women at increased risk of low birthweight babies 显示文摘 | Hodnett ED Fredericks S | 2003 | Cochrane Database Syst Rev2003，，00： | 1 |
| 2 | Application of the mutual information criterion for fature selection in computer-aided diagnosis 显示文摘 | Tourassi GD Frederick ED Markey MK Floyd CE | 2001 | Med Phys (S0094-2405)2001，28，12： | 1 |
| 3 | Application of the mutual information criterion for fature selection in computer-aided diagnosis 显示文摘 | Tourassi GD Frederick ED Markey MK Floyd CE | 2001 | Med Phys (S0094-2405)2001，28，12： | 1 |
| 4 | Mapping of QTLs and candidate genes associated with multiple phenotypic traits for Huanglongbing tolerance in citrus显示文摘Huanglongbing(HLB)is the most devastating disease for citrus worldwide.Candidatus Liberibacter asiaticus(C Las),vectored by Asian citrus psyllid(ACP,Diaphorina citri Kuwayama),is the most common pathogen causing the disease.Commercial citrus varieties are highly susceptible to HLB,whereas trifoliate orange(Poncirus trifoliata)is considered highly tolerant to HLB.An F1 segregating population and their parent trifoliate orange and sweet orange,which had been exposed to intense HLB pressure for three years,was evaluated for disease symptoms,ACP colonization,C Las titer and tree vigor repeatedly for two to three years.Trifoliate orange and sweet orange showed significant differences for most of the phenotypic traits,and the F1 population exhibited a large variation.A high-density SNP-based genetic map with 1402 markers was constructed for trifoliate orange,which exhibited high synteny and high coverage of its reference genome.A total of 26 quantitative trait locus(QTLs)were identified in four linkage groups LG-t6,LG-t7,LG-t8 and LG-t9,of which four QTL clusters exhibit a clear co-localization of QTLs associated with different traits.Through genome-wide analysis of gene expression in response to C Las infection in‘Flying Dragon’and‘Larger-Flower DPI-50-7’trifoliate orange,85 differentially expressed genes were found located within the QTL clusters.Among them,seven genes were classified as defense or immunity protein which exhibited the highest transcriptional change after C Las infection.Our results indicate a quantitative genetic nature of HLB tolerance and identified candidate genes that should be valuable for searching for genetic solutions to HLB through breeding or genetic engineering. | Ming Huang Mikeal L. Roose Qibin Yu Ed Stover David G. Hall Zhanao Deng Frederick G.Gmitter Jr. | 2023 | Horticultural Plant Journal2023，9，4： | 0 |
| 5 | Rationale for reconsidering current regulations restricting use of hybrids in orange juice显示文摘Huanglongbing(HLB)is a disease that has devastated the Florida citrus industry,threatens the entire U.S.citrus industry,and globally is rapidly spreading.Florida’s citrus production is 90%sweet orange,which is quite sensitive to HLB.The heavy reliance on sweet orange for Florida citrus production makes the industry especially vulnerable to diseases that are damaging to this type of citrus.Furthermore,90%of Florida oranges are used in producing orange juice that is defined by a federal regulation known as the“orange juice standard”,specifying that at least 90%of“orange juice”must be derived from Citrus sinensis.Genomic analyses definitively reveal that sweet orange is not a true species,but just one of many introgression hybrids of C.reticulata and C.maxima,with phenotypic diversity resulting from accumulated mutations in this single hybrid,the“sweet orange”.No other fruit industry is limited by law to such a narrow genetic base.Fortunately,there are new citrus hybrids displaying reduced sensitivity to HLB,and in some cases they produce juice,alone or in blends,that consumers would recognize as“orange juice”.Reconsidering current regulations on orange juice standards may permit use of such hybrids in“orange juice”,providing greater latitude for commercialization of these hybrids,leading to higher-quality orange juice and a more sustainable Florida orange juice industry. | Ed Stover Frederick G.Gmitter Jr Jude Grosser Elizabeth Baldwin Guohong Albert Wu Jinhe Bai Yu Wang Peter Chaires Juan Carlos Motamayor | 2020 | Horticulture Research2020，7，1： | 0 |
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