ID LAST FIRST ENTITY EMAIL 2 Albrigo L. Gene CREC-UF albrigo [PDF]

CREC-UF [email protected]. 78 Gottwald. Tim. USDA-ARS. [email protected]. 77 Gottwald. Tim. USDA-ARS. Tim.Go

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Idea Transcript


ID LAST 2 Albrigo

FIRST L. Gene

ENTITY CREC-UF

EMAIL [email protected]

Elizabth

USDA

[email protected]

7 Bassanezi Renato

Fundecitrus

[email protected]

8 Bassanezi Renato

Fundecitrus

[email protected]

5 Baldwin

13 Borovsky

Dov

UF-IFAS

[email protected]

14 Bowman

Kim

USDA-ARS

[email protected]

16 Brlansky

Ronald

CREC-UF

[email protected]

21 Brown

Judith

University of Arizona

[email protected]

25 Burns

Jacqueline

UF

[email protected]

34 Cicero

Joseph

University of Arizona

[email protected] (Co-PI)

38 Cox

Kerik

Cornell University

[email protected]

40 Damsteegt Vernon

USDA-ARS

[email protected] OV

42 Dandekar

Abhaya

UC Davis

[email protected]

45 Dawson

William

CREC-UF

[email protected]

48 Dollet

Michel

CIRAD, France

[email protected]

162 Duan

Yong Ping

USDA-ARS

122 Falk

Bryce

UC-Davis

[email protected] V [email protected]

Helvécio

CACSM

[email protected]

CREC-UF

[email protected]

UF

[email protected]

CREC-UF

[email protected]

61 Filho

199 Folimonov Sveta a 65 Gabriel Dean

72 Gmitter

Fred

71 Gmitter

Fred

CREC-UF

[email protected]

67 Gmitter

Fred

CREC-UF

[email protected]

78 Gottwald

Tim

USDA-ARS

[email protected]

77 Gottwald

Tim

USDA-ARS

[email protected]

74 Gottwald

Tim

USDA-ARS

[email protected]

76 Gottwald

Tim

USDA-ARS

[email protected]

79 Gowda

Siddarame

CREC-UF

[email protected]

86 Graham

James

CREC-UF

[email protected]

84 Graham 85 Graham

James James

CREC-UF CREC-UF

[email protected] [email protected]

81 Graham

James

CREC-UF

[email protected]

83 Graham

James

CREC-UF

[email protected]

87 Grosser

Jude

CREC-UF

[email protected]

88 Gurley

William

UF

[email protected]

93 Hall

David

USDA-ARS

[email protected]

92 Hall

David

USDA-ARS

[email protected]

95 Hartung

John

USDA-ARS

[email protected]

102 Horvath

Diana

Two Blades Foundation

[email protected]

108 Irey

Mike

US Sugar Corporation

[email protected]

113 Kang

Byung-Ho

UF

[email protected]

114 Keyhani

Nemat

UF

[email protected]

119 Lee 125 Lin

Richard Hong

USDA-ARS USDA-ARS

[email protected] [email protected]

123 Lindeberg

Magdalen

Cornell University

[email protected]

126 Lopes

Silvio

Univeristy of Sao Paulo

[email protected]

129 Lu

Hua

University of Maryland Baltimore County

[email protected]

132 Machado

Marcos

Centro de Citricultura

[email protected]

140 Marrs

Barry

Athena Biotechnologies, Inc. [email protected]

Russell

UF-IFAS-NFREC

[email protected]

145 Moore

Gloria

UF

[email protected]

144 Moore

Gloria

UF

[email protected]

149 Mou

Zhonglin

CREC-UF

[email protected]

158 Pena

Leandro

IVIA

[email protected] (CO PI)

161 Powell

Charles

UF-IFAS

[email protected]

168 Ritenour

Mark

UF

[email protected]

172 Roberts

Pamela

UF

[email protected]

170 Roberts

Pamela

UF

[email protected]

175 Rogers

Michael

CREC-UF

[email protected]

176 Rogers

Michael

CREC-UF

[email protected]

179 Rouse

Robert

UF

[email protected]

184 Salyani

Masoud

CREC-UF

[email protected]

186 Santra

Swadeshmuku University of Central Florida [email protected] l

187 Schaad

Norman

90 Mizell

USDA-ARS

[email protected]

191 Schumann Arnold

UF

[email protected]

190 Schumann Arnold

CREC-UF

[email protected]

196 Setamou

Mamoudou

Texas A&M University

[email protected]

202 Song

Wen-Yuan

UF

[email protected]

204 Spann

Timothy

CREC-UF

[email protected]

203 Spann

Timothy

UF

[email protected]

206 Spreen

Thomas

UF

[email protected]

209 Stansly

Phillip

UF-IFAS

[email protected]

4 Stansly

Phillip

UF

[email protected]

217 Stelinski

Lukasz

CREC-UF

[email protected]

214 Stelinski

Lukasz

CREC-UF

[email protected]

215 Stelinski

Lukasz

CREC-UF

[email protected]

213 Stelinski

Lukasz

CREC-UF

[email protected]

163 Triplett

Eric

UF

[email protected]

231 Wang

Nian

CREC-UF

[email protected]

230 Wang

Nian

CREC-UF

[email protected]

232 Wang

Nian

CREC-UF

[email protected]

233 Wang

Nian

CREC-UF

[email protected]

Fundecitrus

[email protected]

236 Yamamoto Pedro

TITLE Characterize the roles of callose and phloem proteins in citrus Huanglongbing (HLB) symptom development Effects of HLB on quality of orange juice and identification of HLB-induced chemical signatures in fruit juice and leaves Comparative epidemiology of citrus huanglongbing (greening) caused by Candidatus Liberibacter asiaticus and Ca. L. americanus Reduction of bacterial inoculum and vector control as strategies to management of citrus huanglongbing (greening) Control of the Asian citrus psyllid, Diaphorina citri Kuwayama with protease inhibitors and RNAi. Development of Promising New Rootstocks and Scions for Florida Citrus Alternative Hosts of HLB to Assist in Disease Management The citrus psyllid transcriptome and time course differential gene expression in Ca. Liberibacterinfected/free whole psyllids and organs Combating symptom development in fruit from Huanglongbing-infected citrus trees: A transcriptomic, proteomic and metabolomic approach Gross and fine structure localization of Liberibacter in citrus psyllid Diaphorina citri organs: elucidating the transmission pathway Management of Pyslla in tree fruit crops using RNA interference Psyllid mediated completion of pathogenicity tests (Koch's Postulates) with a pure culture of the associated Huanglongbing causal bacterium Identification and modeling of early responses to HLB infection to improve disease management (transcript profile) Examine the response of different genotypes of citrus to citrus greening (Huanglongbing) under different conditions Attempts to in vitro culture Candidatus Liberibacter asiaticus isolates in order to fulfil Koch’s postulates Dissecting the Disease Complex of Citrus Huanglongbing in Florida Controlling HLB by controlling psyllids with RNA intereference Diagnosis of Candidatus Liberibacter asiaticus in plant and vector based on molecular and serological approaches. Rutaceous Germplasm Preservation Genomic sequencing to closure of a curated Florida citrus greening strain of Candidatus Liberibacter asiaticus Assessment of the HLB Resistance and Tolerance in Citrus and Its Relatives

International citrus genome consortium (ICGC): Providing tools to address HLB and other challenges Surviving HLB and canker genetic strategies for improved scion and rootstock varieties Efficacy of interplanting citrus with guava as a control strategy for Huanglongbing Epidemiology and disease control of HLB The importance of lesions of citrus canker on fruit Efficacy of citrus canker control strategies, leafminer interactions, and bacterial survival. Development of sensitive,non-radioactive and rapid tissue blot diagnostic method for large-scale detection of citrus greening pathogen Does systemic acquired resistance (SAR) control HLB disease development? Transmission of HLB by citrus seed Survival of Xanthomonas citri ssp. citri (Xcc) to estimate risk of citrus canker transmission by infected fruit Systemic acquired resistance (SAR) for control of citrus canker on young trees Canker management in Florida citrus groves: chemical control on highly susceptible grapefruit and early orange varieties Accelerating the Commercialization of Transformed Juvenile Citrus Engineering citrus for resistance to Liberibacter and other phloem pathogens Pathogen-Vector Relations between Asian Citrus Psyllid and Liberibacter asiaticus Asian Citrus Psyllid - Sampling, Biological Control, and Seasonal Profile of HLB in Adult Psyllids Preparation of antibodies against Candidatus liberibacter asiaticus Genetic Resistance to Citrus Canker conferred by the Pepper Bs3 Gene Support for the Southern Gardens Diagnostic Laboratory Correlative microscopic and molecular characterization of the microbiome in the citrus phloem tissue Development of Asian citrus psyllid, Diaphorina citri, tissue culture cell lines Recovery of Citrus germplasm in Florida Development of SSR markers for detection, genotyping, phenotyping and genetic diversity assessment of Ca Liberibacter stains in Florida Bioinformatic characterization and development of a central genome resources website for Ca. Liberibacter asiaticus Factors influencing acquisition and inoculation of Candidatus Liberibacter spp. by Diaphorina citri

Manipulating SA-mediated defense signaling to stimulate broad-spectrum resistance to HLB and other diseases in citrus Analysis of transcriptome of citrus infected with Ca. Liberibacter asiaticus and Ca. L. americanus. Determining the Microbiome of Healthy and Infected Citrus Phloem Tissue, & Determining the Genome Sequence of Liberibacter An effective trap for Asian citrus psyllid that can be used to monitor groves and plants for sale Evaluate Differences in Response to HLB by Scions on Different Rootstocks Agrobacterium-mediated Genetic Transformation of Mature Citrus Tissue Transferring Disease Resistance Technology from a Model System to Citrus Development of transformation systems for mature tissue of Florida commercial varieties, and strategies to improve tree management A Rapid Screening Process for Chemical Control of Huanglongbing Pre-Grading Fresh Citrus for Canker Prior to Dumping on the Main Packingline Spatial and Temporal Incidence of Ca. Liberibacter in Citrus and Psyllids detected Using Real-time PCR Diagnostic Services for growers for detection of HLB to aid in management decisions Resistance and cross-resistance development potential in Asian citrus psyllid to insecticides and its impact on psyllid management Effects of nutrition and host plant on biology and behavior of the Asian citrus psyllid and implications for managing psyllid populations Cultural Practices to Prolong Productive Life of an HLB Infected Tree Evaluation and development of effective ultra low volume spray technologies for management of the Asian citrus psyllid Development of a novel nanoparticle/nanogel formulation for the prevention of citrus canker disease Cultivation and Identification of the Causal Agent of Huanglongbing Disease of Citrus Intensively managed citrus production systems for early high yields and vegetative flush control in the presence of greening disease Advanced control system for variable rate application of fertilizer and pesticide to trees in the presence of greening and canker Citrus flush shoot management through hedging and defoliation with applied phytohormones as a strategy to control D. citri populations Engineering Resistance Against Citrus Canker and Greening Using Candidate Genes

Strategies to minimize growth flushes of mature citrus trees with pruning practices and plant growth regulators to reduce psyllid feeding Using physical and chemical property changes of citrus leaves as early indicators of HLB infection and effects of added plant nutrients Long-Run Processed Orange Production and Price Impacts Associated with Citrus Greening in Florida and Sao Paulo Evaluation of Systemic Acquired Resistance Inducers Combined with Psyllid Control to Manage Greening in Infected groves. Creation and Maintenance of an Online Citrus Greening Database Development of Effective Guava-based Repellent to Control Asian Citrus Psyllid and Mitigate Huanglongbing Disease Incidence Quantitative measurement of the movement patterns and dispersal behavior of Asian citrus psyllid in Florida for improved management Identification of psyllid attractants and development of highly effective trapping and attract-and-kill methods for improved psyllid control Development and optimization of biorational tactics for Asian citrus psyllid control and decreasing huanglongbing incidence Integrative approaches to discover pathogenesisassociated proteins from the causal agent of citrus greening disease Characterize the microbiomes associated with Candidatus Liberibacter asiaticus infected citrus, psyllid, dodder, and periwinkle Genome sequencing of Candidatus Liberibacter asiaticus Characterization the virulence mechanism of the citrus Huanglongbing pathogen Candidatus Liberibacter asiaticus Identification and characterization of critical virulence and copper resistance genes of Xanthomonas axonopodis pv. citri & related species Can insecticides and mineral oil avoid transmission of Candidatus Liberibacter asiaticus by Diaphorina citri?

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