Faculty

Institution

Unit

Venue

Raka Mitra

Carleton College

Affiliations

Carleton College

Biology

NoneRaka Mitra is currently serving as a Biology faculty at Carleton College.

Honors

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Experiences

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Education

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Raka Mitra

Carleton College

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plant science botany plant physiology plant biology microbiology molecular biology genetics plant pathology evolutionary biology genomics molecular plant pathology plant genomics gene expression proteomics molecular plant-microbe interactions avian biology plant biotechnology integrative plant biology horticulture research plant immunity comprehensive resource ralstonia solanacearum metabolomics transcription (biology) pathogenesis environmental microbiology mammalian biology genome biology experimental botany crop protection weed research plant disease soil biology gene regulatory networks plant genetics plant proteomics plant molecular biology microarray data analysis gene expression profiling plant-microbe interactions plant-pathogen interactions plant protection plant-abiotic interaction pathogen effector plant development plant-insect interactions crop science wilt disease genetic network major regulators unanswered questions ancient avre-family effector salicylic acid-mediated defenses tomato pathogenesis effector interactors many samples small-scale microarray expression profiling arabidopsis-pathogen studies bacterial wilt disease plant pathogens

Notable Scholarly Works

Notable Federal Grants

Collaborators

Plant Pathogens and Symbionts Target the Plant Nucleus. Current Opinion in Microbiology (2023)

microbiologyplant immunityplant diseasemolecular plant pathologybiologymolecular plant-microbe interactionsplant pathologysymbiosisplant pathogens

Tomato Deploys Defence and Growth Simultaneously to Resist Bacterial Wilt Disease. Plant Cell & Environment (2022)

Valerian MelineConnor G. HendrichAlicia N. TruchonDenise CaldwellRachel HilesRebecca Leuschen‐KohlTri TranRaka M. MitraCaitilyn AllenAnjali S. Iyer‐Pascuzzi

plant biologymicrobiologyavian biologybacterial wilt diseaseplant immunitybotanycrop protectionplant-microbe interactionsplant physiologyplant scienceplant-pathogen interactionsplant biotechnologyantimicrobial resistanceenvironmental scienceecologyplant protection

Ralstonia Solanacearum Effectors Localize to Diverse Organelles in Solanum Hosts. Phytopathology (2021)

Nina L. DenneRachel R. HilesOleksandr KyrysyukAnjali S. Iyer-PascuzziRaka M. Mitra

horticulture researchplant biologyweed researchgeneticsmicrobial ecologybotanyplant physiologyplant-abiotic interactionplant sciencebiology

Effectork, a Comprehensive Resource to Mine for Ralstonia, Xanthomonas, and Other Published Effector Interactors in the Arabidopsis Proteome. Molecular Plant Pathology (2020)

Manuel González‐FuenteSébastien CarrèreDario MonachelloBenjamin G. MarsellaAnne‐Claire CazaléClaudine ZischekRaka M. MitraNathalie RezéLudovic CottretM. Shahid MukhtarClaire LurinLaurent D. NoëlNemo Peeters

plant biologyplant genomicsplant proteomicseffector interactorscomprehensive resourceplant pathologyplant sciencemolecular plant pathologyproteomicsmolecular biology

What Are the Top 10 Unanswered Questions in Molecular Plant-Microbe Interactions?. Molecular Plant-Microbe Interactions (2020)

Jeanne M. HarrisPeter Balint-KurtiJacqueline C. BedeBrad DayScott GoldErica M. GossLaura J. Grenville-BriggsKathryn M. JonesAiming WangYuanchao WangRaka M. MitraKee Hoon SohnMaria Elena Alvarez

biophysicsunanswered questionsmolecular plant-microbe interactions

Effectork, a Comprehensive Resource to Mine for Pathogen Effector Targets in the Arabidopsis Proteome. bioRxiv (Cold Spring Harbor Laboratory) (2019)

Manuel González-FuenteSébastien CarrèreDario MonachelloBenjamin G MarsellaAnne-Claire CazaléClaudine ZischekRaka M MitraNathalie RezéLudovic CottretM Shahid MukhtarClaire LurinLaurent D NoelNemo Peeters

plant genomicscomprehensive resourcebotanysoil biologyplant physiologypathogen effector targetsplant sciencepathogen effectorgenomicsimmunologyproteomicsplant biotechnologyenvironmental scienceecologyarabidopsis proteome

Metabolomics of Tomato Xylem Sap During Bacterial Wilt Reveals Ralstonia Solanacearum Produces Abundant Putrescine, a Metabolite That Accelerates Wilt Disease. Environmental Microbiology (2017)

Tiffany M. Lowe‐PowerConnor G. HendrichEdda von Roepenack‐LahayeBin LiDousheng WuRaka MitraBeth L. DalsingPatrizia RiccaJacinth NaidooDavid CookAmy JancewiczPatrick MassonBart ThommaThomas LahayeAnthony J. MichaelCaitilyn Allen

metabolomicsmicrobiologywilt diseaseenvironmental microbiology

Ralstonia Solanacearum Requires Pops, an Ancient Avre-Family Effector, for Virulence and to Overcome Salicylic Acid-Mediated Defenses During Tomato Pathogenesis. mBio (2013)

Jonathan M. JacobsAnnett MillingRaka M. MitraClifford S. HoganFlorent AilloudPhilippe PriorCaitilyn Allen

avian biologygeneticssalicylic acid-mediated defensestomato pathogenesisplant sciencepathogenesisevolutionary biologyancient avre-family effectormammalian biologymolecular biologyralstonia solanacearum

Ralstonia Solanacearum Requires Pops, an Ancient Virulence Effector, to Suppress Sa-Mediated Defenses During Tomato Wilt. Agritrop (Cirad) (2013)

J.M. JacobsA. MillingRaka M. MitraFlorent AilloudPhilippe PriorCaitilyn Allen

horticulture researchgeneticsancient virulence effectorbotanyplant-insect interactionscrop scienceplant physiologyplant sciencepest scienceevolutionary biologytomato wiltecologyralstonia solanacearumsa-mediated defenses

The Genetic Network Controlling the Arabidopsis Transcriptional Response to Pseudomonas Syringae Pv. Maculicola: Roles of Major Regulators and the Phytotoxin Coronatine. Molecular Plant-Microbe Interactions (2008)

Lin WangRaka M. MitraKeegan D. HasselmannMasanao SatoLisa Lenarz-WyattJerry D. CohenFumiaki KatagiriJane Glazebrook

major regulatorsgeneticsgene expressionbotanygene regulatory networkstranscription (biology)plant sciencegenomicsevolutionary biologygenetic networkplant geneticsmolecular biology

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Raka Mitra

Carleton College

Affiliations

Carleton College

Biology

NoneRaka Mitra is currently serving as a Biology faculty at Carleton College.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Raka Mitra

Carleton College

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Plant Pathogens and Symbionts Target the Plant Nucleus. Current Opinion in Microbiology (2023)

microbiologyplant immunityplant diseasemolecular plant pathologybiologymolecular plant-microbe interactionsplant pathologysymbiosisplant pathogens

Tomato Deploys Defence and Growth Simultaneously to Resist Bacterial Wilt Disease. Plant Cell & Environment (2022)

Valerian MelineConnor G. HendrichAlicia N. TruchonDenise CaldwellRachel HilesRebecca Leuschen‐KohlTri TranRaka M. MitraCaitilyn AllenAnjali S. Iyer‐Pascuzzi

Ralstonia Solanacearum Effectors Localize to Diverse Organelles in Solanum Hosts. Phytopathology (2021)

Nina L. DenneRachel R. HilesOleksandr KyrysyukAnjali S. Iyer-PascuzziRaka M. Mitra

horticulture researchplant biologyweed researchgeneticsmicrobial ecologybotanyplant physiologyplant-abiotic interactionplant sciencebiology

Effectork, a Comprehensive Resource to Mine for Ralstonia, Xanthomonas, and Other Published Effector Interactors in the Arabidopsis Proteome. Molecular Plant Pathology (2020)

plant biologyplant genomicsplant proteomicseffector interactorscomprehensive resourceplant pathologyplant sciencemolecular plant pathologyproteomicsmolecular biology

What Are the Top 10 Unanswered Questions in Molecular Plant-Microbe Interactions?. Molecular Plant-Microbe Interactions (2020)

Jeanne M. HarrisPeter Balint-KurtiJacqueline C. BedeBrad DayScott GoldErica M. GossLaura J. Grenville-BriggsKathryn M. JonesAiming WangYuanchao WangRaka M. MitraKee Hoon SohnMaria Elena Alvarez

biophysicsunanswered questionsmolecular plant-microbe interactions

Effectork, a Comprehensive Resource to Mine for Pathogen Effector Targets in the Arabidopsis Proteome. bioRxiv (Cold Spring Harbor Laboratory) (2019)

Metabolomics of Tomato Xylem Sap During Bacterial Wilt Reveals Ralstonia Solanacearum Produces Abundant Putrescine, a Metabolite That Accelerates Wilt Disease. Environmental Microbiology (2017)

metabolomicsmicrobiologywilt diseaseenvironmental microbiology

Ralstonia Solanacearum Requires Pops, an Ancient Avre-Family Effector, for Virulence and to Overcome Salicylic Acid-Mediated Defenses During Tomato Pathogenesis. mBio (2013)

Jonathan M. JacobsAnnett MillingRaka M. MitraClifford S. HoganFlorent AilloudPhilippe PriorCaitilyn Allen

Ralstonia Solanacearum Requires Pops, an Ancient Virulence Effector, to Suppress Sa-Mediated Defenses During Tomato Wilt. Agritrop (Cirad) (2013)

J.M. JacobsA. MillingRaka M. MitraFlorent AilloudPhilippe PriorCaitilyn Allen

Lin WangRaka M. MitraKeegan D. HasselmannMasanao SatoLisa Lenarz-WyattJerry D. CohenFumiaki KatagiriJane Glazebrook

major regulatorsgeneticsgene expressionbotanygene regulatory networkstranscription (biology)plant sciencegenomicsevolutionary biologygenetic networkplant geneticsmolecular biology

1
2
10 / page