Faculty

Institution

Unit

Venue

Jim Spain

Research Professor

University of West Florida

Affiliations

Center for Environmental Diagnostics and Bioremediation

Hal Marcus College of Science and Engineering

Center for Environmental Diagnostics and Bioremediation

Department of Mechanical Engineering

Department Of Environmental Horticulture

Department Of Systems Science

Division of Academic Affairs

Hal Marcus College of Science and Engineering

Faculty Of Biology

Marine Research Center

University of West Florida

Jim Spain is currently serving as a Center For Environmental Diagnostics And Bioremediation Research Professor at University of West Florida.

Honors

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Experiences

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Education

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Jim Spain

University of West Florida

Research Professor

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microbiology applied microbiology environmental microbiology biochemistry bioremediation microbiological degradation biotechnology enzymes environmental science bacteria environmental chemistry environmental biotechnology microbial ecology microbial physiology molecular biology biochemical sciences biotransformation environmental technology redox biology hazardous materials wastewater treatment biocatalysis bioresource technology molecular microbiology reactive nitrogen species enzyme catalysis bacteriology biological chemistry clinical microbiology water quality microbial genetics chemical pollution enzyme immobilization environmental fate soil biology degradation reaction soil microbiology medical microbiology plastic degradation microbial diversity protein science free radical biology microbial contamination pseudomonas sp nitroaromatic compounds applied ecology quantitative microbiology aerobic biodegradation plant science sediment-water interaction natural attenuation bacterial degradation pesticide science pathway analysis catabolism cyanobacteria rhizosphere applied physiology evolutionary microbiology strain dnt hydroxylaminobenzene mutase sole source capillary fringe aerobic degradation vinyl chloride decontamination fragmentation effect ecotechnology biological inorganic chemistry functional modification ecological chemistry pseudomonas pseudoalcaligenes oxidative release contaminated groundwater nitrobenzene nitroreductase rdx biodegradation marine ecosystems freshwater ecosystems environmental pollution

Notable Scholarly Works

Notable Federal Grants

Collaborators

Synthetically Primed Growth of Pseudomonas Putida on 2,4-Dinitrotoluene as Sole Carbon and Nitrogen Source. Metabolic Engineering (2026)

sole carbonmicrobial physiologyenvironmental biotechnologybiological engineeringbiological carbon fixationsoil microbiologyapplied microbiologyenvironmental microbiologymicrobial ecologypseudomonas putidamicrobial cell factorymicroorganismsprimed growthbacteriabiofilmsmicrobial consortiummicrobiology

Dehalobacter Dechlorinates Dichloroanilines and Contributes to the Natural Attenuation of Dichloronitrobenzenes at a Complex Industrial Site. (2025)

bioorganic chemistrydisinfectantsmicrobiological degradationchemical sciencesenvironmental chemistryorganic process researchenvironmental toxicologychemical engineeringchemical pollutionbioremediationclean waterenvironmental remediationhazardous materialsanalytical toxicologychemistryenvironmental fateenvironmental engineeringorganic chemistrychemical safetywater treatmentenvironmental technologyecotoxicology

Designing a Blended Microbial Culture to Bioremediate Distinct Environmental Matrices From a Complex Industrial Site Contaminated With Amino-, Nitro-, and Chloroaromatic Compounds. Environmental Research (2025)

environmental engineeringbiofilmsbiological waste treatmentenvironmental biotechnologycomplex industrial siteapplied microbiologydistinct environmental matricesbiotechnologyenvironmental microbiologymicrobial ecologysoil bioremediationmicrobial culturemicrobiological degradationbioremediationwastewater treatmentmicrobial consortiummicrobiology

Designing a Blended Microbial Culture to Bioremediate Distinct Environmental Matrices From a Complex Industrial Site Contaminated With Amino-, Nitro-, and Chloroaromatic Compounds. (2025)

biological waste treatmentbioresource technologyapplied microbiologybiotechnologymicrobiological degradationmicroorganismsmicrobial cell factorymicrobial consortiumprocess biochemistrybioproductsenvironmental biotechnologybioremediationsoil bioremediationwastewater treatmentbiological engineeringenvironmental engineeringmicrobial physiologyenvironmental microbiologymicrobial ecologyenvironmental technologybiofilmsmicrobiology

Dehalobacter Dechlorinates Dichloroanilines and Contributes to the Natural Attenuation of Dichloronitrobenzenes at a Complex Industrial Site. Environmental Science & Technology (2025)

environmental engineeringenvironmental toxicologycomplex industrial sitebioorganic chemistrynatural attenuationchemical pollutionmicrobiological degradationbioremediationtoxicologychemistryenvironmental chemistryecotoxicologyhazardous materialsenvironmental fate

To the Editor: Conventions for Reporting Biodegradation Rates. Journal of Hazardous Materials (2025)

human biomonitoringenvironmental microbiologyenvironmental sciencemicrobial ecologysoil bioremediationmicrobiological degradationbioremediationbiodegradation ratesenvironmental degradationregulatory toxicology

Compound-Specific Carbon, Nitrogen, and Hydrogen Isotope Analysis to Characterize Aerobic Biodegradation of 2, 3-Dichloroaniline by a Mixed Enrichment Culture. (2024)

biological waste treatmentbioresource technologybiological carbon fixationenvironmental sciencemicrobiological degradationorganic geochemistryenvironmental chemistrywaste managementbioenergychemical engineeringbioremediationtotal environmentenvironmental remediationsoil bioremediationcleaner productionwastewater treatmentenvironmental degradationenvironmental engineeringenvironmental microbiologyenvironmental technologyanaerobic digestionbiogeochemistry

Compound-Specific Carbon, Nitrogen, and Hydrogen Isotope Analysis to Characterize Aerobic Biodegradation of 2,3-Dichloroaniline by a Mixed Enrichment Culture. Environmental Science & Technology (2024)

Shamsunnahar SuchanaSofia Pimentel AraujoLine LomheimE. Erin MackJim C. SpainElizabeth EdwardsElodie Passeport

compound-specific carbonenvironmental scienceenvironmental researchhydrogen isotope analysismixed enrichment cultureaerobic biodegradation

Discovery of the 1-Naphthylamine Biodegradation Pathway Reveals a Broad-Substrate-Spectrum Enzyme Catalyzing 1-Naphthylamine Glutamylation. (2024)

chemical biotechnologybioorganic chemistryaldehyde dehydrogenaseenzyme catalysismicrobial cell factorybiochemistryorganic process researchprocess biochemistrybiochemical engineeringchemical biologyenzymesmetabolic engineeringbiochemical sciencesbiosynthesismolecular metabolismbiocatalysisorganic chemistry frontierorganic chemistryenzyme inhibitionbiomolecular engineeringmolecular biologyenzymatic modification

Discovery of the 1-Naphthylamine Biodegradation Pathway Reveals a Broad-Substrate-Spectrum Enzyme Catalyzing 1-Naphthylamine Glutamylation. eLife (2024)

Shu-Ting ZhangShi-Kai DengTao LiMegan E MaloneyDe-Feng LiJim C SpainNing-Yi Zhou

catalysisenzymesbroad-substrate-spectrum enzymeenzyme catalysisbiochemistry

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Jim Spain

Research Professor

University of West Florida

Affiliations

Center for Environmental Diagnostics and Bioremediation

Hal Marcus College of Science and Engineering

Center for Environmental Diagnostics and Bioremediation

Department of Mechanical Engineering

Department Of Environmental Horticulture

Department Of Systems Science

Division of Academic Affairs

Hal Marcus College of Science and Engineering

Faculty Of Biology

Marine Research Center

University of West Florida

Jim Spain is currently serving as a Center For Environmental Diagnostics And Bioremediation Research Professor at University of West Florida.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Jim Spain

University of West Florida

Research Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Synthetically Primed Growth of Pseudomonas Putida on 2,4-Dinitrotoluene as Sole Carbon and Nitrogen Source. Metabolic Engineering (2026)

Dehalobacter Dechlorinates Dichloroanilines and Contributes to the Natural Attenuation of Dichloronitrobenzenes at a Complex Industrial Site. (2025)

Designing a Blended Microbial Culture to Bioremediate Distinct Environmental Matrices From a Complex Industrial Site Contaminated With Amino-, Nitro-, and Chloroaromatic Compounds. (2025)

Dehalobacter Dechlorinates Dichloroanilines and Contributes to the Natural Attenuation of Dichloronitrobenzenes at a Complex Industrial Site. Environmental Science & Technology (2025)

To the Editor: Conventions for Reporting Biodegradation Rates. Journal of Hazardous Materials (2025)

Compound-Specific Carbon, Nitrogen, and Hydrogen Isotope Analysis to Characterize Aerobic Biodegradation of 2, 3-Dichloroaniline by a Mixed Enrichment Culture. (2024)

Shamsunnahar SuchanaSofia Pimentel AraujoLine LomheimE. Erin MackJim C. SpainElizabeth EdwardsElodie Passeport

compound-specific carbonenvironmental scienceenvironmental researchhydrogen isotope analysismixed enrichment cultureaerobic biodegradation

Discovery of the 1-Naphthylamine Biodegradation Pathway Reveals a Broad-Substrate-Spectrum Enzyme Catalyzing 1-Naphthylamine Glutamylation. (2024)

Discovery of the 1-Naphthylamine Biodegradation Pathway Reveals a Broad-Substrate-Spectrum Enzyme Catalyzing 1-Naphthylamine Glutamylation. eLife (2024)

Shu-Ting ZhangShi-Kai DengTao LiMegan E MaloneyDe-Feng LiJim C SpainNing-Yi Zhou

catalysisenzymesbroad-substrate-spectrum enzymeenzyme catalysisbiochemistry

1
2
3
4
5
46
10 / page