Faculty

Institution

Unit

Venue

Jan Amend

Divisional Dean for the Life Sciences

University of Southern California

Affiliations

Natural Sciences

Biological Sciences

College of Letters, Arts and Sciences

Natural Sciences

Jan Amend is currently serving as a Biological Sciences Divisional Dean for the Life Sciences at University of Southern California.

Honors

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Experiences

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Education

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Jan Amend

University of Southern California

Divisional Dean for the Life Sciences

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microbiology environmental science environmental microbiology microbial ecology earth science geochemistry marine biology ecology hydrothermal geochemistry marine chemistry geobiology hydrothermal vents seafloor hydrothermal system hydrothermal fluids biogeochemistry bioenergetics chemical geology marine geology applied geochemistry geology organic geochemistry genome biology microbial systematics bacteriology thermodynamics environmental chemistry applied microbiology microbial diversity sediment research ocean sciences environmental geochemistry marine sediments vulcano island genome sequence chemical oceanography genome sequencing energy yields molecular microbiology microbial physiology elevated temperatures microbial activity microbial communities hydrothermal ecosystems microbial cell factory evolutionary microbiology oceanic science sedimentary geology milos island early earth clinical microbiology process biochemistry sedimentation marine environments magmatic-hydrothermal system marine genomics natural settings south dakota genus definition amino acid synthesis hydrothermal system energy chemistry scientific data coastal geochemistry medical microbiology energy production sulfur biogeochemistry metabolic pathway analysis intermediary metabolism catalyst activation philosophy of biology bioelectrochemistry applied chemistry phase separation protists marine ecology energy metabolism hydrothermal systems molecular geochemistry astrobiology

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Calorimetric Measurement of Energy and Nutrient Stimulation of Microorganisms From the Continental Deep Subsurface. Frontiers in Microbiology (2024)

Jayme Feyhl-BuskaFabai WuIsaiah E. SmithDouglas E. LaRoweAlberto RobadorBrittany KrugerMagdalena R. OsburnJan P. Amend

nutrient stimulationmicrobial physiologymicroorganismsmicrobiologycalorimetric measurementcontinental deep subsurfaceenvironmental microbiologymicrobial ecology

Comparative Proteomics of a Versatile, Marine, Iron‐Oxidizing Chemolithoautotroph. Environmental Microbiology (2024)

Roman A. BarcoN. MerinoB. LamB. BudnikM. KaplanF. WuJ. P. AmendK. H. NealsonD. Emerson

proteomicscomparative proteomicsiron-oxidizing chemolithoautotrophmicrobiologymarine biologyenvironmental microbiology

Corrigendum to “Energy Yields for Acetylenotrophy on Enceladus and Titan” [Icarus, Volume 411, 15 March 2024, 115969]. Icarus (2024)

M.D. YanezD.E. LaRoweM.L. CableJ.P. Amend

energy yieldsastronomyplanetary systemsplanetary sciences

EDITORIAL: Studies on Life at the Energetic Edge – From Laboratory Experiments to Field-Based Investigations, Volume II. Frontiers in Microbiology (2024)

Tori M. HoehlerJan P. AmendBo Barker JørgensenVictoria J. OrphanMark A. Lever

experimental biologyphysiologylaboratory experimentslife assessmentmicrobiologybiologybacteriologyfield-based investigations

Energy Yields for Acetylenotrophy on Enceladus and Titan. Icarus (2024)

M.D. YanezD.E. LaRoweM.L. CableJ.P. Amend

galaxy formation and evolutionastronomyenergy yieldsplanetary sciences

Isolation of a Putative Sulfur Comproportionating Microorganism. bioRxiv (Cold Spring Harbor Laboratory) (2023)

Heidi S. AronsonDouglas E. LaRoweJennifer L. MacaladyJan P. Amend

microbiologymicroorganismsputative sulfur

Structure and Metabolic Potential of the Prokaryotic Communities From the Hydrothermal System of Paleochori Bay, Milos, Greece. Frontiers in Microbiology (2023)

Sven Le Moine BauerGuang-Sin LuSteven GoulaouicValentine PuzenatAnders SchouwThibaut BarreyreVera Pawlowsky-GlahnJuan José EgozcueJean-Emmanuel MartelatJavier EscartinJan P. AmendParaskevi NomikouOthonas VlasopoulosParaskevi PolymenakouSteffen Leth Jørgensen

prokaryotic communitieshydrothermal systemmetabolic potentialmicrobiologyenvironmental microbiologymicrobial ecology

Sulfur Disproportionating Microbial Communities in a Dynamic, Microoxic‐Sulfidic Karst System. Geobiology (2023)

Heidi S. AronsonChristian E. ClarkDouglas E. LaRoweJan P. AmendLubos PolereckyJennifer L. Macalady

geobiologymicrobiologymicrobial communitiesmicrooxic-sulfidic karst systemenvironmental microbiologymicrobial ecology

Thiovibrio Frasassiensis Gen. Nov., Sp. Nov., an Autotrophic, Elemental Sulphur Disproportionating Bacterium Isolated From Sulphidic Karst Sediment, and Proposal of Thiovibrionaceae Fam. Nov.. INTERNATIONAL JOURNAL OF SYSTEMATIC AND EVOLUTIONARY MICROBIOLOGY (2023)

Heidi S. AronsonCais ThomasMaia K. BhattacharyyaShaan R. EcksteinSophia R. JensenRoman A. BarcoJennifer L. MacaladyJan P. Amend

microbial systematicsclinical microbiologymedical microbiologyinfectious diseasessulphidic karst sedimentmicrobiologybacteriabacteriology

Well-Hidden Methanogenesis in Deep, Organic-Rich Sediments of Guaymas Basin. The ISME Journal (2023)

Diana P BojanovaValerie Y De AndaMojhgan A HaghnegahdarAndreas P TeskeJeanine L AshEdward D YoungBrett J BakerDouglas E LaRoweJan P Amend

hydrogeologygeochemistryearth sciencemarine geologysedimentationguaymas basinenvironmental chemistryorganic geochemistryarid environmentssedimentary geologysediment researchenvironmental sciencewell-hidden methanogenesisorganic-rich sedimentssedimentary petrologywater scienceecologymarine chemistry

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Jan Amend

Divisional Dean for the Life Sciences

University of Southern California

Affiliations

Natural Sciences

Biological Sciences

College of Letters, Arts and Sciences

Natural Sciences

Jan Amend is currently serving as a Biological Sciences Divisional Dean for the Life Sciences at University of Southern California.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Jan Amend

University of Southern California

Divisional Dean for the Life Sciences

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Calorimetric Measurement of Energy and Nutrient Stimulation of Microorganisms From the Continental Deep Subsurface. Frontiers in Microbiology (2024)

Jayme Feyhl-BuskaFabai WuIsaiah E. SmithDouglas E. LaRoweAlberto RobadorBrittany KrugerMagdalena R. OsburnJan P. Amend

nutrient stimulationmicrobial physiologymicroorganismsmicrobiologycalorimetric measurementcontinental deep subsurfaceenvironmental microbiologymicrobial ecology

Comparative Proteomics of a Versatile, Marine, Iron‐Oxidizing Chemolithoautotroph. Environmental Microbiology (2024)

Roman A. BarcoN. MerinoB. LamB. BudnikM. KaplanF. WuJ. P. AmendK. H. NealsonD. Emerson

proteomicscomparative proteomicsiron-oxidizing chemolithoautotrophmicrobiologymarine biologyenvironmental microbiology

Corrigendum to “Energy Yields for Acetylenotrophy on Enceladus and Titan” [Icarus, Volume 411, 15 March 2024, 115969]. Icarus (2024)

M.D. YanezD.E. LaRoweM.L. CableJ.P. Amend

energy yieldsastronomyplanetary systemsplanetary sciences

EDITORIAL: Studies on Life at the Energetic Edge – From Laboratory Experiments to Field-Based Investigations, Volume II. Frontiers in Microbiology (2024)

Tori M. HoehlerJan P. AmendBo Barker JørgensenVictoria J. OrphanMark A. Lever

experimental biologyphysiologylaboratory experimentslife assessmentmicrobiologybiologybacteriologyfield-based investigations

Energy Yields for Acetylenotrophy on Enceladus and Titan. Icarus (2024)

M.D. YanezD.E. LaRoweM.L. CableJ.P. Amend

galaxy formation and evolutionastronomyenergy yieldsplanetary sciences

Isolation of a Putative Sulfur Comproportionating Microorganism. bioRxiv (Cold Spring Harbor Laboratory) (2023)

Heidi S. AronsonDouglas E. LaRoweJennifer L. MacaladyJan P. Amend

microbiologymicroorganismsputative sulfur

Structure and Metabolic Potential of the Prokaryotic Communities From the Hydrothermal System of Paleochori Bay, Milos, Greece. Frontiers in Microbiology (2023)

prokaryotic communitieshydrothermal systemmetabolic potentialmicrobiologyenvironmental microbiologymicrobial ecology

Sulfur Disproportionating Microbial Communities in a Dynamic, Microoxic‐Sulfidic Karst System. Geobiology (2023)

Heidi S. AronsonChristian E. ClarkDouglas E. LaRoweJan P. AmendLubos PolereckyJennifer L. Macalady

geobiologymicrobiologymicrobial communitiesmicrooxic-sulfidic karst systemenvironmental microbiologymicrobial ecology

Heidi S. AronsonCais ThomasMaia K. BhattacharyyaShaan R. EcksteinSophia R. JensenRoman A. BarcoJennifer L. MacaladyJan P. Amend

microbial systematicsclinical microbiologymedical microbiologyinfectious diseasessulphidic karst sedimentmicrobiologybacteriabacteriology

Well-Hidden Methanogenesis in Deep, Organic-Rich Sediments of Guaymas Basin. The ISME Journal (2023)

Diana P BojanovaValerie Y De AndaMojhgan A HaghnegahdarAndreas P TeskeJeanine L AshEdward D YoungBrett J BakerDouglas E LaRoweJan P Amend

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10 / page

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