Faculty

Institution

Unit

Venue

Deborah M. Kristan

California State University, San Marcos

Affiliations

California State University, San Marcos

College Of Science And Mathematics

Department Of Biological Sciences

College of Humanities, Arts, Behavioral and Social Sciences

Studies Of Department Of Film

College of Science, Technology, Engineering and Mathematics

Department Of Biological Sciences

Faculty Of Systems And Computer Engineering

Office For Training Research, And Education In The Sciences

NoneDeborah M. Kristan is currently serving as a California State University, San Marcos faculty at California State University, San Marcos.

Honors

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Experiences

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Education

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Deborah M. Kristan

California State University, San Marcos

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infectious diseases biology longevity parasitology aging cell parasitic diseases physiology microbiology pathogens mammalian biology invertebrate pathology ageing microbial pathogenesis experimental gerontology neuroscience of aging animal physiology cellular senescence biogerontology aging process host specificity helminth infection rodent longevity calorie restriction heligmosomoides bakeri cell signaling oxidative stress endocrinology free radical biology communicable diseases infection control clinical microbiology mammalogy animal bioscience veterinary parasitology medical entomology neglected tropical diseases toxins lifespan extension key site rodent ecology pathogen transmission parasitic protozoa host-parasite relationships hyperparasite host-microbe interactions immunoglobulin e clinical immunology molecular immunology immunogenetics nematode pest nematology host response long-lived rodents longest-lived rodents key determinant laboratory mice chaperone-protein degradation network novel animal models alternative approaches host responses life history traits rapamycin exposure differing immune phenotypes long‐term calorie restriction secondary infection

Notable Scholarly Works

Notable Federal Grants

Collaborators

Rapamycin Exposure to Host and to Adult Worms Affects Life History Traits of Heligmosomoides Bakeri. Experimental Parasitology (2019)

parasitologymicrobiologyfungusmicrobial pathogenesisrapamycin exposurelife history traitsheligmosomoides bakeriinvertebrate pathologyparasitic diseaseshelminth infectionhost-microbe interactionsinfectious diseasespathogensmicroorganismsima fungusbiologypathogenesistoxinshost specificity

Determinants of Rodent Longevity in the Chaperone-Protein Degradation Network. Cell Stress and Chaperones (2016)

Karl A. RodriguezJoseph M. ValentineDavid A. KramerJonathan A. GelfondDeborah M. KristanEviatar NevoRochelle Buffenstein

longevityendocrinologyrodent longevityanimal physiologymammalian biologyphysiologychaperone-protein degradation network

Regulation of Nrf2 Signaling and Longevity in Naturally Long-Lived Rodents. Proceedings of the National Academy of Sciences (2015)

aging celllifespan extensionlongevityoxidative stresscell biologycell signalingageingfree radical biologyphysiologymammalian biologycellular senescencelong-lived rodentsexperimental gerontologybiogerontology

Effects of Calorie Restriction on Total and Heligmosomoides Bakeri ‐Specific Igg1 in Mice of Differing Immune Phenotypes (Lb307). The FASEB Journal (2014)

immune responsesautoimmune diseasesfunctional foodsimmunogeneticscalorie restrictionmolecular immunologyimmunotherapyclinical immunologyimmunologyimmunity (medicine)autoimmunitycell researchimmunoglobulin eexperimental medicinediffering immune phenotypesallergy

Order of Inoculation During Heligmosomoides Bakeri and Hymenolepis Microstoma Coinfection Alters Parasite Life History and Host Responses. Pathogens (2013)

parasitologymicrobiologyparasitic diseasesparasitic protozoaneglected tropical diseasesinfectious diseaseshost-parasite relationshipshyperparasitehost responsesbiologyheligmosomoides bakeripathogenspathogenesisinvertebrate pathologyveterinary parasitologyhost specificitymedical entomology

Sustained High Levels of Neuregulin‐1 in the Longest‐Lived Rodents; a Key Determinant of Rodent Longevity. Aging Cell (2011)

Yael H. EdreyDiana CasperDorothee HuchonJames MeleJonathan A. GelfondDeborah M. KristanEviatar NevoRochelle Buffenstein

aging cellaging processlongest-lived rodentslongevityneuroscience of agingkey determinantrodent ecologybiologybiochemistrykey siterodent longevitymolecular biology

Calorie Restriction and Susceptibility to Intact Pathogens. AGE (2008)

microbiologycommunicable diseasesinfection controlinfectious diseasesmicrobial pathogenesiscalorie restrictionclinical microbiologypathogenspathogen transmission

Comparative and Alternative Approaches and Novel Animal Models for Aging Research. AGE (2008)

aging cellaging processalternative approacheslongevityneuroscience of agingmammalogyageingbiostatisticsanimal biosciencebiologyanimal physiologynovel animal modelsphysiologymammalian biologycellular senescenceexperimental gerontologybiogerontology

Long‐Term Calorie Restriction Does Not Protect Mice Against a Secondary Infection With the Parasitic Nematode Heligmosomoides Bakeri. The FASEB Journal (2008)

parasitologyhelminth infectionhost responselong‐term calorie restrictioninfectious diseasesnematode pestnematologyimmunity (medicine)immunologygut microbespathogenesisinvertebrate pathologysecondary infectionparasitic diseases

Chronic Calorie Restriction Increases Susceptibility of Laboratory Mice ( Mus Musculus ) to a Primary Intestinal Parasite Infection. Aging Cell (2007)

Deborah M. Kristan

parasitologyaging celllaboratory miceinfectious diseasesparasitic diseases

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Deborah M. Kristan

California State University, San Marcos

Affiliations

California State University, San Marcos

College Of Science And Mathematics

Department Of Biological Sciences

College of Humanities, Arts, Behavioral and Social Sciences

Studies Of Department Of Film

College of Science, Technology, Engineering and Mathematics

Department Of Biological Sciences

Faculty Of Systems And Computer Engineering

Office For Training Research, And Education In The Sciences

NoneDeborah M. Kristan is currently serving as a California State University, San Marcos faculty at California State University, San Marcos.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Deborah M. Kristan

California State University, San Marcos

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Rapamycin Exposure to Host and to Adult Worms Affects Life History Traits of Heligmosomoides Bakeri. Experimental Parasitology (2019)

Determinants of Rodent Longevity in the Chaperone-Protein Degradation Network. Cell Stress and Chaperones (2016)

Karl A. RodriguezJoseph M. ValentineDavid A. KramerJonathan A. GelfondDeborah M. KristanEviatar NevoRochelle Buffenstein

longevityendocrinologyrodent longevityanimal physiologymammalian biologyphysiologychaperone-protein degradation network

Regulation of Nrf2 Signaling and Longevity in Naturally Long-Lived Rodents. Proceedings of the National Academy of Sciences (2015)

Effects of Calorie Restriction on Total and Heligmosomoides Bakeri ‐Specific Igg1 in Mice of Differing Immune Phenotypes (Lb307). The FASEB Journal (2014)

Order of Inoculation During Heligmosomoides Bakeri and Hymenolepis Microstoma Coinfection Alters Parasite Life History and Host Responses. Pathogens (2013)

Sustained High Levels of Neuregulin‐1 in the Longest‐Lived Rodents; a Key Determinant of Rodent Longevity. Aging Cell (2011)

Yael H. EdreyDiana CasperDorothee HuchonJames MeleJonathan A. GelfondDeborah M. KristanEviatar NevoRochelle Buffenstein

aging cellaging processlongest-lived rodentslongevityneuroscience of agingkey determinantrodent ecologybiologybiochemistrykey siterodent longevitymolecular biology

Calorie Restriction and Susceptibility to Intact Pathogens. AGE (2008)

microbiologycommunicable diseasesinfection controlinfectious diseasesmicrobial pathogenesiscalorie restrictionclinical microbiologypathogenspathogen transmission

Comparative and Alternative Approaches and Novel Animal Models for Aging Research. AGE (2008)

Long‐Term Calorie Restriction Does Not Protect Mice Against a Secondary Infection With the Parasitic Nematode Heligmosomoides Bakeri. The FASEB Journal (2008)

Chronic Calorie Restriction Increases Susceptibility of Laboratory Mice ( Mus Musculus ) to a Primary Intestinal Parasite Infection. Aging Cell (2007)

Deborah M. Kristan

parasitologyaging celllaboratory miceinfectious diseasesparasitic diseases

1
10 / page