Faculty

Institution

Unit

Venue

Raymond P. Roos

Marjorie and Robert E Straus Professor in Neurologic Science

University of Chicago

Affiliations

Biological Sciences Division

Immunology, Committee on

Medicine, Pritzker School of

Microbiology, Committee on

Pritzker School of Medicine

Neurology

Neuroscience Institute

Neurology, Department of

Physical Sciences Division

Raymond P. Roos is currently serving as a Biological Sciences Division Marjorie and Robert E Straus Professor in Neurologic Science at University of Chicago.

Honors

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Experiences

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Education

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Raymond P. Roos

University of Chicago

Marjorie and Robert E Straus Professor in Neurologic Science

You can click a keyword to filter the displayed items

neurology neuroscience virology genetics immunology amyotrophic lateral sclerosis animal virus virus research neurogenetics neurovirology mammalian biology general virology neurodegenerative diseases neurophysiology viral genetics multiple sclerosis viral pathogenesis da strain murine encephalomyelitis virus alzheimer's disease virus transmission virus-host interactions cerebrospinal fluid neuroimmunology cell death neurochemistry clinical neuroscience respiratory medicine brain science molecular neurobiology cellular neurobiology molecular virology viral evolution viral persistence neuroinflammation medical genetics clinical neurology avian biology neuroradiology spinal cord avian medicine medical virology apoptosis viral replication antibody engineering poultry science neurosurgery andrology subacute sclerosing panencephalitis molecular determinants vascular biology spinal cord medicine animal science neuroprotection genetic disorders cancer genetics insomnia protein misfolding protein expression knockout mice neurotology immunosuppression vector borne disease molecular mechanisms fatal familial insomnia unfolded protein response neuromuscular transmission dipeptide repeat proteins virus persistence murine encephalomyelitis viruses disease phenotype antecedent poliomyelitis neutralization site schwann cells selective knockdown neurorehabilitation molecular neurodegeneration infectious diseases huntington's disease

Notable Scholarly Works

Notable Federal Grants

Collaborators

Added Load Increases the Peak Frequency of Intermuscular Coherence. Journal of Electromyography and Kinesiology (2024)

Nicholas W. BaumgartnerJacquelyn P. HillShail BhatnagarRaymond RoosBetty SolivenKourosh RezaniaNaoum P. Issa

physiologyintermuscular coherenceelectrophysiologykinesiologyexercise physiologypeak frequencyneuroscienceneurophysiology

The Prion Diseases. Elsevier eBooks (2024)

Nikita MehtaJames A. Mastrianni

neurologygeriatric psychiatrygeriatric medicinepsychiatrygeriatricsgeriatric neurologyprion diseases

Translation of Dipeptide Repeat Proteins in C9Orf72 Als/Ftd Through Unique and Redundant Aug Initiation Codons. eLife (2023)

Yoshifumi SonobeSoojin LeeGopinath KrishnanYuanzheng GuDeborah Y KwonFen-Biao GaoRaymond P RoosPaschalis Kratsios

neurologytranscription (biology)dipeptide repeat proteinsneuroscience

Kozak Similarity Score Algorithm Identifies Alternative Translation Initiation Codons Implicated in Cancers. International Journal of Molecular Sciences (2022)

Alec C. GleasonGhanashyam GhadgeYoshifumi SonobeRaymond P. Roos

cancer geneticscancer researchmolecular cancercancer genomicsmolecular biologyoncologycancer biologytumor biology

Machine Learning Predicts Translation Initiation Sites in Neurologic Diseases With Nucleotide Repeat Expansions. PLoS ONE (2022)

Alec C. GleasonGhanashyam GhadgeJin ChenYoshifumi SonobeRaymond P. Roos

structural biologyneurologic diseasesnucleotide repeat expansionsneuroscience

A C. Elegans Model of C9Orf72-Associated Als/Ftd Uncovers a Conserved Role for Eif2D in Ran Translation. Nature Communications (2021)

Yoshifumi SonobeJihad AburasGopinath KrishnanAndrew C. FlemingGhanashyam GhadgePriota IslamEleanor C. WarrenYuanzheng GuMark W. KankelAndré E. X. BrownEvangelos KiskinisTania F. GendronFen-Biao GaoRaymond P. RoosPaschalis Kratsios

neurologyran translationconserved rolegeneticsalzheimer's diseaseneuroscienceamyotrophic lateral sclerosis

Machine Learning Predicts Translation Initiation Sites in Neurologic Diseases With Expanded Repeats. bioRxiv (Cold Spring Harbor Laboratory) (2021)

Alec C. GleasonGhanashyam GhadgeJin ChenYoshifumi SonobeRaymond P. Roos

neurologic diseasesneuroscienceexpanded repeats

Metabolic Stress Induces the Mislocalization of Rna Binding Protein Tdp-43 in Human Oligodendrocytes in Vitro (4239). Neurology (2020)

Florian PerninQiao Ling CuiKatsuhisa MasakiRaymond RoosJack Antel

neurologyhuman oligodendrocytesgeneticsmetabolic stressmetabolismneuroscience

Rna-Binding Protein Altered Expression and Mislocalization in Ms. Neurology Neuroimmunology & Neuroinflammation (2020)

Katsuhisa MasakiYoshifumi SonobeGhanashyam GhadgePeter PytelPaula LépineFlorian PerninQiao-Ling CuiJack P. AntelStephanie ZandeeAlexandre PratRaymond P. Roos

neurologyneuroinflammationrna-binding proteinneuroimmunologymolecular biologyprotein expressionrna biologyneuroscience

Rna-Binding Protein Altered Expression and Mislocalization in Multiple Sclerosis (4200). Neurology (2020)

Katsuhisa MasakiYoshifumi SonobeGhanashyam GhadgePeter PytelPaula LépineStephanie ZandeeAlexandre PratRaymond Roos

neurologyrna-binding proteingene expressiontranscription regulationmultiple sclerosisgeneticsmolecular regulationmolecular biologyrna biology

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Raymond P. Roos

Marjorie and Robert E Straus Professor in Neurologic Science

University of Chicago

Affiliations

Biological Sciences Division

Immunology, Committee on

Medicine, Pritzker School of

Microbiology, Committee on

Pritzker School of Medicine

Neurology

Neuroscience Institute

Neurology, Department of

Physical Sciences Division

Raymond P. Roos is currently serving as a Biological Sciences Division Marjorie and Robert E Straus Professor in Neurologic Science at University of Chicago.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Raymond P. Roos

University of Chicago

Marjorie and Robert E Straus Professor in Neurologic Science

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Added Load Increases the Peak Frequency of Intermuscular Coherence. Journal of Electromyography and Kinesiology (2024)

Nicholas W. BaumgartnerJacquelyn P. HillShail BhatnagarRaymond RoosBetty SolivenKourosh RezaniaNaoum P. Issa

physiologyintermuscular coherenceelectrophysiologykinesiologyexercise physiologypeak frequencyneuroscienceneurophysiology

The Prion Diseases. Elsevier eBooks (2024)

Nikita MehtaJames A. Mastrianni

neurologygeriatric psychiatrygeriatric medicinepsychiatrygeriatricsgeriatric neurologyprion diseases

Translation of Dipeptide Repeat Proteins in C9Orf72 Als/Ftd Through Unique and Redundant Aug Initiation Codons. eLife (2023)

Yoshifumi SonobeSoojin LeeGopinath KrishnanYuanzheng GuDeborah Y KwonFen-Biao GaoRaymond P RoosPaschalis Kratsios

neurologytranscription (biology)dipeptide repeat proteinsneuroscience

Kozak Similarity Score Algorithm Identifies Alternative Translation Initiation Codons Implicated in Cancers. International Journal of Molecular Sciences (2022)

Alec C. GleasonGhanashyam GhadgeYoshifumi SonobeRaymond P. Roos

cancer geneticscancer researchmolecular cancercancer genomicsmolecular biologyoncologycancer biologytumor biology

Machine Learning Predicts Translation Initiation Sites in Neurologic Diseases With Nucleotide Repeat Expansions. PLoS ONE (2022)

Alec C. GleasonGhanashyam GhadgeJin ChenYoshifumi SonobeRaymond P. Roos

structural biologyneurologic diseasesnucleotide repeat expansionsneuroscience

A C. Elegans Model of C9Orf72-Associated Als/Ftd Uncovers a Conserved Role for Eif2D in Ran Translation. Nature Communications (2021)

neurologyran translationconserved rolegeneticsalzheimer's diseaseneuroscienceamyotrophic lateral sclerosis

Machine Learning Predicts Translation Initiation Sites in Neurologic Diseases With Expanded Repeats. bioRxiv (Cold Spring Harbor Laboratory) (2021)

Alec C. GleasonGhanashyam GhadgeJin ChenYoshifumi SonobeRaymond P. Roos

neurologic diseasesneuroscienceexpanded repeats

Metabolic Stress Induces the Mislocalization of Rna Binding Protein Tdp-43 in Human Oligodendrocytes in Vitro (4239). Neurology (2020)

Florian PerninQiao Ling CuiKatsuhisa MasakiRaymond RoosJack Antel

neurologyhuman oligodendrocytesgeneticsmetabolic stressmetabolismneuroscience

Rna-Binding Protein Altered Expression and Mislocalization in Ms. Neurology Neuroimmunology & Neuroinflammation (2020)

Katsuhisa MasakiYoshifumi SonobeGhanashyam GhadgePeter PytelPaula LépineFlorian PerninQiao-Ling CuiJack P. AntelStephanie ZandeeAlexandre PratRaymond P. Roos

neurologyneuroinflammationrna-binding proteinneuroimmunologymolecular biologyprotein expressionrna biologyneuroscience

Rna-Binding Protein Altered Expression and Mislocalization in Multiple Sclerosis (4200). Neurology (2020)

Katsuhisa MasakiYoshifumi SonobeGhanashyam GhadgePeter PytelPaula LépineStephanie ZandeeAlexandre PratRaymond Roos

neurologyrna-binding proteingene expressiontranscription regulationmultiple sclerosisgeneticsmolecular regulationmolecular biologyrna biology

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10 / page

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virus research

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stem-cell therapy

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cerebral blood flow