Faculty

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Paul M. Arnaboldi

Associate Professor

New York Medical College

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Paul M. Arnaboldi

New York Medical College

Associate Professor

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infectious diseases immunology lyme disease tick-borne diseases immunity (medicine) pathogens immune responses diagnosis medicine microbiology infectious diseases (medical specialty) disease detection vaccines vaccination clinical microbiology infection control serologic testing disease diagnosis point-of-care testing innovative diagnostics pathogenesis medical entomology peptides cell research clinical laboratory respiratory medicine vaccine development vector-borne pathogens host response medical diagnostics early lyme disease communicable diseases peptide science clinical proteomics proteome research cell death invertebrate pathology laboratory medicine vaccine research medical microbiology vaccine design innate immune system ifn-γ secretion protein science neglected tropical diseases virulence factors diagnostic microbiology pathogen detection clinical immunology laboratory immunology early diagnosis immunological biomarkers humoral response peptide therapeutics clinical infection infectious respiratory disease microbial physiology cell culture mycelial interaction cellular biology host-microbe interactions mucosal vaccination apoptosis canonical vaccines new vaccines multiantigen panel borrelia burgdorferi infection oppa2 linear epitopes serodiagnostic markers t cells collected rapid single-tier serodiagnosis intraerythrocytic killing cd4+ t cells decorin binding north america pneumonic plague

Notable Scholarly Works

Notable Federal Grants

Collaborators

P-1850. Acute Babesia Microti Infection in Humans is Associated With Marked Changes in the Expression of Peripheral Blood Coding and Noncoding Rna. Open Forum Infectious Diseases (2025)

Dana MorduePaul ArnaboldiDavid CarlsonPooja LambaRudline G ZamorVictoria A BatemanEric SpitzerLuis A Marcos

pathogensmicrobiologynon-coding rnainfectious diseasesperipheral blood codingnoncoding rna

Pcrv in an Intranasal Adjuvanted Tobacco Mosaic Virus Conjugate Vaccine Mediates Protection From Pseudomonas Aeruginosa via an Early Th1/Th17 Skewed Localized and Systemic Immune Response.. Vaccine (2025)

vaccine developmentvaccinesinfection controlvirus eradicationmicrobiologyinfectious diseasesvirologymedical virologypseudomonas aeruginosavirus researchmucosal vaccinationimmunologyantiviral researchvaccinationearly th1/th17vaccine designsystemic immune responseclinical microbiology

Immune Mediators Important for a Protective Secondary Response to Babesia Microti. Pathogens (2024)

immunity (medicine)microbiologyinfectious diseasesinvertebrate pathologyinnate immune systemimmune mediators importantparasitologyhost responseimmunologyimmune responsesbabesia microtiprotective secondary response

Peptide-Based Point-Of-Care Serodiagnosis of Lyme Disease Enabled by Deep-Learning. (2024)

Artem GoncharovHyou-Arm JoungRajesh GhoshKevin NgoBarath PalanisamyElizabeth J. HornPaul M. ArnaboldiRaymond J. DattwylerOmai B. GarnerDino Di CarloAydogan OzcanKatarina PejcinovicNicole Krockenberger

pharmacologydeep learningpeptide-based point-of-care serodiagnosishealth sciencesmedicinemachine learningmolecular medicinepeptideslyme diseasedisease detectionmolecular diagnosticsdisease diagnosis

Rapid Single-Tier Serodiagnosis of Lyme Disease. Nature Communications (2024)

Rajesh GhoshHyou-Arm JoungArtem GoncharovBarath PalanisamyKevin NgoKatarina PejcinovicNicole KrockenbergerElizabeth J. HornOmai B. GarnerEzdehar GhazalAndrew O’KulaPaul M. ArnaboldiRaymond J. DattwylerAydogan OzcanDino Di Carlo

early diagnosisinfectious diseasesrapid single-tier serodiagnosislyme diseasediagnosisdisease diagnosis

Transforming Lyme Disease Diagnosis: Using a Single-Tier Multiplexed Vertical Flow Assay Empowered by Machine Learning. (2024)

tick-borne diseasesinfectious diseasesbiostatisticsdiagnostic systemspersonalized medicinediagnosisdisease detectiondisease classificationclinical laboratorybiomedical informatics

Tumor Necrosis Factor Receptors and C-C Chemokine Receptor-2 Positive Cells Play an Important Role in the Intraerythrocytic Death and Clearance of Babesia Microti. Pathogens (2024)

pathologyintraerythrocytic deathimmune responsessignal transductioncell signalingimmunologycell biologyimportant rolecell deathbabesia microtiapoptosis

Vaccination Hesistancy in Lyme Borreliosis. The Lancet Infectious Diseases (2024)

pathogensvaccinesinfection controlvaccination hesistancyinfectious diseasesinfectious diseases (medical specialty)vector-borne pathogensparasitologycommunicable diseasesneglected tropical diseasestick-borne diseasesvaccination

Computational Optical Sensor With a Paper-Based Peptide Panel Assay for Point-Of-Care Testing of Lyme Disease. Conference on Lasers and Electro-Optics (2023)

Hyou-Arm JoungRajesh GhoshArtem GoncharovKevin NgoBarath PalanisamyElizabeth J. HornPaul M. ArnaboldiRaymond J. DattwylerOmai B. GarnerDino Di CarloAydogan Ozcan

innovative diagnosticshealth technologyclinical measurementsvirologyinfectious diseasesproteomicsbiosensorscomputational optical sensorsensorsimmunologypoint-of-care testinglyme diseaseepidemiology

Deep-Learning Enabled Point-Of-Care Sensor for Lyme Disease Diagnosis. (2023)

Hyou-Arm JoungRajesh GhoshArtem GoncharovBarath PalanisamyKevin NgoKatarina PejcinovicNicole KrockenbergerElizabeth J. HornRaymond J. DattwylerPaul M. ArnaboldiOmai B. GarnerDino Di CarloAydogan Ozcan

deep learninginnovative diagnosticshealth technologyrespiratory medicineinfectious diseasespoint-of-care sensorbiosensorsveterinary sciencesensorsveterinary medicineimmunologypublic healthcomputer-aided diagnosislyme disease diagnosissensor technologywearable technology

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Paul M. Arnaboldi

Associate Professor

New York Medical College

Affiliations

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Paul M. Arnaboldi

New York Medical College

Associate Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

P-1850. Acute Babesia Microti Infection in Humans is Associated With Marked Changes in the Expression of Peripheral Blood Coding and Noncoding Rna. Open Forum Infectious Diseases (2025)

Dana MorduePaul ArnaboldiDavid CarlsonPooja LambaRudline G ZamorVictoria A BatemanEric SpitzerLuis A Marcos

pathogensmicrobiologynon-coding rnainfectious diseasesperipheral blood codingnoncoding rna

Immune Mediators Important for a Protective Secondary Response to Babesia Microti. Pathogens (2024)

Peptide-Based Point-Of-Care Serodiagnosis of Lyme Disease Enabled by Deep-Learning. (2024)

pharmacologydeep learningpeptide-based point-of-care serodiagnosishealth sciencesmedicinemachine learningmolecular medicinepeptideslyme diseasedisease detectionmolecular diagnosticsdisease diagnosis

Rapid Single-Tier Serodiagnosis of Lyme Disease. Nature Communications (2024)

early diagnosisinfectious diseasesrapid single-tier serodiagnosislyme diseasediagnosisdisease diagnosis

Transforming Lyme Disease Diagnosis: Using a Single-Tier Multiplexed Vertical Flow Assay Empowered by Machine Learning. (2024)

tick-borne diseasesinfectious diseasesbiostatisticsdiagnostic systemspersonalized medicinediagnosisdisease detectiondisease classificationclinical laboratorybiomedical informatics

Tumor Necrosis Factor Receptors and C-C Chemokine Receptor-2 Positive Cells Play an Important Role in the Intraerythrocytic Death and Clearance of Babesia Microti. Pathogens (2024)

pathologyintraerythrocytic deathimmune responsessignal transductioncell signalingimmunologycell biologyimportant rolecell deathbabesia microtiapoptosis

Vaccination Hesistancy in Lyme Borreliosis. The Lancet Infectious Diseases (2024)

Computational Optical Sensor With a Paper-Based Peptide Panel Assay for Point-Of-Care Testing of Lyme Disease. Conference on Lasers and Electro-Optics (2023)

Hyou-Arm JoungRajesh GhoshArtem GoncharovKevin NgoBarath PalanisamyElizabeth J. HornPaul M. ArnaboldiRaymond J. DattwylerOmai B. GarnerDino Di CarloAydogan Ozcan

innovative diagnosticshealth technologyclinical measurementsvirologyinfectious diseasesproteomicsbiosensorscomputational optical sensorsensorsimmunologypoint-of-care testinglyme diseaseepidemiology

Deep-Learning Enabled Point-Of-Care Sensor for Lyme Disease Diagnosis. (2023)

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