Andrew Lover

Associate Professor of Epidemiology and Deputy Director, New England Center of Excellence in Vector-Borne Disease University of Massachusetts Amherst

  • Amherst MA

Andrew Lover is an infectious disease epidemiologist whose work focuses on malaria and other vector-borne diseases.

Contact

University of Massachusetts Amherst

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Expertise

Tick-borne Diseases
Infectious Disease
Vector-Borne Diseases
Drug Development
Malaria

Biography

Andrew Lover's work focuses on the development of novel tools for disease surveillance and development/optimization of new applications for existing therapeutics in vector-borne disease.

Lover has done field work in diverse global settings, including studies in Timor-Leste (East Timor), Cambodia, Vietnam, Laos and Kenya. He also has nearly a decade of experience as a drug discovery chemist, with research in respiratory therapeutics, novel antibiotics and inflammation targets.

Social Media

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Education

National University of Singapore

Ph.D.

National University of Singapore

M.P.H.

University of California, Santa Barbara

M.S.

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Select Recent Media Coverage

It’s mosquito season in Western Massachusetts and experts are monitoring it in the Pioneer Valley

WAMC  radio

2024-07-17

Andrew Lover, associate professor of epidemiology at UMass Amherst, discusses monitoring mosquitos in the Pioneer Valley. “This is exactly why we do public health surveillance,” he says. “This helps us understand where the virus is circulating, and then we can do more targeted surveillance and vector control in those areas.”

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As masks come off, experts warn the pandemic isn't over

WGBH  online

2023-03-11

"In many ways, we got lucky with Omicron," said epidemiologist Andrew Lover of UMass Amherst. "There's no reason to think that newer variants will be as mild. We all hope that that will stay the case. But we can't bank on it, necessarily."

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Coronavirus forecasting: UMass device may help identify future trends

Mass Live  online

2023-02-21

“We have the initial validation that the coughing indeed has a correlation with influenza-related illness,” Lover says. “Now we want to validate it beyond this specific hospital setting and show that we can generalize across locations.”

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Select Publications

Passive Monitoring of Crowd-Level Cough Counts in Waiting Areas produces Reliable Syndromic Indicator for Total COVID-19 Burden in a Hospital Emergency Clinic [preprint]

Research Square

2023

Syndromic surveillance is an effective tool for enabling the timely detection of infectious disease outbreaks and facilitating the implementation of effective mitigation strategies by public health authorities. While various information sources are currently utilized to collect syndromic signal data for analysis, the aggregated measurement of cough, an important symptom for many illnesses, is not widely employed as a syndromic signal. With recent advancements in ubiquitous sensing technologies, it becomes feasible to continuously measure population-level cough incidence in a contactless, unobtrusive, and automated manner.

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Knowledge, attitudes, and practices regarding COVID-19 among university students and employees in Massachusetts, USA: a qualitative study

Journal of American College Health

2023

Objective
To explore the knowledge, attitudes, and practices regarding COVID-19 in university affiliates to inform future COVID-19 policies and practices.
Participants
Undergraduate students, graduate students and university employees at a large public university.

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Characterizing the spatial distribution of multiple malaria diagnostic endpoints in a low-transmission setting in Lao PDR

Current Research on Serological Analyses of Infectious Diseases

2023

Through an intensification of their programmatic activities and an increased coverage of interventions (1), the Lao People’s Democratic Republic (PDR) has seen substantial declines in malaria cases, with a fall in case incidence by 80% from 2016 to 2020, and no reported malaria deaths since 2018 (2). Transmission is very low in northern Lao PDR, with P. vivax cases making up the majority of malaria burden (1, 3). The nation aims to eliminate Plasmodium vivax and Plasmodium falciparum from northern areas by 2025, and all species nationwide by 2030 (2, 4). As countries near elimination and transmission declines, they experience characteristic shifts in malaria epidemiology. Substantial areas become malaria-free, and malaria risk becomes increasingly heterogenous and geographically or demographically clustered (5, 6), with cases becoming more difficult to detect and diagnose.

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