The McMeniman group at Johns Hopkins Bloomberg School of Public Health, Baltimore, MD is actively recruiting a postdoctoral analytical chemist to study human scent chemistry using thermal desorption-gas chromatography/mass spectrometry (TD-GC/MS) methods. We seek a highly motivated, proactive individual with demonstrated experience in GC/MS and/or related analytical chemistry methods such as LC-MS or PTR-MS to support an interdisciplinary research program aimed at defining the molecular and cellular basis of mosquito attraction to human scent and malaria transmission. The recruited individual will be primarily responsible for standard and comprehensive TD-GC/MS method creation, optimization and analysis of headspace samples derived from humans differing in attractiveness to mosquitoes and malaria infection status; and metabolomic analyses of other matrices including whole blood, plasma and sebum.
The recruited postdoctoral scientist will be expected to work as part of a collaborative laboratory team primarily based at Johns Hopkins Malaria Research Institute in Baltimore MD, and travel internationally to Zambia periodically to assist in biospecimen collection and method optimization. Translational goals of the research program include engineering synthetic human scent mimics that effectively trap mosquitoes to combat malaria and developing new biomarkers for next-generation malaria diagnostics. Analytical chemists with basic and applied interests in topics such as the human volatilome, skin microbiome, infectious diseases, diagnostics, chemosensory biology, materials science and fragrance-based product development are encouraged to apply.
Post-doctoral scientists will be compensated according to the NIH rate commensurate with experience, subject to current University policy at the time of hire: https://grants.nih.gov/grants/guide/notice-files/NOT-OD-25-105.html
The McMeniman Group (https://www.mcmenimanlab.org/) studies mosquito chemosensory biology and is affiliated to the Johns Hopkins Malaria Research Institute, Department of Molecular Microbiology & Immunology, Bloomberg School of Public Health; and Department of Neuroscience, School of Medicine, Johns Hopkins University, Baltimore. Our laboratory houses state-of-the-art facilities for TD-GC/MS and TD-GCxGC-ToFMS, mosquito behavioral analysis, and has established a large semi-field facility for screening inter-individual differences in human attractiveness to mosquitoes in Zambia. Anticipated start date for this position is August 1, 2025 or thereafter. Appointments will be renewed on an annual basis subject to job performance, for up to 5 years, with potential for extension of the position thereafter subject to funding. Interested candidates should email a cover letter stating specific interest and career goals along with their CV to:
Dr Conor McMeniman
Johns Hopkins Malaria Research Institute Department of Molecular Microbiology & Immunology Johns Hopkins Bloomberg School of Public Health 615 N. Wolfe Street, E5644 Baltimore, MD 21205
Job ID: 79185628
Jobs You May Like
J
Postdoctoral Analytical Chemist
Johns Hopkins University
Baltimore,
MD,
United States
(on-site)
J
ADRD Postdoc
Johns Hopkins University
Baltimore,
MD,
United States
(on-site)
J
Postdoctoral Fellowship in Digital Health and...
Johns Hopkins University
Baltimore,
MD,
United States
(on-site)
J
JHU Research Fellow
Johns Hopkins University
Baltimore,
MD,
United States
(on-site)
Median Salary
Net Salary per month
$3,991
Cost of Living Index
69/100
69
Median Apartment Rent in City Center
(1-3 Bedroom)
$1,855
-
$3,333
$2,594
Safety Index
28/100
28
Utilities
Basic
(Electricity, heating, cooling, water, garbage for 915 sq ft apartment)
$91
-
$310
$172
High-Speed Internet
$45
-
$140
$80
Transportation
Gasoline
(1 gallon)
$3.29
Taxi Ride
(1 mile)
$2.20
Data is collected and updated regularly using reputable sources, including corporate websites and governmental reporting institutions.
We use cookies on this site to enhance your experience. By using our website you accept our use of cookies.
Cookies
YourMembership uses cookies for your convenience and security. Cookies are text files stored on the browser of your computer and are used to make your experience on web sites more personal and less cumbersome. You may choose to decline cookies if your browser permits, but doing so may affect your ability to access or use certain features of this site. Please refer to your web browser's help function for assistance on how to change your preferences.