
PrasseLab
@prasselab
Prasse Lab of @JohnsHopkinsEHE @JohnsHopkins. We love the environment and interdisciplinary research! Tweets by team members.
ID: 1489959662405488646
http://prasselab.com 05-02-2022 13:51:00
189 Tweet
358 Followers
433 Following

Great #OpenScience work led by Emma Palm with Parviel Chirsir Krier Jessy Luxembourg Centre for Systems Biomedicine + Paul, Jeff, Evan Bolton life now out! Luxembourg National Research Fund (FNR) ZeroPM ShinyTPs: Curating Transformation Products from Text Mining Results | Environ. Science & Technol. Letters pubs.acs.org/doi/10.1021/ac…




Timothy LaPara and I are looking for a postdoc to study opportunistic pathogens (and assess tradeoffs with disinfection byproducts) in US water systems. A high profile 3 y project sponsored by USEPA. See link for more info and to apply. hr.myu.umn.edu/jobs/ext/358244

In JHU Magazine: Could your house make you sick? The EPA has found that the concentrations of some pollutants are often 2-5x higher than outdoors. JohnsHopkinsEHE's Natalie Exum, PhD, PrasseLab, Peter DeCarlo Marsha Wills-Karp (she/her) and Paul A. Locke weigh in: engineering.jhu.edu/news/could-you…

Our new Springer Nature paper is out: #Sexism in #academia is bad for #science and a waste of public funding. #genderequity #WomeninSTEM Read it here: nature.com/articles/s4157…






Thank you Kweisi Mfume ! Now we need MD Environment to stop coal dust from the uncovered terminal in Curtis Bay and for U.S. EPA to require coal cars nationwide to be covered. This is a small step to address a preventable exposure to toxins.


📣new manuscript alert📣 Our latest paper, a collaboration with the Ranville lab at Mines, shows how the chemical and microbial fingerprint of streams can change due to human recreation. JohnsHopkinsEHE doi.org/10.1021/acsest…


Assessing the impact of recreational activities on a freshwater system using #LCHRMS, #ICPMS and #16SrRNAsequencing reveals a shift in its chemical and microbial fingerprint. PrasseLab Colorado School of Mines Johns Hopkins University Johns Hopkins Bloomberg School of Public Health ACS ES&T Water: go.acs.org/aHA



🚨New Manuscript Alert🚨 Our group at JohnsHopkinsEHE created SPREx, a new method to detect overlooked toxic oxidation byproducts in treated water. SPREx combines extraction, toxicant prioritization, & identification to advance water safety monitoring doi.org/10.1021/acsenv…

