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Thursday, February 20, 2020
Fwd: Open Positions | Data Releases | Upcoming Workshop Deadlines
Tuesday, February 18, 2020
Fwd: On Behalf of Jean Harvey, CALS Interim Dean ~ UVM-ARS Food Systems RFA - Due June 1, 2020
Dear Colleagues,
The College of Agriculture and Life Sciences is pleased to invite proposals for $75,000 awards for research that will support the new UVM-ARS Center for Food Systems Research. The mission of this newly developed center is described in full in the attached document but briefly is as follows:
The Center will become a leader in food systems sustainability research, with a core focus on small and medium farms. It will develop new knowledge that expands our understanding of the suite of benefits that small and medium farms contribute to farm families, local and global communities, and people that consume their products. A key goal of the Center is to improve our ability to measure and document sustainability outcomes from small and medium farms that may not be fully recognized or valued by markets and policies.
The ambitious research goals of the Center can only be realized by catalyzing the broader UVM community in a process to identify the types of metrics, measurement techniques, analysis and integration that is necessary and possible across scales to measure small and medium farm sustainability. Therefore, the Center invites proposals for concept/white papers to identify the suite of key food system metrics, measurement techniques, and/or data integration tools that can be deployed across the Center's research projects.
Proposals are due June 1, 2020 in the Dean's Office of the College of Agriculture and Life Sciences (see attached RFA for details). Awards will begin July 1, 2020 and end December 15, 2020.
Please direct questions to Jean Harvey, Interim Dean, CALS (jharvey@uvm.edu)
Jean R. Harvey, PhD, RDN
Interim Dean, College of Agriculture and Life Sciences
Robert L. Bickford, Jr. Endowed Professor
University of Vermont
146 University Place; 108 Morrill Hall
Burlington, VT 05405
Ph: 802-656-0668
Thursday, February 13, 2020
Fwd: New Release:Problems Paying Medical Bills, 2018
February 12, 2020 | Data Brief No. 357 |
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Problems Paying Medical Bills, 2018Key FindingsData from the National Health Interview Survey:
Keywords |
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Problems Paying Medical Bills, 2018 |
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Ways to Access Related Information & the National Health Interview Survey |
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Suggested Citation |
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Cha AE, Cohen RA. Problems paying medical bills, 2018. NCHS Data Brief, no 357. Hyattsville, MD: National Center for Health Statistics. 2020. |
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New publications by Levi Bonnell
Wednesday, February 12, 2020
Fwd: Watch the Health, United States (2018) Webinar Now!
Webinar Recording: Health, United States, 2018 |
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The slides and recording of the live webinar held on 10/14/2019 have been released. Re-watch or watch for the first time our webinar, where Dr. Renee Gindi presents highlights from the latest release of Health, United States and demonstrates how Health, United States can be a year-round statistical resource. Where Can I Find the Webinar?
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Tuesday, February 4, 2020
Fwd: Please join us for a TGIR faculty candidate seminar on Thursday 2/6 at 4:30
Dear all,
Our first faculty candidate for a shared TGIR assistant professor position, shared between CEMS and LCOM, will be here this Thursday 2/6. This recruit should have a special emphasis on ID Epidemiology/Quantitative Methods. Our first candidate, Dr. Racheal Sippy, will be giving her research seminar at 4:30-5:30 in the Innovation Building Rm E100. UVM map link is also below. Talk is entitled, "Mosquitos in the Home: Disease Risks from the Environment". The talk abstract is below.
Hope to see you then. Thanks, the TGIR team.
Aedes aegypti is the principal vector for dengue, chikungunya and Zika. Human cases and mosquito abundance are linked to the environmental factors in studies at regional, city, or neighborhood scales, but finer scale research is sparse. The impact of the household environment on mosquito presence is unclear. Using surveys, housing assessments and entomological data captured across the dengue transmission season in two cities (Zaruma and Portovelo) in Ecuador, we compare the effect of housing on Ae. aegypti presence. We used binomial generalized linear mixed models (houses within clusters as random effects), adjusting for potential confounders. Across seasons, 65 houses from Portovelo and 73 houses from Zaruma participated.
In Portovelo, patios affected Ae. aegypti risk. Compared to homes with no patio, those with messy patios had a risk increase (RR: 2.30, 95% CI: 1.38—3.84) as did homes with clean patios (RR: 2.78, 95% CI: 1.44—5.36). In Zaruma, patio presence, patio cleanliness, and frequency of trash pickup affected risk. Compared to homes with no patio, those with messy patios had a risk increase (RR: 2.52, 95% CI: 1.07—5.94) and no effect among homes with a clean patio (RR: 1.39, 95% CI: 0.58—3.34). Compared to homes with trash pickup of 3 times a week or less, homes with daily pickup had increased risk (RR: 3.10, 95% CI: 1.14—8.41).
Each location had different built environment risk, which could be explained by mosquito adaptation to local environments or differential effects of climate on the built environment in each city. Mosquitoes may have unmeasured preference for specific housing characteristics present in each location (e.g. homes with patios in Portovelo have some unmeasured additional breeding habitats), or there are unmeasured confounders. This work demonstrates that built environment impacts on Ae. aegypti presence may vary according to location, meaning public health communication and control efforts should be place-specific. Additional research must assess the mediating effects of climate and the built environment or potential interactions in the creation of suitable Ae. aegypti habitats.
Fwd: TGIR event 2/6 on the 2019 nCOV Coronavirus Epidemic
Please join us on Thursday 2/6 at 10-12 in MEDED 200 as the TGIR team discusses the 2019 nCOV Coronavirus Epidemic.
As you know, the TGIR (Translational Global Infectious Diseases) COBRE team has a breadth of expertise on many facets of the global coronavirus outbreak, from basic virology to epidemiologic modeling and everything in between. Since we can't to go into depth into all of these areas, we are planning an overview session that allows us to hear how our faculty understand the context and gaps of knowledge in their areas of expertise.
Here is how it works:
We'll need to start right at 10AM. We will have a brief intro and review of format
A pair of faculty experts will have 5 minutes to speak on their field's view of the Coronavirus epidemic. This will be mostly extemporaneous and there will be no slides!
This is followed by 5 minutes of questions (microphones will circulate), we then turn to the next speaker
Time will be controlled by moderators (BK, JB)
20 minutes at the end for open questions
Our GOALS are:
- Increased knowledge about the 2019 nCOV and ongoing epidemic.
- A recognition of the cross-campus breadth of expertise of the TGIR team
- Identification of contributions our team (and others at UVM, both individuals and collaborative teams), can/should make to control/understand this epidemic
- Considerations and discussions of how our TGIR team can develop and expand our collaborations to contribute to the control/understanding/prevention of the next epidemic.
Hope to see you there! Given the tight time, we'll get going right at 10AM
The TGIR Team
| | Topic | First | Second | |
| 10:00-10:05 | Introduction, Welcome, Format | Kirkpatrick |
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| 10:05-10:10 | Virology: The 2019 nCOV Coronovirus | Botten | Thali | |
| 10:15-10:20 | Epidemiology: Update on the epidemic | Colgate | Read | |
| 10:25-10:30 | Animal Science: The jump from animals to humans | Barlow | ||
| 10:35-10:40 | Clinical and Pathogenesis: The clinical syndromes and pathogenesis | Pierce | Huston | |
| 10:45-10:50 | Diagnosis: Developing Diagnostic Tests | Diehl | Crothers | |
| 10:55-11:00 | Prevention: Developing and testing vaccines | Kirkpatrick | Lee | |
| 11:05-11:10 | Epi Modeling: Modeling to understand the epidemic | Hebert-Dufresne | Hanley | |
| 11:15-11:20 | Modeling Mechanism: Modeling to understand the disease | Bates | Rizzo | |
| 11:25-11:30 | The environmental and climate context | Ricketts | De Wit | |
| 11:35-11:40 | Infection Control: Controlling spread in the hospital | Noyes | ||
| 11:40-12:00 | Open Discussions, Q &A | |||
| Colleges, Centers, and Institutes Represented | ||||
| College of Medicine (LCOM) | ||||
| College of Agriculture and Life Sciences (CALS) | ||||
| LCOM and College Agriculture &Life Sciences (CALS) | ||||
| College of Engineering and Mathematical Sciences (CEMS) | ||||
| GUND | ||||
| LCOM and VT State Department of Health | ||||
| LCOM and UVMMC (MDs) | ||||