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Find the perfect Grants for Grassroots Organizations in Utah on Instrumentl. 9,000+ Grants for Grassroots Organizations in Utah in the United States.
9,000+
Available grants
$2.70B
Total funding
$5K
Median grant
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Multiplex Platforms to Assess Indicators of Micronutrient Status, Inflammation and Infectious Disease
The Challenge
Although combined immunological measurement of several micronutrient biomarkers has been demonstrated, current methods still have important limitations. These include heterogeneity in the composition of standards and controls; inconsistent batch-to-batch performance of analyte-binding molecules; variable reactivity for some analytes, especially soluble transferrin receptor (sTfR); and a functional analytical range that is too narrow to cover the physiological values of some analytes, such as CRP. It would also be valuable to add bioindicators for vitamins B1, B2, B9 and B12, which may require binding molecules that recognize metabolites or proteins associated with deficiency, a specific vitamer (plasma methyl-tetrahydrofolate without reacting with folic acid), comparable reactivity across vitamers (several folate forms in red blood cells), or a specific carrier-protein form (holo-transcobalamin rather than apo-transcobalamin or haptocorrin for vitamin B12).
The improved assays must combine high analytical specificity, sensitivity and robustness with a functional analytical range matched to the physiological values expected in the target populations (women of reproductive age, including during pregnancy and lactation, preschool-age children and older adults). Assays must remain low-cost (no more than US$20 for all analytes measured in duplicate) and require very small sample volumes, preferably less than 10 µL of plasma or serum). The tests are intended for population surveillance rather than local clinical (point-of-care) use. They should be designed to run many samples in a single batch in a small number of national or regional reference laboratories. The goal is to reduce dependence on expensive, infrequent population surveys and on export of samples to specialized laboratories in high-income settings.
This challenge is structured around two alternatives, a minimum-scope approach and an optimistic-scope approach. Targets are aligned with the candidate Target Product Profile for this platform, and applicants will be held to the relevant performance, cost and instrument targets.
Multiplex Platforms to Assess Indicators of Micronutrient Status, Inflammation and Infectious Disease
The Challenge
Although combined immunological measurement of several micronutrient biomarkers has been demonstrated, current methods still have important limitations. These include heterogeneity in the composition of standards and controls; inconsistent batch-to-batch performance of analyte-binding molecules; variable reactivity for some analytes, especially soluble transferrin receptor (sTfR); and a functional analytical range that is too narrow to cover the physiological values of some analytes, such as CRP. It would also be valuable to add bioindicators for vitamins B1, B2, B9 and B12, which may require binding molecules that recognize metabolites or proteins associated with deficiency, a specific vitamer (plasma methyl-tetrahydrofolate without reacting with folic acid), comparable reactivity across vitamers (several folate forms in red blood cells), or a specific carrier-protein form (holo-transcobalamin rather than apo-transcobalamin or haptocorrin for vitamin B12).
The improved assays must combine high analytical specificity, sensitivity and robustness with a functional analytical range matched to the physiological values expected in the target populations (women of reproductive age, including during pregnancy and lactation, preschool-age children and older adults). Assays must remain low-cost (no more than US$20 for all analytes measured in duplicate) and require very small sample volumes, preferably less than 10 µL of plasma or serum). The tests are intended for population surveillance rather than local clinical (point-of-care) use. They should be designed to run many samples in a single batch in a small number of national or regional reference laboratories. The goal is to reduce dependence on expensive, infrequent population surveys and on export of samples to specialized laboratories in high-income settings.
This challenge is structured around two alternatives, a minimum-scope approach and an optimistic-scope approach. Targets are aligned with the candidate Target Product Profile for this platform, and applicants will be held to the relevant performance, cost and instrument targets.
Looking for grants for grassroots organizations in Utah?
Read more about each grant below or start your 14-day free trial to see all grants for grassroots organizations in Utah recommended for your specific programs.
How common are grants in this category?
Uncommon — grants in this category are less prevalent than in others.
Over the past year, when are grant deadlines typically due for grants for Grassroots Organizations in Utah?
Most grants are due in the second quarter.
What's the typical grant amount funded for Grants for Grassroots Organizations in Utah?
Grants are most commonly $17,500.
What's the typical amount funded for Utah?
Grants are most commonly $149,236.
What's the total number of grants in Grants for Grassroots Organizations in Utah year over year?
In 2024, funders in Utah awarded a total of 17,449 grants.
Among all the Grants for Grassroots Organizations in Utah given out in Utah, the most popular focus areas that receive funding are Philanthropy, Voluntarism & Grantmaking Foundations, Education, and Human Services.
1. Philanthropy, Voluntarism & Grantmaking Foundations
2. Education
3. Human Services
How is funding for Grants for Grassroots Organizations in Utah changing over time?
Funding has increased by 20.04%.
How does grant funding vary by county?
Salt Lake County, Utah County, and Summit County receive the most funding.
| County | Total Grant Funding in 2024 |
|---|---|
| Salt Lake County | $2,225,470,813 |
| Utah County | $333,268,158 |
| Summit County | $112,889,843 |
| Cache County | $75,901,071 |
| Weber County | $66,161,813 |