Federal grant · project grant (b)
Infectious Fish Diseases Pose One of the Most Significant Threats to Aquaculture Production, Resulting in Substantial Economic Deficits. an Overwhelming Body of Evidence Supports the Utility of Vaccines in Aquaculture to Prevent Disease, Substantiating the Work Proposed Herein. This Project Proposes Investigating the Potential Use of Algae-based Feed Vaccines for Tilapia to Protect Against Piscine Francisellosis, One of the Most Important Diseases Affecting the Tilapia Industry. We Will Express Immunogenic Proteins in Diatoms and Vaccinate Tilapia by Feeding Whole Diatom Cells. in Collaboration With DR. Esteban Soto, University of California Davis, the Vaccine Efficacy Will Be Evaluated by Challenging Vaccinated Fish With the Wild-type Bacteria in Laboratory-controlled Challenges. Successful Completion of This Project Will Develop Algae-based Oral Vaccine Candidates for Mass Immunization of Fish.
Committed
$174,941
Everything here is this single award's whole record — signed, amended, paid — not a fiscal-year slice. The by-year charts elsewhere split an award across the years it was committed; this page keeps it whole.
Committed is what the government has legally promised on this award so far. Contracts can also carry a ceiling — the maximum if every option is exercised. Unspent ceiling is headroom, not money owed.
The cash actually disbursed against this award. The gap from committed is the disbursement pipeline: promised, not yet cashed.
Each transaction is a signing event — an action that created or changed the award, dated the day it was signed — not a payment. Negative amounts are real: money de-committed at closeout or renegotiation.
One bar, the award’s whole arithmetic: paid out, then committed, not yet paid, then .
Loading…