(same as original)
This is a proposal to create a production center capable of implementing a pipeline that includes
acquisition and evaluation of human transcription factor immunogens, production and selection of
monospecific Monoclonal antibodies (mMAbs), and biochemical characterization and validation of
these protein capture (affinity) reagents.
We emphasize the advantages of high throughput and scalability to be achieved within our
production effort, and propose the development of process improvements, thereby improving cost
and quality over the duration of the award. We will maintain a degree of scientific flexibility to
develop approaches to producing affinity reagents to less tractable transcription factor protein
targets as they are identified in the course of production.
Finally we propose a viable distribution plan consistent with NIH policies, utilizing the existing
Developmental Hybridoma Monoclonal Bank, which ensures broad availability and wide
accessibility for future use of the reagents with minimal constraints, consistent with achieving the
goals of this funding initiative.
Public Health Relevance Statement
(same as original)
A consistent set of renewable protein Capture Reagents will facilitate NIH research in all areas
relevant to human health as a basic tool used by virtually all NIH funded scientists. Monoclonal
antibodies will also provide the diagnostic tools and therapeutic medicines of the future.
NIH Spending Category
BiotechnologyGeneticsHuman Genome
Project Terms
AffinityAntibodiesAntibody AffinityAntigensAreaAwardBiochemicalBiological AssayCell ExtractsCell LineCellsChIP-on-chipChIP-seqChromatinCloud ComputingCodeCollectionCultured CellsCustomDNADataDatabasesDevelopmentDiagnosticEnsureEvaluationExpression LibraryFundingFutureGeneric DrugsGoalsHealthHistonesHumanHuman GenomeHybridomasImageIncidenceInjection of therapeutic agentMeasurementMedicineMethodsMonoclonal AntibodiesPoliciesProcessProductionProtein MicrochipsProteinsProteomeReagentRecombinant ProteinsRecombinantsRequest for ApplicationsResearchResolutionScientistSpecificitySpeedSystemTestingTetanus Helper PeptideTherapeuticUnited States National Institutes of HealthValidationYeastsbasebiophysical techniquescostcost effectiveexpression vectorflexibilityhuman tissueimprovedknock-downnovelpromoterprotein expressionscale upsmall hairpin RNAtissue culturetooltranscription factor
No Sub Projects information available for 5U54HG006434-05
Publications
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