← Blueprint Neurotherapeutics Network (BPN): Small Molecule Drug Discovery and Development MODERATE General
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Blueprint Neurotherapeutics Network (BPN): Small Molecule Drug Discovery and Development · National Institutes of Health
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MEDIUM confidence Researched 2026-07-22 22:51 · profile: researcher
The Blueprint Neurotherapeutics Network (BPN) provides funding and drug development expertise to advance small molecule discovery and preclinical development for disorders of the nervous system, aiming to bridge the gap between academic discovery and clinical candidates. It exists to de-risk early-stage CNS drug projects by offering grants, medicinal chemistry support, and regulatory guidance to academic and small business investigators.
- Scientific merit and innovation of the proposed small molecule project (e.g., novel target, mechanism, or therapeutic approach for a nervous system disorder) - Strength of preliminary data supporting target validation and feasibility of the proposed drug development plan - Qualifications and experience of the PI and team, including access to necessary expertise (e.g., medicinal chemistry, pharmacology) - Appropriateness of the budget and project timeline for the proposed milestones (typically preclinical development up to IND) - Potential impact on the field and unmet medical need addressed - For early-stage projects: clarity of the target product profile and go/no-go decision points
Past awardees typically include academic researchers (PhD or MD/PhD) at US institutions with established CNS drug discovery programs, often with prior NIH funding. Examples include projects targeting ion channels, GPCRs, or enzymes for conditions like depression, pain, or neurodegeneration. The programme favors teams with a strong translational focus and access to screening or chemistry resources.
The platonic ideal applicant is a US-based academic PI (PhD or MD) with a track record in CNS pharmacology, a validated small molecule target, and preliminary hits or leads. They have a collaborative team including medicinal chemists and are ready to advance a compound through preclinical development toward an IND filing.
Eniola should frame the CCT model as a novel target identification platform for small molecule intervention in addiction, emphasizing the mathematical and pharmacological rigor (Bayesian validation, super-additivity) that de-risks target selection. Highlight the provisional patent and the potential to develop a first-in-class compound that prevents reward-memory consolidation, addressing a critical unmet need in substance use disorders. The independent researcher angle is a weakness here, so stress the existing collaborations with Berridge, Gershman, and Daw as a virtual team that compensates for the lack of a US academic home institution.
Eligibility: BPN typically requires the applicant organization to be a US-based institution (university or small business); Eniola is an independent researcher in Nigeria, which may disqualify him unless he partners with a US entity. No US institutional affiliation or co-PI is mentioned. Additionally, the programme focuses on small molecule drug discovery and development, not computational models alone; Eniola lacks wet-lab experience and access to screening infrastructure. The deadline is not provided, but the programme is likely not open to non-US applicants without a US partner.