Agree on readiness
Define the method, controls and any setup work before the experiment.
University collaborations
Your research.
Our team, alongside yours.
Move a defined experiment forward, access specialized methods or build a collaborative research contribution. Start with your scientific question and the work you need.
University core-price matching. Share your core quote. We will work hard to match pricing for comparable work, where feasible. Compare your quote
U.S.-based in Durham, North Carolina.No foreign ties.
An extension of your laboratory
Bring the experiment.
Keep the science connected.
Work scientist to scientist on models, protocols, controls, sample collection and useful outputs. Bring an established method or discuss the readiness work needed for a transfer or new application.
Plan materials and permissions
Address appropriate transfers and permissions for university-owned materials and models.
Define the outputs
Agree on measurements, analysis responsibilities, reporting and how results will be discussed.
University core-price matching
University core pricing.
We work hard to match it.
Share your university core quote or an itemized scope. We will work hard to match pricing for comparable work, where feasible.
Compare procedures, animal or sample numbers, method readiness, analysis and reporting. Final pricing is agreed in a written quote.
Compare your university core quoteDiscuss data delivery, materials, publication plans and any university requirements during setup so the agreement reflects the way your laboratory will use the work.
Review study delivery & pricing factorsUniversity-led grants · CDMRP · SBIR/STTR collaborations
A defined research
contribution for your grant.
Work with MuriPhys on preliminary evidence, a scoped research contribution or funded execution. Connect the experiments, facilities, responsibilities and data outputs with the application.
Discuss a university grantShare the funding opportunity, relevant aims, proposed role for MuriPhys and deadline. Preparation, sponsor requirements and any institutional permissions are addressed for the specific project.
Extend your research capacity
Find the capabilities for your next study.
Animal researchIn vivo & in-life studies
Dosing, in-life monitoring, longitudinal assessments and sample collection, guided by the 3Rs.
Explore animal research
CNS researchRobotic CNS delivery
Robotic stereotaxy, brain microdissection and study-specific CNS delivery approaches.
Explore CNS expertise
Functional assessmentsBehavioral assays
Motor, cognitive and sensory assessments connected to your model and research question.
Explore behavioral assays
Cell systemsiPSC & cell culture
Human iPSC-derived models and cell-culture work for NAM-informed study design and study-specific readouts.
Explore cell models
Sample readoutsMolecular & tissue assays
ELISA, PCR, ddPCR, IHC and immunofluorescence.
Explore laboratory assays
Cancer researchOncology research
Tumor models, treatment studies and tissue-based endpoints.
Explore oncology
Exposure & analysisPK & bioanalysis
Exposure, tissue distribution and coordinated analytical support.
Explore PK support- Ocular research
Ophthalmology
Ocular delivery, ERG, visual-function testing and disease-focused research.
Explore ocular research 
Functional recordingsIn vivo electro
physiology EEG, EMG and ERG readouts within an integrated preclinical study.
Explore electrophysiology
Neuroscience programsPreclinical neurobiology
Model selection, CNS administration and connected functional studies.
Explore neurobiology
Specialized researchRadiopharmaceutical research
Radioactive materials capabilities for preclinical research. Discuss the scope with our team.
Explore licensed capabilities
Choose the methods around the question.
Work with our scientists to assess suitable NAMs, human cell systems and animal models. We aim to reduce animal use while preserving scientific rigor, with Replacement, Reduction and Refinement guiding our animal work.
Our approach to NAMs and the 3RsA research question. A core quote. A place to start.
Let’s compare the scope and find a practical way forward.