Department of Health and Human Services
June 06, 2014
June 06, 2014
SBIR / 2014
September 07, 2017 (closing in 833 days)
NOTE: The Solicitations and topics listed on this site are copies from the various SBIR agency solicitations and are not necessarily the latest and most up-to-date. For this reason, you should use the agency link listed below which will take you directly to the appropriate agency server where you can read the official version of this solicitation and download the appropriate forms and rules.
The official link for this solicitation is: http://grants.nih.gov/grants/guide/pa-files/PAR-14-252.html
To facilitate the cooperation and partnering of public and private funding organizations, universities, academic medical centers, research institutes, contract research organizations, biotechnology companies, and pharmaceutical companies in the advancement of interventions for stroke prevention, treatment, and rehabilitation, NINDS has formed the NIH Stroke Clinical Trials Research Network (NIH StrokeNet, http://www.ninds.nih.gov/research/clinical_research/NINDS_stroke_trials_network.htm). The StrokeNet comprises a National Clinical Coordinating Center (NCC), a National Data Management Center (NDMC) and 25 geographically distributed Regional Coordinating Centers (RCC) and their affiliated stroke centers.
The StrokeNet network will consider the breadth of cerebrovascular disease, beginning with patients identified with an acute stroke through stroke rehabilitation and stroke prevention for pediatric and adult patients.
The network will provide a robust, standardized, and accessible infrastructure to facilitate rapid development and implementation of NINDS-funded stroke trials. The network is designed to increase the efficiency of stroke clinical trials by facilitating patient recruitment and retention, supporting novel methodologies and streamlined approaches to accelerate the development of promising stroke therapies, and enabling comparison between approaches.
This FOA is restricted to small business applicants. For-profit organizations and non-profits other than Institutions of Higher Education may wish to consider applying through PAR-14-253, StrokeNet Infrastructure Resource Access (X01). Others may consider use of PAR-14-220, StrokeNet Research Project - Cooperative Agreement (U01). Small business applicants whose projects are not suited to StrokeNet may also wish to consider applying under the NIH Omnibus Small Business Innovation Research grant program http://grants.nih.gov/grants/guide/pa-files/PA-14-071.html). It is recommended that all prospective applicants contact NINDS Scientific/Research staff before submitting an application.
Scope of the Program
NINDS has established StrokeNet to facilitate and streamline the execution of clinical trials in stroke. Thus, it is expected that all multi-center clinical trials for stroke treatment, prevention, and recovery supported by NINDS will be considered for implementation through StrokeNet. Only in exceptional circumstances will NINDS consider funding stroke clinical trials outside of this program.
This FOA encourages and provides a mechanism for the submission of applications for multi-center exploratory and confirmatory clinical trials focused on promising interventions, as well as biomarker- and outcomes-validation studies that are immediately preparatory to trials in stroke prevention, treatment, or recovery. It is NINDS’ intention that StrokeNet will maintain a balanced portfolio of studies in each of these three areas, defined as follows:
The use of innovative and efficient study designs is encouraged, such as adaptive dose-finding designs, designs incorporating plans for sample size recalculation, and futility designs. Applications for exploratory studies (for example, early dose ranging studies with biomarker outcome, early proof of mechanism or proof of concept trials) are encouraged when appropriate. For medical devices, Early Feasibility and Traditional Feasibility study designs may include single-arm case series, on-off interventions (patients as own controls), device-device comparisons, comparisons to historic controls, comparisons to performance controls, or adaptive/Bayesian designs.
Priority of proposed network trials deemed by peer review to be highly meritorious will be based on factors including infrastructure capacity as well as availability of patient populations considering current ongoing trials within the network. Applicants may submit a proposed study at any time but timing of funding and initiation of the study will be determined by the NINDS with input from the StrokeNet leadership as necessary in order to assure that studies can be conducted within the proposed timeline included in the research plan of the application.
Examples of appropriate exploratory studies under this FOA include, but are not limited to, multi-center studies designed for the following purposes:
Confirmatory (Phase 3) Trials
Confirmatory trials are conducted to provide a definitive answer regarding the safety and efficacy of an intervention or to compare the effectiveness of two or more interventions. The proposed research must address a scientifically important question, provide valuable information to the existing knowledge base, and have public health relevance. The trial design should ensure that high quality, complete data regarding the primary outcome will be collected in the most efficient manner in terms of time, resources, and burden to subjects. Secondary outcomes should be included only when they are anticipated to provide important supportive or explanatory data. The necessity of each secondary endpoint must be justified in light of cost and burden.
This FOA also may be used for the submission of an adaptive trial utilizing a seamless Phase 2/3 transition where data from subjects in Phase 2 are included in the analysis of Phase 3.
Biomarker and Clinical Endpoint Studies
Biomarkers, especially neuroimaging markers of vascular pathology, brain ischemia, or recovery after injury, have been developed for stroke research. The potential applications of biomarkers include guiding early neuroprotective and reperfusion interventions, monitoring neuroplasticity in stroke recovery, and expediting therapy development. Some biomarkers have been validated in multi-center studies, but their full potential to advance research awaits standardization and adoption across a clinical trials network. Similarly, for certain stroke trials the “road block” to evaluating a therapeutic approach may be the lack of a suitable valid clinical endpoint.
This FOA encourages the submission of biomarker- or clinical outcome-validation studies that are immediately preparatory to trials. Depending on the scientific questions posed, biomarker studies supported under this program might be stand-alone protocols or could be embedded within a network stroke trial.
Applicants should make note of the following:
(1) Working with StrokeNet is a cooperative venture between NINDS, the StrokeNet network and the applicant. Potential applicants will be provided guidance by NINDS Program Staff and the StrokeNet Executive and Steering Committees. Potential applicants are strongly encouraged to contact NINDS Scientific/Research Contacts (see Section VII. Agency Contacts) in order to discuss the feasibility of conducting the proposed trial through the StrokeNet infrastructure before submitting an application. This early contact will provide an opportunity to clarify NINDS policies and guidelines as well as to discuss how to develop an appropriate project timeline and milestone plan, as well as strategies for recruitment and retention of women and minorities. Pre-application consultation may include an introductory teleconference (at least 3 months prior to submission), followed by a conference call or in-person meeting with NINDS staff, if needed.
(2) This FOA is intended to support studies in patients, not healthy volunteers.
(3) All trials proposing use of an investigational agent/device must have an active IND/IDE or exemption.
(4) Device trials: The NIH recognizes that devices can vary greatly in terms of basic form and function, physiological bases for therapy, degree of invasiveness, etc. Consequently, the appropriate pathway to market may require a traditional Feasibility and Pivotal study in support of an eventual Pre-Market Approval submission, or may require a more limited study to address specific issues in support of an FDA 510(k) or 510(k) De Novo submission. Clinical studies involving devices may utilize the entire StrokeNet network, or a more limited subset of centers selected based on appropriate expertise for the given device. Investigators are encouraged to contact NINDS Scientific/Research Staff as early as possible to discuss how the StrokeNet network may best be utilized in support of their specific device project. NINDS anticipates that the majority of device projects utilizing StrokeNet will be traditional Feasibility Studies in order to leverage the advantages of the network optimally. An Early Feasibility Study should be designed [in accordance with FDA’s draft guidance, “Investigational Device Exemptions (IDE) for Early Feasibility Medical Device Clinical Studies, Including Certain First in Human (FIH) Studies”, see http://www.fda.gov/MedicalDevices/DeviceRegulationandGuidance/GuidanceDocuments/ucm277670.htm] to allow for early clinical evaluation of devices to provide proof of principle and initial clinical safety data while device design and operations are still in development. A Traditional Feasibility Study is a clinical investigation that is commonly used to capture preliminary safety and effectiveness information on a near-final or final device design to adequately plan a Pivotal Study.
(5) Rationale: Exploratory and confirmatory clinical trials proposed for this network must anchor their rationale in (1) an unmet medical need; (2) a plausible biological mechanism; (3) preclinical (in vitro and/or in vivo) data; and/or (4) early clinical data. Their individual weight should be carefully assessed in the specific context of the application at hand; there is no requirement to provide support from all four areas. The major findings of the studies, whether preclinical or clinical, that led to the proposed clinical trial should provide a compelling rationale for the belief that the proposed intervention may be effective. Data from preclinical and pilot studies demonstrating the need for and the feasibility of the trial should be presented when available. While the NINDS recognizes that animal models for stroke prevention, treatment, and recovery may be of limited informative value, the applicant should specifically address the rigor of any animal studies being used as support (http://grants.nih.gov/grants/guide/notice-files/NOT-NS-11-023.html). If the animal model and efficacy read-out are not sufficiently associated with the human condition, and/or if preclinical data (such as animal studies) do not sufficiently meet the rigor guidelines, then applicants should consider not using them as primary support of the study rationale.
(6) Pharmacometrics: Applications seeking to obtain data needed for pharmacometric modeling are permitted, with the ultimate aim of enabling the optimal design of a future efficacy trial of an intervention.
(7) Plan for Full Commercialization: Applications considered under this FOA must outline a specific plan for future development in the case of a successful clinical trial. All applicants are expected to describe a realistic plan (extending beyond the SBIR Phase II), which outlines how and when full commercialization can be accomplished.
Since conducting the clinical trials needed to commercialize these products may be capital-intensive, this FOA encourages business relationships between applicant SBCs and third-party investors/strategic partners who can provide substantial financing to help accelerate the commercialization of promising new products and technologies initiated with NIH SBIR funding. In light of these goals, the NINDS strongly encourages applicants to establish business relationships with investors and/or strategic partners that have appropriate prior experience in the commercialization of emerging biomedical technologies.