REDIB-2601
ReDIB Competitive Open Access Call 2601
Call Information
Status:
Open
Open
Published:
Submission Period:
April 21, 2026 - May 19, 2026
April 21, 2026 - May 19, 2026
Evaluation Deadline:
June 18, 2026
June 18, 2026
Execution Period:
July 01, 2026 - October 30, 2026
July 01, 2026 - October 30, 2026
Description:
The Distributed Biomedical Imaging Network (ICTS ReDIB) announces the opening of the 1st Call for the year 2026 for Competitive Open Access to its Singular Infrastructures (REDIB 2601).
Application Guidelines
Use this new Web Portal to apply.
- Submission of applications: April 21st to May 19th 2026
- Evaluation of applications: May 20th to June 18th 2026
- Execution of COAs granted: July 1st to Octboer 30th 2026
Note: COAs on the standby list: Will be allowed if time is released due to cancellation of COAs granted with assigned time. Contact relavant nodes directly for more details.
More documentation at: https://www.redib.net/access-request
- Submission of applications: April 21st to May 19th 2026
- Evaluation of applications: May 20th to June 18th 2026
- Execution of COAs granted: July 1st to Octboer 30th 2026
Note: COAs on the standby list: Will be allowed if time is released due to cancellation of COAs granted with assigned time. Contact relavant nodes directly for more details.
More documentation at: https://www.redib.net/access-request
Available Equipment
| Node | Equipment | Details |
|---|---|---|
| BioImaC | MRI 1T Bruker ICON |
Low-field Magnetic Resonance Imaging (MRI) system operating at 1 tesla, designed for the acquisition of … show more
Low-field Magnetic Resonance Imaging (MRI) system operating at 1 tesla, designed for the acquisition of in vivo and ex vivo MRI images with high quality and reproducibility. This compact and high-performance MRI platform enables researchers without prior imaging experience to easily access the capabilities of MRI and obtain quantitative imaging results addressing biological questions in vivo. MRI is a widely used clinical imaging technique, and the results obtained with the ICON in animal models (rat and mouse) are scalable and translatable to humans, since many clinical MRI applications, sequences, and approaches can be reproduced on this system. The ICON operates at a magnetic field strength of 1 tesla, which is particularly suitable for imaging with gadolinium-based contrast agents, due to the relaxivity profiles of these compounds. show less |
| BioImaC | PET/MRI 9.4T Bruker BioSpec with CryoProbe |
High-field Magnetic Resonance Imaging (MRI) system operating at 9.4 tesla, enabling the acquisition of both … show more
High-field Magnetic Resonance Imaging (MRI) system operating at 9.4 tesla, enabling the acquisition of both anatomical and functional images with exceptional resolution. The system supports in vivo MR spectroscopy, angiography, and cardiovascular, perfusion, and diffusion studies. Its modular design, featuring gradient systems and RF coils of various sizes, makes it highly optimized for a wide range of preclinical MRI applications. The system includes a CryoProbe, providing a sensitivity gain of 2.5 to 5.3 times compared with standard room-temperature RF coils. This enhanced sensitivity delivers key anatomical and functional information for in vivo preclinical studies. It also includes a PET insert, as described in the section on Hybrid MRI/PET Imaging, enabling the simultaneous acquisition of metabolic and structural data. This high-field MRI system has been acquired by BioImaC with funding from the European Union through the NextGenerationEU program. show less |
| CIC biomaGUNE | Cyclotron IBA 9/18 |
The IBA 9/18 Cyclotron at CIC biomaGUNE is a particle accelerator designed for the production … show more
The IBA 9/18 Cyclotron at CIC biomaGUNE is a particle accelerator designed for the production of radioisotopes used in molecular imaging, nuclear medicine, and preclinical research. The cyclotron is capable of accelerating protons up to 18 MeV and deuterons up to 9 MeV, and is equipped with seven irradiation targets for the routine production, as well as a solid target for the production of other targets. This configuration enables the reliable and efficient synthesis of a broad range of PET radioisotopes for use in radiopharmaceutical production and radiolabeling. The cyclotron is fully integrated with the Radiochemistry Laboratory, ensuring a seamless workflow from radioisotope generation to synthesis and quality control. It features automated target handling systems and direct transfer lines that deliver radioisotopes safely to the lead-shielded hot cells, ensuring radiological safety, efficiency, and reproducibility throughout the process. This facility is a key component of the Molecular and Functional Imaging Platform at CIC biomaGUNE, providing in-house, controlled production of medical and research-grade radioisotopes for advanced biomedical and translational studies. show less |
| CIC biomaGUNE | MRI 11.7T Bruker BioSpec |
The 11.7 tesla Bruker BioSpec MRI system is equipped with a high-performance 9 cm gradient … show more
The 11.7 tesla Bruker BioSpec MRI system is equipped with a high-performance 9 cm gradient delivering up to 750 mT/m, enabling ultra-high spatial and temporal resolution in preclinical imaging studies. It features four broadband transmit channels and parallel reception with up to eight channels, enhancing sensitivity and reducing acquisition time. The system supports a wide range of radiofrequency coils suited for various animal models and applications, and enables multinuclear detection of ��C, �?F, and ��P, making it ideal for advanced metabolic, molecular, and functional imaging. This instrument is primarily used for biomedical and molecular research, providing high-precision imaging of physiological, cardiovascular, neurological, and metabolic processes. show less |
| CIC biomaGUNE | MRI 7T Bruker BioSpec |
he 7 tesla, 30 cm bore MRI system (70/30 USR) is equipped with two interchangeable … show more
he 7 tesla, 30 cm bore MRI system (70/30 USR) is equipped with two interchangeable gradient sets: A 20 cm gradient with a maximum strength of 200 mT/m. A 12 cm gradient with a maximum strength of 400 mT/m. It features two broadband transmit channels and four parallel receive channels, providing high sensitivity and efficient signal acquisition. The system includes a wide range of coils suitable for different specimen sizes and animal models, offering high flexibility for preclinical and experimental imaging. This MRI system enables high spatial and temporal resolution imaging, ideal for neuroimaging, physiology, pharmacology, and molecular biology research show less |
| CIC biomaGUNE | PET/SPECT/CT Multimodal system Molecubes |
Trimodal imaging system, PET, SPECT and CT - MOLECUBES g, b and X - CUBES … show more
Trimodal imaging system, PET, SPECT and CT - MOLECUBES g, b and X - CUBES These devices work separately thus allowing to obtain multimodal images simultaneously. It is composed of three independent modules: - g-CUBE. SPECT equipment of high resolution and sensitivity that allows the obtaining of static images of full body of rats and mice. - b-CUBE. High-resolution, sensitivity PET equipment with a wide axial field of view of 13 cm in a bedding position, with which full-body dynamic acquisitions can be made. - X-CUBE. High-performance CT equipment that allows to obtain high-resolution anatomical images (50 um) of rats and mice in a short time. Specific features of the system include: images of full-body mice and rats (PET, SPECT and CT); dynamic (PET) and static (PET and SPECT) studies; possibility of acquiring PET images synchronized with the heart rhythm of the cardiac animal gated imaging; possibility of acquiring CT images synchronized with the breathing of the animal respiratory gated imaging; possibility of acquiring PET images of up to four mice simultaneously; image reconstruction using the iterative 3DOSEM algorithm and scatter correction and CT image-based energy attenuation. show less |
| CIC biomaGUNE | PET/SPECT/CT/OI Multimodal system MILabs VECtor |
The MILabs VECTor PET-SPECT-CT-OI is a fully integrated multimodal imaging platform that combines PET, SPECT, … show more
The MILabs VECTor PET-SPECT-CT-OI is a fully integrated multimodal imaging platform that combines PET, SPECT, CT, and 2D Optical Imaging within a single compact system. It offers submillimeter PET and SPECT resolution, high-resolution CT ( Uniquely, the system enables true multi-isotope imaging, including simultaneous PET/SPECT and PET/PET acquisitions, capabilities unmatched by any other preclinical system. In addition, it supports cardiac and respiratory dual gating across PET, SPECT, and CT, allowing precise dynamic and functional studies. Advanced reconstruction algorithms (MLEM, POSEM, SROSEM), DICOM and NIfTI export, and a dedicated GPU-based reconstruction server (36 TB) complete this versatile platform. show less |
| CIC biomaGUNE | Radiochemistry Laboratory |
The Radiochemistry Laboratory at CIC biomaGUNE is equipped with automated synthesis modules for the production … show more
The Radiochemistry Laboratory at CIC biomaGUNE is equipped with automated synthesis modules for the production of radiopharmaceuticals and tracers used in molecular and preclinical imaging (PET and SPECT). It includes a comprehensive quality control infrastructure, featuring high-performance liquid chromatography (HPLC) and thin-layer chromatography (TLC) systems, as well as instruments for radiochemical, chemical, and specific purity analysis. The laboratory also features lead-shielded hot cells with 75 mm lead protection, offering front and rear access to enable a safe and efficient workflow between synthesis and quality control areas. In addition, there are two lead-shielded laminar flow cabinets equipped with a gas compression system, ensuring a sterile and protected environment for the safe handling of radiopharmaceuticals. These facilities operate ensuring reproducibility, safety, and traceability in the synthesis and quality control of labeled compounds. Their activity is essential for the development of novel radiopharmaceuticals, biodistribution studies, and biomarker validation in translational biomedical research. show less |
| Imaging La Fe | MRI 3T Philips Achieva TX (MultiTransmit) |
The Philips Achieva 3 tesla TX (MultiTransmit) MRI system, Release 5, features a 60 cm … show more
The Philips Achieva 3 tesla TX (MultiTransmit) MRI system, Release 5, features a 60 cm bore diameter designed for advanced MRI acquisitions with the capability to customize and program specialized pulse sequences. It is equipped with multiple interchangeable coils, enabling imaging of small and large animals, as well as human volunteers and patients, while providing high spatial and temporal resolution. This high-performance system is used for preclinical, translational, and advanced clinical research, offering exceptional image quality and experimental flexibility. show less |
| Imaging La Fe | PET/MRI 3T General Electric SIGNA |
Multimodal PET/MR system enabling simultaneous acquisition of Positron Emission Tomography (PET) and 3-Tesla Magnetic Resonance … show more
Multimodal PET/MR system enabling simultaneous acquisition of Positron Emission Tomography (PET) and 3-Tesla Magnetic Resonance Imaging (MRI). With a 60 cm bore, it allows fast acquisition and high spatial resolution for both imaging modalities simultaneously. Intended for clinical research use, particularly within patient-based studies and trials. show less |
| TRIMA-CNIC | Modular Imaging System PET, SPECT and CT Molecubes |
a-CUBE: Positron Emission Tomography (PET) modality for nuclear imaging using ?-emitting radioisotopes such as 68-Gallium, … show more
a-CUBE: Positron Emission Tomography (PET) modality for nuclear imaging using ?-emitting radioisotopes such as 68-Gallium, 18-Fluorine or 89-Zirconium. The ?-CUBE enables preclinical imaging in rats and mice, both static and dynamic modes, ensuring high sensitivity and resolution. b-CUBE: Single-Photon Emission Computed Tomography (SPECT) modality for nuclear imaging using gamma-emitting radioisotopes such as 99m-Technetium or 177-Lutetium. Like the ?-CUBE, this system provides high-sensitivity and high-resolution preclinical images, with dedicated collimators for scanning rats and mice. X-Cube: Computed Tomography (CT) modality. It allows high-resolution structural images with excellent contrast between different tissues. In combination, the modular PET-SPECT-CT system enables multimodal nuclear imaging focused on the diagnosis of various pathologies and even the monitoring of treatment response. For mouse studies, these systems allow simultaneous scanning of multiple animals. Additionally, all three modalities offer the possibility of acquiring images synchronized with the animal's cardiac rhythm. show less |
| TRIMA-CNIC | MRI 3T Philips Elition |
The Philips Elition X 3 tesla magnetic resonance imaging (MRI) platform delivers advanced performance with … show more
The Philips Elition X 3 tesla magnetic resonance imaging (MRI) platform delivers advanced performance with high spatial resolution, fast acquisition speed, and enhanced patient comfort. The 3 tesla MRI system features a large bore diameter, spacious tunnel, and wide field of view, improving image quality and examination comfort. It includes cardiac, whole-body, vascular, and head coils with multiple channels to ensure high sensitivity and precise signal capture. The system also supports video and static imaging in 2D, 3D, and 4D, enabling high-quality dynamic and anatomical studies. show less |
| TRIMA-CNIC | MRI 7T Agilent-Varian |
The 7 tesla Agilent-Varian MRI system at the Spanish National Center for Cardiovascular Research (CNIC) … show more
The 7 tesla Agilent-Varian MRI system at the Spanish National Center for Cardiovascular Research (CNIC) is equipped with two interchangeable gradient sets: A 21 cm gradient with a maximum gradient strength of 200 mT/m. A 12 cm gradient with a maximum gradient strength of 400 mT/m. The system is designed for small-animal imaging, featuring a horizontal bore of 31 cm inner diameter, enabling high-resolution anatomical and functional studies. Its advanced configuration provides high sensitivity, contrast, and temporal accuracy, making it ideal for preclinical cardiovascular, neurological, and metabolic research. show less |
| TRIMA-CNIC | PET/CT Philips Vereos | The Philips Vereos digital PET/CT imaging system (positron emission tomography and computed tomography, a hybrid … show more The Philips Vereos digital PET/CT imaging system (positron emission tomography and computed tomography, a hybrid technique that combines metabolic and anatomical information in a single image) with photon-counting technology features a large field of view, high sensitivity, multiple CT detectors, and high temporal and spatial resolution. It also includes ECG gating, enabling synchronization with the cardiac signal for high-quality imaging in dynamic or cardiac studies. show less |