Envío gratuíto por tiempo limitado
The Research + Development + Innovation area at Ebiotec seeks to provide answers to a wide range of questions about:
These questions are pieces of a puzzle that are continuously being fitted together through the combined application of analytical tools from genetics, molecular biology, neuroanatomy, electrophysiology, pharmacology, behavioral biology and neuroimaging, present in our preclinical research departments.
The R&D&I area has a highly qualified multidisciplinary team, made up essentially of researchers with expertise in biology, pharmacy and medicine. This biomedical team is complemented by specialists in the various branches of applied experimental science, through partner companies, national and international universities
The Neurosciences department develops its activity in experimental histopathological studies of prevalent diseases in in vivo/in vitro models :
Neurodegenerative Diseases (Alzheimer's and Parkinson's)
Tumor Diseases (Colorectal Cancer)
Cerebro-Cardiovascular Diseases (Stroke)
Our R&D&I services
- Development of preclinical assays in animal models for projects of biotechnology companies and external laboratories.
- Development of animal models of different pathologies for preclinical experimentation.
- Development and analysis of experimental trials with pre-clinical application:
The Biotechnology department develops its activity through the characterization of new nutraceutical products and functional foods, of marine and plant origin, with the aim of improving bioactivity and bioavailability indicators, as well as reducing the risk of contracting diseases, acting on nutrigenomic profiles (genetic and epigenetic risk factors) with possible implication in prevalent pathologies.
Our R&D&I services
The Genetics Department develops its activity through proteomics and gene expression studies.
Our R&D&I services
Proteomics has enormous potential in the area of biomedicine:
Gene expression has the following biomedical applications:
Encapsulation of bioactive compounds in liposomes
It consists of the encapsulation of a specific protein in a vesicle formed by a lipid liposome (a biologically active sphingolipid) with regenerative anti-inflammatory and neuronal properties, thus integrating a novel formulation for the administration of DRUGS, NUTRACEUTICS and BIOPRODUCTS. It presents great biocompatibility, biodegradability and absence of biotoxicity.
This is a demo store for testing purposes - no orders shall be fulfilled. Discard