Hand Exoskeleton device
The patent is related to an exoskeleton for the guidance and assistance of flex extension movements of fingers and cylindrical objects grasping.
Artificial pancreas
the invention concerns an implantable device for the controlled administration of insulin
New Dendrimeric Pyrrolidines
The invention proposes a new approach to rare genetic diseases for which no cures are available, only symptomatic treatments through the preparation of novel multivalent molecules active toward the human enzymes responsible for them
Antagonism of β3 adrenoceptor for the treatment of cancer immune tolerance
The invention relates to the use of beta-blocking compounds, in particular the antagonist of β3 adrenoceptor (β3-ARs), for the treatment of immune-tolerance associated with pathological states, such as cancer.
A_Atrofi: New compounds for the treatment of musculoskeletal atrophy and cachexia
The invention is represented by a mixture of molecules, called A_ATROFI, capable of regulating the balance between protein synthesis and its degradation in skeletal muscle cells.
Method for the diagnosis of neurodegenerative diseases
The invention describes a method for the diagnosis of neurodegenerative diseases based on the measurement, in a peripheral blood sample, of α-synuclein heteromeric complexes with β-amyloid or Tau protein.
Method and device for the implementation of polymeric microstructures composite and not polymeric microstructures composite and not so obtained with micro and nano internal architecture called
The patented invention relates to techniques for fabricating composite polymer microstructures and not applicable to the field of Textile Engineering.
Micro-fabrication method of polymer structures for scaffolding for tissue regeneration and biosensor development
The patented invention relates to the micro-fabrication of imprinted polymeric structures with well-defined geometry for the fabrication of bioactive scaffolds. The scaffolds can be used both as substrates for the study and fabrication of functional tissue substitutes and as biosensors.
Micro-fabrication method of polymer structures for scaffolding for tissue regeneration and biosensor development
The patented invention relates to the micro-fabrication of imprinted polymeric structures with well-defined geometry for the fabrication of bioactive scaffolds. The scaffolds can be used both as substrates for the study and fabrication of functional tissue substitutes and as biosensors.
Bioreactor for studying the effects of imposed stimuli on cellular activity
The present invention consists of a self-contained bioreactor that allows monitoring of cell activities exposed to various physical, chemical, and mechanical stimuli, both under isobaric conditions and in the presence of controlled flows.