Offside
Limelight

Nuno Cruz, Ricardo André and Luís Seca

Free Nonsense

"I know that INESC Porto offers great competencies and facilities in OFS; this means that we can develop the best sensor configurations and interrogation techniques for the sensing platforms...", Mohammad Zibaii

Have your say

"The relaxed atmosphere, spirit of mutual aid and the exchange of scientific knowledge between colleagues at INESC Porto are all positive factors for me, but it was the projects I have been involved in that have really contributed to my scientific development...", Lucian Ciobanu

Gallery of the Uncommon

Following the analysis of the aesthetics of breasts, the researchers at INESC Porto have turned their attention to the pelvic region. The project is called BioPelvic and consists of a vaginometer which is not to be confused with any other mileage meter. This is a phallic device with sensors and yes ladies, there is a wireless version.

Jobs 4 the Boys & Girls

In this section, the reader may find reference to public announcements made by INESC Porto offering grants, contracts and other opportunities of the same kind.

Biptoon

More scenes of how life goes merrily on...

 
 

INESC Porto at the forefront of renal transplantations

INESC Porto at the forefront of renal transplantations

In April INESC Porto began project KEP to look for new models to enhance the kidney transplantation process. The aim of this project is to research and develop new methods to facilitate and improve the decisions associated with kidney transplants that involve live donors.

KEP is an important public health planning and management project as it will develop an advanced optimisation system to resolve the problem of pairing live kidney donors with patients that match their blood type. 

The Paired Kidney Exchange (PKE) is now possible in Portugal thanks to the National Kidney Pairing Donor Programme. The transplant takes place between two patients and two kidney donors. Patients with kidney failure who find a willing donor whose blood type is not compatible would need to undergo treatment before they can receive a kidney. However, if a donor and recipient can be found who have the opposite blood type incompatibility, kidneys can be exchanged between the two pairs and two compatible live donor transplants are possible. Therefore, a solution must be developed to calculate the maximum possible number of patients that can receive a transplant from a certain number of donor pairs. This must take into account the restrictions with regards to compatibility.

The project will run for 36 months and will be led by Ana Viana from the Manufacturing Systems Engineering Unit (UESP) at INESC Porto. João Pedro Pedroso, from UESP will also take part, along with Abdur Rais, Gerardo Oliveira (from the S. João Hospital), Filipe Alvelos (from the University of Minho), Miguel Constantino (from the University of Lisbon) and the  Portuguese Blood Establishment and Transplant Authority (Autoridade para os Serviços de Sangue e Transplantação).