AB1613 MEFV GENE TEST – WHO’S ORDERING THEM AND WHY?

MEFV Gene Profile in Northwest of Iran, Twelve Common MEFV Gene Mutations Analysis in 216 Patients with Familial Mediterranean Fever

Familial Mediterranean Fever (FMF) is a hereditary autoinflammatory disease with autosomal recessive inheritance pattern often seen around the Mediterranean Sea. It is characterized by recurrent episodes of fever and polyserositis and rash. Recently, MEFV gene analysis determines the definitive diagnosis of FMF. In this study, we analyzed 12 MEFV gene mutations in more than 200 FMF patients, pr...

Extracting Landmarks and Ordering them for Planning

We identify important intermediate planning goals, which we refer to as landmarks and present a method for extracting landmarks from an input planning problem. We also present a method for finding orders between landmarks which can be used during planning. These methods have been implemented and integrated with an example planning system. In the paper we present results that support our expecta...

The MEFV gene and clonal myeloid disorders.

The relationship between the MEFV gene (MEFV), which is mutated in familial Mediterranean fever (FMF) disease and located on 16p13.3, and clonal myeloid disorders has been a subject of concern, and there have been studies undertaken in an effort to explain this situation1-3. In these studies, it was speculated that MEFV is a cancer susceptibility gene because the protein encoded by this gene, p...

Why Keep Them Alive

Test Power Reduction by Simultaneous Don’t Care Filling and Ordering of Test Patterns Considering Pattern Dependency

Estimating and minimizing the maximum power dissipation during testing is an important task in VLSI circuit realization since the power value affects the reliability of the circuits. Therefore during testing a methodology should be adopted to minimize power consumption. Test patterns generated with –D 1 option of ATALANTA contains don’t care bits (x bits). By suitable filling of don’t cares can...