Medea in hematology

Design automation in MEDEA: present and future

0272-1732/99/$10.00  1999 IEEE The semiconductor industry has been growing at an unprecedented level since its start in the early 1960s. Capitalizing on the outstanding properties of silicon and its stable oxide permitted the introduction of the CMOS industry, the leading semiconductor industry process. However, the average 15% to 16% annual growth in semiconductor sales has also presented tre...

Medea Genes, Handedness and Other Traits

Medea factors or genes are maternal-effects mechanisms, found in many species, in which the mother’s body selectively kills embryos of a certain genotype. Humans have a similar genetic mechanism, the gene RHD which produces Rh-factor involved in blood type. Recently I proposed that RHD acts as a maternal-effects gene that determines handedness (i.e., right handed or non-right handed) in individ...

MEDEA Takes Control of Its Own Imprinting

Genomic imprinting is an essential epigenetic process that controls the size of seeds in flowering plants. In Arabidopsis, DEMETER activates the maternal copy of the imprinted MEDEA Polycomb gene. In this issue of Cell, Gehring et al. (2006) demonstrate that this activation involves DNA demethylation of MEDEA by DEMETER. Remarkably, they also find that silencing of the paternal MEDEA allele is ...

ANALYZING PICL TRACE DATA WITH MEDEA y

Execution traces and performance statistics can be collected for parallel applications on a variety of multiprocessor platforms by using the Portable Instrumented Communication Library PICL The static and dynamic performance characteristics of performance data can be analyzed easily and e ectively with the facilities provided within the MEasurements Description Evaluation and Analysis tool MEDE...

Analyzing PICL Trace Data with MEDEA