Harnessing global HLA data for enhanced patient matching in iPSC haplobanks.

Background: Several countries have either developed or are developing national induced pluripotent stem cell (iPSC) banks of cell lines derived from donors with HLA homozygous genotypes (two identical haplotypes) prevalent in their local populations to provide immune matched tissues and cells to support regenerative medicine therapies. This 'haplobank' approach relies on knowledge of the HLA genotypes of the population to identify the most beneficial haplotypes for patient coverage, and ultimately identify donors or cord blood units carrying two copies of the target haplotype.

Aims: A potentially more efficient alternative to a national bank approach is to assess the haplotypes required to provide global patient coverage and to produce a single, global haplobank.

Long-term outcome of pediatric acute severe colitis: A prospective 5-year follow-up of the PRASCO trial.

Objectives: The PRASCO trial reported the short-term superiority of an antibiotic cocktail plus intravenous corticosteroids (IVCS) over IVCS alone in children with acute severe colitis (ASC). Here, we report the extension of the PRASCO trial and the long-term outcomes of the antibiotic cocktail in ASC.

Methods: This prospective follow-up of the PRASCO trial documented disease outcomes and treatments annually through 5 years.

Is Stopping of Testosterone-Lowering Medication in Men Convicted of Sexual Offenses Associated With an Increase in Recidivism Risk?

There is some evidence that testosterone-lowering medications (TLM) may be an effective treatment for men convicted of sexual offenses by attenuating paraphilic sexual fantasies and behaviors and reducing the recidivism risk. To date, however, only little is known about the effects of TLM stopping on risk-relevant aspects. Therefore, the current study aimed at examining the recidivism risk as measured by Stable-2007 as well as official records of reoffenses in 29 men having stopped TLM treatment as compared to 37 men with ongoing TLM treatment.

GRAViTy-V2: a grounded viral taxonomy application.

Taxonomic classification of viruses is essential for understanding their evolution. Genomic classification of viruses at higher taxonomic ranks, such as order or phylum, is typically based on alignment and comparison of amino acid sequence motifs in conserved genes. Classification at lower taxonomic ranks, such as genus or species, is usually based on nucleotide sequence identities between genomic sequences.