Juan Carlos Izpisua Belmonte

Can Hearts Repair Themselves Via Stem Cells

heart-stem-cells1

Can hearts repair themselves via their own stem cells? Science evolves Sometimes what we scientists all know to be true turns out later on to be wrong and there are clear instances of this in the stem cell field. For example for decades the dogma was that the adult mammalian brain did not have stem cells, but …

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Highlights #FOGM18 Day 1: Data from Ancient Dirt, Genomics Dilemmas, CAR-T, & CRISPR

FOGM-venue-Scripps-Seaside-Forum

There are many genomics meetings out there these days, but The Future of Genomic Medicine meeting (#FOGM18) at Scripps in La Jolla is one of my favorites. This meeting is uniquely empowering. The people and the talks combine for a one-of-a-kind experience. The venue doesn’t hurt either at the Scripps Seaside Forum. The evening before the meeting …

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Review of Mitalipov paper CRISPR’ing human embryos: transformative work on the edge

Human-embryo-CRISPR

In the same way perhaps that some excited relatives or parents-to-be both gush and worry about a baby before it is even born, our field has been transfixed for a week by the Mitalipov paper on CRISPR’ing human embryos even though the paper just now came out. Now that the paper is out, we can …

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Perspectives on pig human chimera paper

human-pig-chimera

A new paper focused on human and other chimeras just came out today in Cell reporting a number of findings, but most strikingly successful generation of human-pig chimeras in utero. The paper, entitled, “Interspecies Chimerism with Mammalian Pluripotent Stem Cells” describes various chimeras including mouse-rat ones, although those have previously been reported. This work comes …

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Juan Carlos Izpisua Belmonte Cell Paper on Gene Editing for Mitochondrial Disease

Figure-6B

The Juan Carlos Izpisua Belmonte group published a Cell paper today on using gene editing to reverse mutations associated with human mitochondrial disease. The paper is Reddy, et al. and is entitled, “Selective Elimination of Mitochondrial Mutations in the Germline by Genome Editing”. The authors report success using TALEN-based gene editing or mitochondrial-direct restriction enzyme (mito-ApaLI) …

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