Ruohola-Baker, Hannele

Faculty Profile

First Name: 
Hannele
Last Name: 
Ruohola-Baker
[field_fname-formatted] [field_lname-formatted]
Title: 
Professor
Primary Institution: 
UW
Department/Division: 
other
Department/Division: 
Biochemistry
Mail/Box #: 

358056

Office Location: 

UW Medicine South Lake Union, Rm. S 581
850 Republican Street
Seattle, WA 98109

Office Phone: 
(206) 543-8468
Research

Research Summary: 

My laboratory is interested in understanding the molecules and cellular properties that are required for stemness both in normal and pathological situations.  During the recent years we have shown that microRNAs and HIF pathways play key roles in regulating adult and embryonic stem cell self-renewal.  We are now in the process of understanding the function of HIF dependent metabolomic differences in stem cells.  My laboratory offers fruitful and multi-disciplinary approaches for understanding the dynamics and differentiation of stem cells since we use multiple in vivo, ex vivo and in vitro models ranging from Drosophila to mouse to hESC and iPSCs to understand the regulation of regeneration.  Recently, through unbiased Drosophila interaction screen we discovered that increasing the sphingosine-1-phosphate pathway (S1P) has therapeutic effects on muscular dystrophies.  Increased S1P levels also show a beneficial effect in adult stem cell based muscle regeneration in mdx, the mouse model for DMD.  These basic studies are directed towards a long-term goal of stem cell and small molecule based therapeutics.

Short Research Description: 
stem cells in development and disease, muscular dystrophy
Areas of Interest: 
Cancer Biology
Cell Signaling & Cell/Environment Interactions
Developmental Biology, Stem Cells & Aging
Gene Expression, Cell Cycle & Chromosome Biology
Keywords: 
<p> genetics, cancer, cell biology, cell differentiation, cell growth, cell kinetics, cell-cell interactions, cytokinesis, cytoskeleton, developmental biology, gene, gene expression, gene regulation, genetics, growth factor receptors, growth factors, ion channels, membrane transport, mitosis, molecular structure, mutagenesis, mutation, nervous system, neurobiology, oncology, reproductive biology, specific cell types, stem cells, tumor biology</p>
Publications


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