Category: Neural (23)

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ALS Therapy by Stem Cells

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Friday June 8th, 2007 @ 01:58:03 EST

Treatment of MS by Stem Cells

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Friday June 8th, 2007 @ 01:50:51 EST

HIF involved in mesenchymal to neural differentiation

Caen cedex, France - The identification of molecular signals associated with cellular differentiation is important from a drug development perspective. Recently, a paper was published describing mechanisms of mesenchymal stem cell differentiation to neural cells (Pacary et al. Crosstalk between HIF-1 and ROCK pathways in neuronal...

Monday May 14th, 2007 @ 14:07:36 EST

Coaxing ES cells to neurons

Hong Kong, China - Numerous groups are currently working on protocols for induction of differentiation of embryonic stem cells into specific cell types that are therapeutically useful. One logical method of stimulating differentiation involves co-culture with cells that would appear to have an "inductive" effect on the undifferentiated cell. On the one hand, numerous groups use methods...

Sunday May 13th, 2007 @ 19:30:36 EST

HSP antiinflammatory

San Francisco, California - Heat shock proteins are conventionally thought of as molecular chaperones that function intracellularly. Immunologically, heat shock proteins are known to bind various tumor antigens and can be used as adjuvants. The properties of adjuvants include non-specific activation of innate immunity. It was found that various heat shock proteins stimulate macrophage and...

Friday May 4th, 2007 @ 18:10:37 EST

Neural proliferation after injury

Miami, Florida - Although it is reported that the brain can repair itself after injury, detailed examination of this is still somewhat lacking. In a nicely designed study (Urrea et al. Widespread cellular proliferation and focal neurogenesis after traumatic brain injury in the rat. Restor Neurol Neurosci. 2007;25(1):65-77), proliferation of various brain areas was assessed following...

Tuesday May 1st, 2007 @ 15:45:44 EST

Importance of Injury in Stem Cell Neurorepair

Milano, Italy - In various pathological conditions injured tissue attracts endogenous stem cells through release of various factors. This is known, for example, in the area of myocardial infarction where circulating levels of stem cells increase in the peripheral blood of patients after heart attacks. Theoretically, the idea is that the ischemia and tissue damage release systemic factors...

Thursday April 19th, 2007 @ 09:28:35 EST

In vitro ALS model

Cambridge, Massachusetts - Generation of in vitro models of human diseases allows utilization of high-throughput screening, as well as isolated molecular dissection of events in order to identify targets for intervention. A recent paper (Di Giorgio et al. Non-cell autonomous effect of glia on motor neurons in an embryonic stem cell-based ALS model Nat Neurosci...

Wednesday April 18th, 2007 @ 03:47:42 EST

Neupogen: From White Cell to White Matter

Chiba, Japan - The clinical use of G-CSF (Neupogen) has allowed for mobilization of stem cells in the peripheral blood stem cell transplant setting, as well as a means of accelerating hematopoietic recovery in a variety of settings. A recent paper suggests that mobilization of stem cells using G-CSF may be useful not only for hematopoietic indications but also for inducing repair post...

Tuesday April 3rd, 2007 @ 16:22:39 EST

Sugar in the brain

Tokyo, Japan - It is known that a wide variety of factors are capable of inducing neurogenesis in the adult brain. For example, post-stroke neurogenesis is known to be at least partially dependent on eryothropoietin signaling (Tsai et al. A critical role of erythropoietin receptor in neurogenesis and post-stroke recovery. J Neurosci. 2006 Jan 25;26(4):1269-74.)Saturday March 17th, 2007 @ 15:25:29 EST


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