New Year’s, Stem Cells and Monty Python

December 30, 2010

New Year’s, Stem Cells and Monty Python

The Huffington Post | December 30, 2010 | By Don C. Reed

Like fists on the roof, the rain pounded down. But I didn’t care, I liked the rain, especially when I was safe inside, where nothing could get at me.

Then the power went out.

There being not a whole lot else to do at four in the morning, when you’re wide awake and the computer won’t turn on, I put on my seven-ninety-five Walmart rain slicker and went for a walk.

The whole neighborhood was dark.

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Families of Spinal Muscular Atrophy Evaluating Six New Drug Discovery Programs for New Funding in 2011

December 29, 2010

Families of Spinal Muscular Atrophy Evaluating Six New Drug Discovery Programs for New Funding in 2011

Press Release | December 29, 2010

In response to our October Request for Proposals (RFP) for new drug programs to develop therapies for Spinal Muscular Atrophy we received nine Letters of Intent for potential programs.   Our Translational Advisory Committee (TAC) reviewed and then selected six of these for further consideration for funding.   Each of these six applicants will now submit a full detailed proposal, which will be due in February 2011.

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Repligen’s Promising Potential in 2011

December 23, 2010

Repligen’s Promising Potential in 2011

Seeking Alpha | December 24, 2010 | By Patrick Crutcher

Repligen Corporation (RGEN) is another attractive biotech that has revenues, cash and pending data in early 2011. With pending Phase 2 and Phase 3 data, Repligen seems set for a transformative 2011. Specifically, it has two important clinical catalysts in Q1 2011: Phase 3 data for RG1068 (pancreatic imaging agent) and Phase 2b data for its bipolar drug (RG2417). Both of these catalysts have the potential to take RGEN to new levels in 2011.

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FSMA Research Funding Leads to the Publication of 17 Journal Articles in 2010

December 17, 2010

FSMA Research Funding Leads to the Publication of 17 Journal Articles in 2010

Press Release | December 16, 2010

The research goal at Families of Spinal Muscular Atrophy is to accelerate the discovery and development of a treatment and cure for SMA. To help achieve this we fund basic research grants, along with later-stage drug discovery programs and clinical trials. FSMA research funding contributed to the results in 17 published articles in 2010.

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Repligen Receives $1.4 Million Research Grant from the MDA to Support SMA Development Program

December 15, 2010

Repligen Receives $1.4 Million Research Grant from the Muscular Dystrophy Association to Support Spinal Muscular Atrophy Development Program

Repligen Corporation Press Release | December 15, 2010

WALTHAM, Mass., Dec. 15, 2010 /PRNewswire/ — Repligen Corporation (Nasdaq: RGEN) today announced that the Company has received $1,400,000 in research funding from the Muscular Dystrophy Association (“MDA”) to support the ongoing development of RG3039 for Spinal Muscular Atrophy (“SMA”).  RG3039, our lead compound, is an inhibitor of an RNA processing enzyme which targets increased production of SMN, a protein of deficient levels in patients with SMA.  The goal of this grant is to support the advancement of RG3039 into human clinical testing, including continued evaluation in preclinical models of SMA, GMP manufacturing for human clinical trials and early clinical evaluation in healthy volunteers and patients.  Funding from the Muscular Dystrophy Association provides important support for Repligen’s development programs and access to a global network of scientists, physicians and patients.  Repligen has previously been awarded two research grants from the MDA to support its Friedreich’s ataxia program.

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$24m Centre for Bioimaging Sciences opens

December 6, 2010

$24m Centre for Bioimaging Sciences opens

TODAYonline | December 7, 2010 | By Alvina Soh

Scientists are hoping to make a breakthrough in dengue research with the opening of a new $24 million Centre for Bioimaging Sciences at the National University of Singapore (NUS).

The centrepiece of the new centre is the $5 million high-powered cryo transmission electron microscope for life science research, the first to be installed in Singapore.

The 3.7m-tall microscope allows researchers to study biological samples in their natural state, providing a more accurate observation. The high-tech equipment will be important in studying the dengue virus, said the centre’s director, Professor Paul Matsudaira.

Other key research areas include plant biology and neurodegenerative diseases such as spinal muscular atrophy.

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FundAme: Barcelona SMA Research Symposium Summary

December 5, 2010

Big thanks to Julie Marlow for sending us this translation of the summary published by the Spanish SMA Association, FundAme, covering the recent SMA symposium held in Barcelona, Spain in November 2010.

The conference agenda was:

  • “The 15th anniversary of the SMA gene discovery: Overview on the impact on SMA disease, pathogenesis and therapy” – Judith Melki, INSERM
  • “Progress in the knowledge of the SMN protein” – Utz Fischer, University of Wurzburg
  • “Development of antisense therapy for SMA” – Adrian Krainer, Cold Spring Harbor Laboratories
  • “Animal models of SMA and therapeutic development” – Arthur Burghess, The Ohio State University
  • “Update and perspectives on clinical trials in SMA” – Enrico Bertini BambinoGesu’ Children’s Research Hospital

TRANSLATION OF THE CONCLUSIONS REACHED BY FUNDAME:

Some more specific points discussed at the meetings and which we think it’s good that families understand and know are:

A very recurrent question on the website of FundAme and among families; a question that several people also sent us by email and which we put to the researchers, namely, what is the most promising therapy? Both therapies described by Profs. Krainer and Burghess, with Antisense Oligonucleotidesand gene vectors, respectively, have achieved excellent results in mice and are among the most solid promises of the future. However, we must take into account that they have not yet begun clinical trials in humans and there maybe changes. Not everything that works in mice works in humans.

Related to the previous question, and also at the request of families by mail, we asked researchers about growth hormone therapy in Spain, which has received so much echo in the media. Their answer was that several of them had tested it in cell cultures and had seen nothing, there are no scientificpublications that support it at the moment and they recommend proceeding with caution. However, Dr. Tizzano (Hospital de San Pablo, Barcelona) said he did not want to close any doors and has been in contact with the group using the hormone to share results.

Regarding stem cell therapies, the researchers said it must be taken into account that we are not talking about regeneration of motor neurons and the arrival of new axons to the muscle, but that the therapies with which they are experimenting are to convert stem cells into another type of neurons to settle into the spinal cord and nurture the motor neurons. One such therapy is now entering clinical trials in the U.S.

In this regard it is important to note that all therapies that are being tested have great potential to CURB the disease. There does not exist today an advanced line of work that can claim to cure or reverse the symptoms,notwithstanding that some of the current potential therapies could obtain some improvement as a “side effect”.

As for how long we have to wait for some of the therapies to reach patients (another question that has come via email), researchers have been very cautious, because the first clinical trials are only now beginning and it is difficult to estimate how long they could take. That said, we believe that it can be argued that if the trials go well, we are talking about a few years, and not a few lustrums or a few decades.

The general impression with which we keep, and which has also been confirmed by researchers explicit comments at the end of Monday’s meeting, is one of encouragement and to keep fighting, that the great progress that has been achieved in recent years may be consolidated and lead to early treatment.


Most Innovative SME Award, 2010

December 3, 2010

Most Innovative SME Award, 2010

Medical News TODAY | December 3, 2010

EuropaBio’s first ever Most Innovative European Biotech SME Award has attracted an outstanding array of applications from 32 companies across 12 countries representing all sectors of the biotech industry.

With such stiff competition, the panel of judges faced a tough task to identify the top five entries from which the overall winner will be announced at EuropaBio’s event on the Role of Biotechnology in Europe’s Responsible Innovation, in Brussels on 9 December. The winning applicant will receive a prize of 10,000 euros as well as two year’s free membership of EuropaBio.

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California Stem Cell Inc. Files IND to Commence Phase I Clinical Trial in Spinal Muscular Atrophy

December 1, 2010

California Stem Cell Inc. Files IND to Commence Phase I Clinical Trial in Spinal Muscular Atrophy

FSMA Press Release | December 1, 2010

IRVINE, Calif. (December 1, 2010) – California Stem Cell, Inc. (CSC) and Families of Spinal Muscular Atrophy (FSMA) announced today that CSC has filed an investigational new drug (IND) application with the US Food and Drug Administration (FDA) for approval to commence a Phase I safety study on a jointly-developed stem cell-derived motor neuron transplantation therapy for Spinal Muscular Atrophy (SMA) Type I.

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Positive New Data For Olesoxime

November 24, 2010

Positive New Data For Olesoxime

Drug Discovery & Development | November 24, 2010

Trophos SA a clinical stage pharmaceutical company developing innovative therapeutics from discovery to clinical validation for indications with under-served needs in neurology and cardiology, announced that Trophos and partners in the MS-Repair consortium delivered an oral presentation detailing Trophos’ novel approach in multiple sclerosis (MS) at the recent Society for Neuroscience (SfN) Meeting. The data presented demonstrate that olesoxime, Trophos’ lead compound, is a promising candidate for neuroaxonal repair and remyelination in white matter diseases, notably multiple sclerosis. The MS-Repair project is supported by the French Agence Nationale pour la Recherche (ANR).

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