Axcentua receives European orphan designation for modified genistein

For a version of this announcement in Spanish, please visit Stop Sanfilippo

Para obtener una versión de este anuncio en español, por favor visite Stop Sanfilippo

Orphan medicinal product designation for Genistein compound

The European Commission for Orphan Medical Products(COMP) met on February 7-8, 2012,and adopted 7 positive opinions recommending the following medicines for designation as orphan medicinal products to the European Commission:

For the following medicines the review began on 11 November 2011 with an active review time of 90 days:
Dipalmitoylphosphatidylcholine, 1-palmitoyl-2-oleoyl-sn-glycero-3-phosphoglycerol, sodium salt, synthetic surfactant protein C analogue and synthetic surfactant protein B analogue for treatment of respiratory distress syndrome in premature neonates of less than 37 weeks of gestational age; Chiesi Farmaceutici S.P.A
Genistein sodium salt dihydrate for treatment of mucopolysaccharidosis type III (Sanfilippo syndrome); Axcentua Pharmaceuticals AB.
Melatonin for treatment of perinatal asphyxia; Dr Nicola J. Robertson.

The following is what the Axcentua Pharmaceuticals website has regarding the Genistein compound AXP107-11

U.S. Patent Approved for novel Genistein compound

The United States Patent and Trademark Office (USPTO) has issued Axcentua Pharmaceuticals the USPTO patent no 7, 863, 325 B2 entitled “Crystalline Genistein Sodium Salt Dihydrate”. The patent covers Axcentua’s novel crystalline composition of genistein, AXP107-11 and its medical uses. AXP107-11 is currently in phase Ib/IIa clinical trials for pancreatic cancer at the Karolinska University Hospital in Huddinge, Sweden. “We are very pleased to have received the patent grant after an examination period of only 13 months” says Dr. Stefan Rehnmark, CEO of Axcentua Pharmaceuticals. “The Patent is proof that meaningful intellectual property can be obtained through crystal-re-engineering of natural compounds and it is rewarding to see the original business idea validated.”

Clinical Trial of pancreatic cancer treatment using compound AXP107-11

Axcentua Pharmaceuticals AB today announced that the first patient has been enrolled in the clinical trial AXP-CT-001 (www.clinicaltrials.gov). The study is designed as a phase Ib/IIa study for the treatment of pancreatic cancer with AXP107-11 in combination with gemcitabine. In the phase Ib part of the study, the safety and the maximum tolerated dose will be determined using a classical dose escalation scheme, continuing directly into the phase IIa part to determine the efficacy of this new therapy.

“We are very excited to initiate this first clinical study with AXP107-11 as we strongly believe in the multi-targeted properties of AXP107-11 for the treatment of pancreatic cancer” says CEO Stefan Rehnmark.

About AXP107-11

AXP107-11 was discovered in a screen for new crystalline forms of a well known natural compound (Ed: genistein) with improved pharmaceutical properties. AXP107-11 is an orally active, non-toxic, multi-targeted chemosensitizer that sensitizes human pancreatic cancer cells to gemcitabine and reduces metastasis in animal models of cancer. These properties of AXP107-11 make the compound a promising new agent for the treatment of genetically complex and heterogenous solid tumors such as pancreatic cancer.

About Axcentua

Axcentua Pharmaceuticals is a privately held early clinical development stage pharmaceutical company committed to the generation of investigational new drugs for diseases with high unmet medical need. The company was founded in 2007 by Dr. Anders Berkenstam, Dr. Stefan Rehnmark and Dr. Michael-Robin Witt. Axcentua is pioneering a crystal re-engineering strategy of natural compounds as a novel approach in drug development. Candidate drugs can be developed faster, with less risk and at a fraction of the cost as compared to traditional drug development.

Natural compounds have a proven track record as drugs and represent a largely untapped resource of new drug development candidates. However, natural compounds may have unfavorable drug-like properties and intellectual property issues have hindered development of these compounds into successful drugs. By improving the drug-like qualities and obtaining IP on novel forms, Axcentua’s crystal re-engineering strategy opens up new opportunities to explore and develop this rich source of small molecule compounds into drugs with clear pharmaceutical benefits.

To see more about Axcentua, visit Axcentua

Genzyme announces 4-year results of oral therapy for Gaucher disease

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CAMBRIDGE, Mass.–(BUSINESS WIRE)–Genzyme, a Sanofi company (EURONEXT: SAN and NYSE: SNY), announced today four-year follow-up data from patients enrolled in the phase 2 clinical trial for its investigational oral therapy for Gaucher disease type 1 known as eliglustat tartrate. Sustained or further improvements were observed across all endpoints, including markers of bone disease, at the four-year timepoint. The results were presented for the first time this week at the Lysosomal Disease Network WORLD Symposium in San Diego, Calif.

“The four-year data from our phase 2 eliglustat tartrate study show very encouraging results, particularly the continued improvements observed in markers of bone disease”

Eliglustat tartrate, a capsule taken orally, is being developed to provide a convenient treatment alternative for adult patients with Gaucher disease type 1, and to offer a broader range of treatment options for patients and physicians to achieve individual therapeutic goals. Genzyme’s Cerezyme® (imiglucerase for injection), the standard of care for patients with Gaucher disease type 1, is administered through intravenous infusions.

Genzyme previously reported that the 52-week phase 2 trial of eliglustat tartrate had met its primary composite endpoint: a clinically meaningful response in at least two of three endpoints (improvements in spleen size, hemoglobin and platelet levels) in individual patients. Patients have continued to receive eliglustat tartrate in the extension portion of the study for over four years. The data from patients on eliglustat tartrate after four years indicate continued or stabilized improvements across all endpoints:
Spleen and liver volumes decreased from baseline by a mean of 63 percent and 28 percent respectively.
Hemoglobin and platelet levels had increased from baseline by a mean of 2.3 g/dL and 95 percent respectively.
All patients (100 percent) had met at least three of the four hematologic and visceral therapeutic goals established for enzyme replacement therapy.
These data also indicate continued improvement in bone mineral density by DXA, with a mean T-score increase of 0.8 from baseline in the lumbar spine.

“Eliglustat tartrate represents a new hope for Gaucher disease type 1 patients,” said Manisha Balwani, MD, MS, Department of Genetics and Genomic Sciences, Mount Sinai School of Medicine. “The option of an oral therapy offers convenience, expanded access to treatment and, most important, an improvement in the quality of life for patients. Eliglustat tartrate marks a potential paradigm shift in Gaucher treatment.”

“The four-year data from our phase 2 eliglustat tartrate study show very encouraging results, particularly the continued improvements observed in markers of bone disease,” said Genzyme’s Head of Rare Diseases, Rogerio Vivaldi, MD. “The efficacy of eliglustat tartrate, combined with its safety profile, demonstrate its potential to transform the treatment experience for the Gaucher community. We look forward to continuing our momentum in the phase 3 program.”

In the phase 2 study, the most common adverse events reported in greater than two patients through four years of treatment included viral infections (six patients), urinary tract and upper respiratory tract infections (four patients each), and nasopharyngitis, sinusitis, arthralgia, pain in extremity, headache, increased blood pressure, abnormal nerve conduction study, abdominal pain, and diarrhea (three patients each). Ten drug-related adverse events, including one serious event, were reported in eight patients. All related events were mild in severity.

Genzyme has also fully enrolled all three phase 3 trials for the oral therapy. Combined, these trials represent the largest clinical program ever focused on Gaucher disease, with participating sites in over 30 countries. In total, more than 350 patients are enrolled in the phase 3 studies.

The first phase 3 trial, ENCORE, is a randomized, open-label study for adult patients with Gaucher disease type 1, designed to compare eliglustat tartrate to Cerezyme. Adult patients who previously received enzyme replacement therapy for at least three years and have reached their therapeutic goals are enrolled in this trial. The second trial, ENGAGE, is a randomized, double-blind, placebo-controlled study for patients with Gaucher disease type 1 who were untreated or had not been on treatment for at least nine months prior to study entry. Data from these pivotal registration studies are expected in the first half of 2013. A third trial, known as EDGE, compares once-daily dosing of eliglustat tartrate with twice-daily dosing.

About Gaucher disease

Gaucher disease is an (autosomal recessive) inherited condition affecting fewer than 10,000 people worldwide. People with Gaucher disease do not have enough of an enzyme, β-glucosidase (glucocerebrosidase) that breaks down a certain type of fat molecule. As a result, lipid engorged cells (called Gaucher cells) amass in different parts of the body, primarily the spleen, liver and bone marrow. Accumulation of Gaucher cells may cause spleen and liver enlargement, anemia, excessive bleeding and bruising, bone disease and a number of other signs and symptoms. The most common form of Gaucher disease, type 1, generally does not affect the brain.

About eliglustat tartrate

Eliglustat tartrate, a novel glucosylceramide analog given orally, is designed to partially inhibit the enzyme glucosylceramide synthase, which results in reduced production of glucosylceramide. Glucosylceramide is the substance that builds up in the cells and tissues of people with Gaucher disease. In preclinical studies, the molecule, developed with James A. Shayman, MD, from the University of Michigan, has shown high potency and specificity. Based on its mechanism of action, which is independent of genotype, eliglustat tartrate may be a potential therapy for all patients with Gaucher disease type 1. Initiation of the phase 2 and 3 studies of eliglustat tartrate in Gaucher disease followed an extensive pre-clinical research effort and a phase 1 program. Eliglustat tartrate was well-tolerated through 4 years in the phase 2 study and continues to have a safety profile that supports clinical investigation in phase 3 studies.

Cerezyme safety information

Approximately 15 percent of patients have developed IgG antibodies to the infused enzyme. These patients have a higher risk of hypersensitivity reaction. Therefore periodic monitoring is suggested; caution should be exercised in patients with antibodies or prior symptoms of hypersensitivity. Symptoms suggestive of hypersensitivity occurred in 6.6 percent of patients, and include anaphylactoid reaction, pruritus, flushing, urticaria, angioedema, chest discomfort, dyspnea, coughing, cyanosis and hypotension. Reactions related to Cerezyme administration have been reported in less than 15 percent of patients. Each of the following events occurred in less than two percent of the total patient population. Reported adverse events include nausea, vomiting, abdominal pain, diarrhea, rash, fatigue, headache, fever, dizziness, chills, backache and tachycardia. Adverse events associated with the route of administration include discomfort, pruritus, burning, swelling or sterile abscess at the site of venipuncture. For full prescribing information, please visit www.genzyme.com.

Drug reverses Huntington’s motor skills damage in animals

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A drug called GM1, being tested to treat Parkinson’s disease and related neurodegenerative maladies, has successfully restored motor skills in an animal model of Huntington disease during laboratory preclinical testing, at least for a few weeks after the dosing stopped.

GM1, a molecule produced in the body, is a type of lipid and is part of the membrane that surrounds each cell.

GM1 modulates communication between neurons in the brain and their response to their environment, Sipione said. Levels of GM1 in the body can be depressed by the disease. The scientists at the University of Alberta say the data is promising enough that human clinical trials need to happen next.

Because the drug is being tested in clinical trials already, they expect it could pass regulatory hurdles to begin testing in Huntington’s disease patients within two years.

“When we saw this, we were jumping with excitement in the lab,” principal investigator Simonetta Sipione said in an announcement touting the news.

Interesting. Huntington’s disease is inherited and deadly, as patients’ neurons degenerate and they’re left with increasingly uncontrollable movements, mood swings and problems remembering things. Huntington’s sufferers eventually struggle to feed themselves or even swallow, and then die from the disease, according to the National Institute of Neurological Disorders and Stroke. So a viable treatment is invaluable. Many are trying to get there, through different mechanisms of action. The University of Alberta data, published in the Proceedings of the National Academy of Sciences, and covered by Bloomberg, among others, deserves a closer look. But the research is certainly early-stage and the benefits, even in the study, only lasted a short time.

Further testing of the drug on an ongoing basis in both animals and then people will be necessary to see if this route is even viable, said The Huntington Society of Canada, which funded the research, also in the same announcement. But the group is still hopeful. Huntington Society CEO Bev Heim-Myers noted in a statement that the research “for the first time, has demonstrated that in a Huntington disease laboratory model, the treatment reverts the lab model back to normal, not just slightly better.”

The researchers said the drug they used, a GM1 molecule therapy, has previously been tested in Parkinson’s and in other related diseases. For the trial, they gave “lab models” the drug for four weeks. The treatment restored motor function and GM1 molecule levels, apparently by making the neurons work better, and the toxic huntingtin protein become, well, less toxic. About two weeks after the treatment, the positive effects began diminishing, taking another two weeks to return to pre-treatment levels.

In the future, subsequent testing would look at long-term treatment with the drug. And an ongoing study continues to see, in lab models, if restoring GM1 molecule levels can also repair Huntington’s-related cognitive damage.

- here’s the release
-check out Bloomberg’s coverage
-read the journal abstract

Intrathecal enzyme replacement to treat MPS VI

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What is MPS VI?

MPS VI (mucopolysaccharidosis VI), also known as Maroteaux-Lamy Syndrome, is an inherited lysosomal storage disorder caused by the deficiency of arylsulfatase B, an enzyme normally required for the breakdown of certain complex carbohydrates known as glycosaminoglycans (GAGs). If the enzyme is not present in large enough amounts, the normal breakdown of GAGs is incomplete or totally blocked. The cell is unable to excrete the GAG residues. These residues build up in the lysosomes of the cell. This buildup interferes with the cell’s normal functioning and gives rise to the physical effects of the disease.

Approximately 1,100 patients in developed countries have MPS VI. It is inherited in an autosomal recessive manner (both parents must carry the gene). The disease affects males and females equally. In most cases, both parents of an affected child are asymptomatic (and unknowingly) carriers of the defective gene. There is a wide variation in the rate of disease progression, the severity of the symptoms, and the organ systems affected. Unlike MPS I, MPS VI does not typically affect intelligence level.

Diagnosis of MPS VI

While patients with a rapidly progressing clinical presentation of MPS VI are usually diagnosed by one to five years of age, those with the more slowly progressing disease may be misdiagnosed. Over time the disease progresses, and depending on the degree of enzyme deficiency, patients experience severe disabilities and possibly early death—factors underscoring the importance of early diagnosis.

The following are some of the features and symptoms associated with MPS VI:
• Short stature
• Macrocephaly (large head)
• Progressively coarse facial features
• Communicating hydrocephalus
• Spinal cord compression
• Carpal tunnel syndrome
• Corneal clouding
• Impaired vision
• Recurrent otitis media
• Impaired hearing
• Recurrent sinopulmonary infections
• Upper airway obstruction
• Sleep apnea
• Reduced pulmonary function
• Cardiac abnormalities and valvular disease
• Hepatosplenomegaly
• Umbilical and inguinal hernias
• Reduced joint range of motion
• Dysostosis mutiplex (bone deformities)
• Malaise and reduced endurance

Treatment Options for MPS VI

Historically, treatment of MPS VI has been limited primarily to palliative care that addresses the multi-systemic symptoms of the disease. Today, however, there is an approved therapeutic option specifically for the treatment of MPS VI—enzyme replacement therapy with Naglazyme® (galsulfase). Naglazyme is approved in the United States, the European Union, Australia, Brazil, Croatia, Japan, South Korea, Switzerland, and Belarus for the treatment of MPS VI.

BioMarin’s Phase 3 Extension Study of rhASB in MPS VI

Demonstrates Additional Improvements in Endurance

On March 9,2011, BioMarin Pharmaceutical Inc. announced positive results from the Phase 3 extension study of rhASB (galsulfase), the company’s investigational enzyme replacement therapy for the treatment of mucopolysaccharidosis VI (MPS VI). Data from the study demonstrate that patients who received rhASB for an additional 24 weeks, for a total of 48 weeks, continued to experience improved endurance. Patients who initially received placebo and then received rhASB for 24 weeks also experienced improved endurance. The data were presented by Stuart Swiedler, M.D., Ph.D., Senior Vice President of Clinical Affairs at BioMarin, at the annual meeting of the Society for Inherited Metabolic Diseases held in Pacific Grove, California.

All 38 patients who completed the initial 24-week, Phase 3, multi-center, double-blind, placebo-controlled trial were enrolled in the open-label extension study to further evaluate the safety and efficacy of rhASB. Patients who received rhASB during the initial 24-week, placebo-controlled portion of the trial continued to receive weekly 1.0 mg/kg infusions of rhASB in the extension study. Patients who initially received placebo during the placebo-controlled portion of the trial received 1.0 mg/kg of rhASB via weekly infusion during the extension study. Patients were evaluated at pre-defined, six-week intervals to assess changes in primary and secondary efficacy endpoints and the safety and tolerability of weekly rhASB infusions.

A new study of intrathecal rhASB in cats with MPS VI

Summary in Pubmed, January 2012

intrathecal — something introduced into or occurring in the space under the arachnoid membrane of the brain or spinal cord

Compressive myelopathy(functional disturbances caused by compression of the spinal cord) in early-onset MPS-VI patients has been partly attributed to thickening of the dura mater(dura surrounds the brain and spinal cord and is responsible for keeping in the cerebrospinal fluid) following engorgement with GAG. In this study, we therefore tested whether the dural abnormalities could be prevented in a feline model of the disorder.

Results

All intrathecal injections (IT-INJs) were well tolerated. MPS-VI cats treated with IT-INJ of recombinant human N-acetylgalactosamine-4-sulfatase (rhASB) exhibited reduced vacuolation in the dural fibroblasts, diminished levels of sulfated-N-acetylhexosamine (HNAc(+S)) in the cerebrospinal fluid (CSF) and no hind-limb paresis. Serum anti-rhASB antibodies remained low in MPS-VI cats treated with intravenous enzyme replacement therapy (IV-ERT) and increased slightly in normal cats treated with IT-INJ of rhASB alone. Anti-rhASB antibodies in CSF remained undetectable.

Methods

Cats were assigned to three groups: (i) receiving weekly IV-ERT of rhASB from birth plus six monthly IT-INJs of rhASB from age 2 months; (ii) receiving six monthly IT-INJs of vehicle; or (iii) untreated. Additional normal cats received five fortnightly IT-INJs of rhASB or vehicle alone.

Discussion

These data indicate that repeated IT-INJ of rhASB can safely prevent GAG storage in MPS-VI dura.

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New report says more Hunter syndrome therapies needed

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If you have a spare $4000 laying around, you can get the full copy of this business intelligence report. If not, we have to be content with this press release. I’m assuming that a variety of pharma companies are buying it. I also don’t think some of the statements (in this summary, at least) take … Continue reading

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Sanfilippo charities join together to fund basic research

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To see the full press release: Charities unite worldwide to fund Sanfilippo research Led by the Team Sanfilippo Foundation, a group of worldwide charities has announced a $145,000 (AUD) grant to Dr Kim Hemsley and Professor John Hopwood in Adelaide, Australia to study the fundamental disease processes involved in the pathology of MPS III, also … Continue reading

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Korean Pharma Company gets approval for Hunter syndrome drug

The Korean pharmaceutical company Green Cross has developed and received approval from the Korean FDA for an alternative, licensed therapeutic enzyme to treat Hunter Syndrome, a rare disease that until now had only one treatment option available.
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Genistein in Sanfilippo disease (Abstract, Ann Neurol)

Genistein in Sanfilippo disease: A randomized controlled crossover trial. Authors de Ruijter J, Valstar MJ, Narajczyk M, Wegrzyn G, Kulik W, Ijlst L, Wagemans T, van der Wal WM, Wijburg FA. Journal Ann Neurol. 2012 Jan;71(1):110-20. doi: 10.1002/ana.22643. Affiliation Department of Pediatrics and Amsterdam Lysosome Centre “Sphinx”, University of Amsterdam, Amsterdam, The Netherlands. Abstract OBJECTIVE … Continue reading

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Fish Oil may help regenerate damaged nerves (J of Neuroscience)

Here’s the latest: Researchers at Queen Mary, University of London believe that omega-3 fatty acids can protect nerves from being injured and help regenerate the ones that are harmed, based on preclinical research with mice. Omega-3s, of course, are found in fish oil. And beyond the latest finding, scientists are discovering that fish oil has the potential to solve plenty of health problems. Continue reading

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Shire proposes Natural History study of MPS 3B

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The clinical trial plan for the U.S. natural history study for Sanfilippo Syndrome Type B has just been published in clinicaltrials.gov. It is essentially the same plan as the current Natural History study for Type A. We have reproduced it here and linked to the official clinical trials record. This is further evidence that Shire is proceeding rapidly with a plan to carry out clinical trials of enzyme replacement for MPS 3B.
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Ultragenyx In-Licenses Enzyme Replacement Therapy for MPS 7 from St. Louis Univ

Press release from Marketwatch, January 5, 2012. MPS 7 Patients May at Last have an Opportunity for Enzyme Replacement Therapy NOVATO, Calif., Jan. 5, 2012 /PRNewswire via COMTEX/ — Ultragenyx Pharmaceutical, Inc., a biotechnology company focused on developing treatments for rare and ultra-rare genetic disorders, today announced it has in-licensed an enzyme replacement therapy program … Continue reading

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Shire, Atlas Venture team up to mine for rare disease therapies

Dublin-based Shire’s ($SHPGY) Human Genetic Therapies unit and venture capitalists from Atlas Venture have formed a multiyear alliance to hunt for new investments in the ripe field of treating rare diseases, Cambridge, MA-based Atlas revealed. For their part in the collaboration, Atlas’ partners plan to use their years of experience in starting new biotech companies. … Continue reading