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Santhera and ReveraGen Announce New 2.5-year Treatment Data with Vamorolone in Duchenne ...

Press release content from Globe Newswire. The AP news staff was not involved in its creation. Santhera and ReveraGen Announce New 2.5-year Treatment Data with Vamorolone in Duchenne . Santhera Pharmaceuticals Holding AGApril 28, 2021 GMT Pratteln, Switzerland, April 28, 2021 – Santhera Pharmaceuticals (SIX: SANN) and ReveraGen Biopharma announce new clinical data of 2.5-year treatment outcome with vamorolone in patients with Duchenne muscular dystrophy (DMD). These Phase 2a long-term treatment data demonstrate a maintenance of treatment effect, equivalent to a delay of about two years in decline for time to stand (TTSTAND) velocity, and confirm safety and tolerability benefits of vamorolone over the 2.5-year follow up period. Long-term treatment with vamorolone resulted in significantly fewer corticosteroid-associated adverse events than reported in other clinical trials with other steroids.

Pratteln
Switzerland-general
Switzerland
United-states
United-kingdom
American
Swiss
Eric-hoffman
Eva-kalias
Reveragen-biopharma
Dario-eklund
Reveragen-biopharma-inc

Santhera Pharmaceuticals Holding AG: Santhera and ReveraGen Announce New 2.5-year Treatment Data with Vamorolone in Duchenne Muscular Dystrophy

Santhera Pharmaceuticals Holding AG: Santhera and ReveraGen Announce New 2.5-year Treatment Data with Vamorolone in Duchenne Muscular Dystrophy se in , - y with other steroids . A sequence of studies investigated the safety, tolerability and long-term treatment benefit with vamorolone and provide open-label data in a total of 46 patients with DMD, aged 4 to up to 10 years (start/end of treatment), of which 41 (89%) completed a 2.5 years treatment period. 48 participants initially completed a two-week multiple ascending dose trial VBP15-002 [1], 46 of whom entered the open-label 6-month extension VBP15-003 [2], covering a dose range of vamorolone of 0.25 to 6.0 mg/kg/day. All of the 46 patients completing the latter study entered the 24-month long-term extension study VBP15-LTE [3] where all patients eventually received doses of vamorolone of 2.0 to 6.0 mg/kg/day. The total exposure to vamorolone treatment in these studies was 113 patient years. The most commonly administere

Pratteln
Switzerland-general
Switzerland
United-states
United-kingdom
Eric-hoffman
Eva-kalias
Reveragen-biopharma
Dario-eklund
Reveragen-biopharma-inc
Santhera-pharmaceuticals
International-neuromuscular-research-group

Santhera and ReveraGen Announce New 2.5-year Treatment Data with Vamorolone in Duchenne Muscular Dystrophy

Santhera and ReveraGen Announce New 2.5-year Treatment Data with Vamorolone in Duchenne Muscular Dystrophy Pratteln, Switzerland, April 28, 2021 – Santhera Pharmaceuticals (SIX: SANN) and ReveraGen Biopharma announce new clinical data of 2.5-year treatment outcome with vamorolone in patients with Duchenne muscular dystrophy (DMD). These Phase 2a long-term treatment data demonstrate a maintenance of treatment effect, equivalent to a delay of about two years in decline for time to stand (TTSTAND) velocity, and confirm safety and tolerability benefits of vamorolone over the 2.5-year follow up period. Long-term treatment with vamorolone resulted in significantly fewer corticosteroid-associated adverse events than reported in other clinical trials with other steroids.

Pratteln
Switzerland-general
Switzerland
United-states
United-kingdom
American
Swiss
Eric-hoffman
Eva-kalias
Reveragen-biopharma
Dario-eklund
Reveragen-biopharma-inc

A small protein in bacteria overlooked up to now

 E-Mail IMAGE: Photosynthesis is found at the beginning of nearly all food chains. Cyanobacteria use light as an energy source, too, and can carry out photosynthesis, similar to plants. view more  Credit: Grafik: Wolfgang Hess The biological process of photosynthesis is found at the beginning of nearly all food chains. It produces oxygen to breathe and provides the energetic foundation for using biotechnological processes to synthesize biofuels and chemical feedstock. Therefore, researchers are particularly interested in rapidly growing cyanobacteria. These organisms use light as an energy source and can carry out photosynthesis, similar to plants. However, the required photosynthetic protein complexes bind many nutrients. Vanessa Krauspe and Prof. Dr. Wolfgang Hess from the working group for Genetics & Experimental Bioinformatics of the Faculty of Biology of the University of Freiburg and their collaborators have discovered the small, previously unknown protein NblD, w

Germany
German
Vanessa-krauspe
Boris-ma
Oliver-schilling
Wolfgang-hess
Nicole-frankenberg-dinkel
Technical-university-of-kaiserslautern
German-research-foundation
University-medical-center-freiburg
University-of-freiburg
Institute-of-biology

Microbial Production of Industrial Chemicals

Microbial Production of Industrial Chemicals Industrial chemicals are used in a multitude of processes that impact every area of human society, from the food and drug industries to the chemicals industry to construction. However, processes to produce these chemicals can create harmful by-products and, therefore, scientists are turning to other technologies to produce them. Image Credit: TRMK / Shutterstock.com This article will provide an overview of common industrial chemicals, industrial microbiology, and a piece of recent research into one of the ways that scientists are producing industrial chemicals with microorganisms. Industrial Chemistry – A Brief Overview The global chemical industry is vast. In 2017, the total revenue worldwide was US $4.25 Trillion. In the US alone, exports to Canada and Mexico accounted for US $43.1 billion. In Europe, the chemical industry accounts for around 7% of total industrial production. China is the largest global chemical producer, account

China
Mexico
Canada
Reginald-davey
Azko-nobel
Mattheww-keller
Sabic
Biochemical-engineering
Industrial-microbiology
Proc-natl-acad-sci-united-states
Chemical-industry-statistics
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