RCGP highlights dangers of antibiotics for children when not absolutely necessary

PharmaTimes | August 13, 2019

A new study published in the British Journal of General Practice has reported that childhood antibiotic exposure has important clinically relevant implications, including disruption to the microbiome, antibiotic resistance, and clinical workload manifesting as treatment failure. The cohort study, which used UK primary care data from the Clinical Practice Research Datalink, 2009 to 2016, found that out of 114 329 children who were prescribed an antibiotic course for acute RTI, children who received less than 2 antibiotic courses for acute RTIs in the preceding year had greater odds of response failure, and that many antibiotic courses that do not benefit children are being prescribed for self-limiting acute respiratory tract infections (RTIs) in the community. The data also revealed that at least 30% of antibiotics prescribed in outpatient settings in the US, and between 9% and 23% in UK primary care are unnecessary. Professor Helen Stokes-Lampard, chair of the Royal College of GPs responded to the research, saying that GPs are “acutely aware of the potential dangers of prescribing of antibiotics when they are not absolutely necessary”, and also how it can “contribute to growing resistance to these important drugs, which is a global concern.”

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Though tablet compression does not generate large volumes of fugitive dust, safe and efficient collection of whatever dust is created by this process is critical.


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Mirion Technologies to Divest Biodex Physical Medicine

Biodex Medical Systems | November 30, 2022

Mirion Technologies, Inc. announced that it has entered into a definitive agreement to sell the physical medicine assets of Biodex Medical Systems, Inc. to Salona Global Medical Device Corporation for $5 million in cash at closing and up to an additional $3 million in deferred cash payments. The deferred cash payments are contingent on the performance of the assets during the 12-month period following closing. The assets generated approximately $18 million in revenue with estimated gross margins of 30% during the most recent trailing twelve-month period. “Divesting the physical medicine assets of Biodex enables Mirion Medical to focus on our strategic priorities and better aligns the group with Mirion’s mission of harnessing our unrivaled knowledge of ionizing radiation for the greater good of humanity. We are pleased to see the physical medicine business in the hands of an owner whose core mission and strategy is better aligned with investing in the future of the product line and finding valued employees the right home for their skills and contributions,” Mike Rossi, President of Mirion Medical About Mirion Mirion Technologies is a leading provider of detection, measurement, analysis and monitoring solutions to the nuclear, defense, medical and research end markets. The organization aims to harness its unrivaled knowledge of ionizing radiation for the greater good of humanity. Many of the company's end markets are characterized by the need to meet rigorous regulatory standards, design qualifications and operating requirements. Headquartered in Atlanta (GA – USA), Mirion employs around 2,800 people and operates in 13 countries. About Biodex Medical Systems Biodex Medical Systems, Inc. is part of Mirion Medical, Inc., a group of healthcare-focused brands within Mirion Technologies. Mirion Technologies, Inc. uses science and technology to drive treatment innovation across physical medicine, nuclear medicine and medical imaging categories. With a history of manufacturing and engineering excellence that spans more than 60 years, the Biodex™ mission is to provide innovative solutions and customer-driven support to medical facilities and wellness centers around the globe.

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BUSINESS INSIGHTS, PHARMACY MARKET

Annogen Announces Research Project with Pfizer to Test Non-coding Genetic Sequences

Annogen | December 14, 2022

Annogen, the Amsterdam based biotech company behind the SuRE™ technology for the functional annotation of the non-coding part of the genome, today announced it has begun a research project with Pfizer to functionally test tens of thousands of disease-related non-coding sequence variants for their effect on gene regulation. The results may contribute to drug discovery by identifying functionally relevant non-coding variants that play a central role in diseases. More than 95 percent of disease- and trait-related variants are found in the non-coding genome. However, identifying the important causal variants amongst the thousands of non-functional ones is a major challenge, as non-coding variant functionality cannot be deduced from sequence alone. Using its SuRE™ methodology, Annogen can obtain a functional read-out for up to millions of non-coding variants in parallel. “We are very proud of this research project with Pfizer. We believe the non-coding part of the genome represents a huge opportunity for drug discovery that has been largely overlooked. We are now working with several top-tier biopharma companies on a broad array of projects, which demonstrates the interest in the SuRE™ platform and the AIM™ service for gene & cell therapy, drug discovery, and recombinant protein production”. Joris van Arensbergen, Annogen’s founder and CEO, is pleased to establish another project in this field About Annogen At Annogen we use our SuRE™ technology to identify regulatory DNA elements to be used for controlled gene expression valuable for gene & cell therapy, as well as for recombinant protein production. In addition, we offer the AIM™ service to identify favorable gene insertions and their expression levels for more than 100,000 integrations in parallel. These approaches enable researchers to qualitatively interpret the non-coding genome in humans, animals and plants.

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PHARMACY MARKET

A novel azapeptide editing method provides potential for new drug development, Feinstein Institutes research shows

Feinstein Institutes | November 29, 2022

Peptides, short sections of proteins made up of chains of amino acids, are an important area of new drug development due to their potential for increased specificity and fewer side effects. Their main drawback is the rapid degradation by the body’s own enzymes, which has led to the need to develop longer-lasting peptide alternatives. Azapeptides are one type of peptide alternative that has shown great potential as therapeutics, exemplified by the HIV drug, Atazanavir. A new paper published in the journal Nature Communications by researchers at The Feinstein Institutes for Medical Research details proprietary reagents and methods that can selectively replace only those amino acids known to be targeted by enzymes with more stable versions to create azapeptides. The paper, authored by Yousef Al-Abed, PhD, co-director of the Institute of Bioelectronic Medicine at the Feinstein Institutes, describes the proprietary building blocks and method used to conduct systematic and robust peptide editing, replacing targeted amino acids with aza-amino acids to form more stable and efficient azapeptides. The azapeptides created could expedite the novel therapies to treat many diseases and conditions, including metabolic disease, influenza, pulmonary arterial hypertension, Crohn’s disease, arthritis, and irritable bowel diseases, among others. The paper, titled “Thiocarbazate building blocks enable the construction of azapeptides for rapid development of therapeutic candidates,” provides multiple examples of azapeptide construction, screening, and selection using a known peptide inhibitor of inflammation and bradykinin. “Peptides as drug candidates are easy to discover yet difficult to develop as final drugs because of their fast degradation in our body. A technology that circumvents these problems inherent to native peptides will change the future landscape of drug discovery. Our technology provides a platform of tools that enable minimal modification of any peptide at highly prone degradation sites, thereby increasing its life span in our body, allowing it more time to find its target and neutralize it.” Dr. Al-Abed Through peptide editing, going from peptide to azapeptide, using methods that Dr. Al-Abed and his team detail in the new paper, scientists can create potential therapies that have enhanced characteristics compared to natural peptides, like longer stabilities in a more efficient manner. Dr. Al-Abed and his team have precisely engineered thiocarbazates (a novel functional group) in the proprietary process to achieve an almost universal and more efficient means to selectively replace amino acids in a peptide chain. “Peptide drugs are a crucial resource for patients and the global pharmaceutical industry,” said Kevin J. Tracey, MD, president and CEO of the Feinstein Institutes and Karches Family Distinguished Chair in Medical Research. “Dr. Al-Abed and his team invented a fully automated chemical strategy using novel chemistry to make new peptide drugs which is an important new avenue for peptide drug discovery.” About the Feinstein Institutes The Feinstein Institutes for Medical Research is the research arm of Northwell Health, the largest health care provider and private employer in New York State. Home to 50 research labs, 3,000 clinical research studies and 5,000 researchers and staff, the Feinstein Institutes raises the standard of medical innovation through its five institutes of behavioral science, bioelectronic medicine, cancer, health innovations and outcomes, and molecular medicine. We make breakthroughs in genetics, oncology, brain research, mental health, autoimmunity, and are the global scientific leader in bioelectronic medicine – a new field of science that has the potential to revolutionize medicine.

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BUSINESS INSIGHTS, PHARMA TECH

Aequus Announces Health Canada Notice of Compliance (NOC) for Zimed® Preservative Free (Bimatoprost 0.03%)

Aequus Pharmaceuticals | December 21, 2022

Aequus Pharmaceuticals Inc. is pleased to announce that Health Canada has approved Zimed® PF for the reduction of elevated intraocular pressure in patients with open-angled glaucoma or ocular hypertension. Affecting more than 700,000 people in Canada, glaucoma is one of the leading causes of blindness in North America. Zimed® PF is the first prostaglandin analog that is preservative free and offered in an easy-to-use multi-dose bottle in Canada. PGAs are commonly prescribed first-line to reduce IOP. The vast majority of medications currently available include preservatives such as Benzalkonium Chloride. Chronic exposure to BAK has been found to increase the likelihood of experiencing Ocular Surface Disease and reduce patient adherence. “We have heard from the eyecare professionals that there is a need for preservative-free alternatives. The PGA market continues to grow year-over-year and we are excited to provide a new option for Canadian health care providers and their patients.” Grant Larsen, CCO of Aequus Pharma Zimed PF is contained in a unique multi-dose bottle that leverages a unidirectional valve and air filter technology to eliminates the need for a preservatives. In addition, this packaging format significantly reduces the amount of plastic used compared to single-use alternatives. “Medicom is excited by this news and looks forward to launching Zimed® PF in the Canadian market with Aequus,” says Simon Martin, CEO of Medicom. “Globally we have seen the strong uptake for Zimed® PF and pleased it will soon be available to Canadian patients.” Doug Janzen, CEO of Aequus Pharma said, “We want to thank Medicom for their support through the approval process with Health Canada. This is our third product we’ve brought to Canada in this partnership. We look forward to launching Zimed® PF in 2023 and providing Canadians with more treatment options.” ABOUT AEQUUS PHARMACEUTICALS INC. Aequus Pharmaceuticals Inc. is a specialty pharmaceutical company focused on developing and commercializing high quality, differentiated products. Aequus has grown its sales and marketing efforts to include several commercial products in ophthalmology and optometry. Aequus plans to build on its Canadian commercial platform through the launch of additional products that are either created internally or brought in through an acquisition or license, remaining focused on highly specialized therapeutic areas.

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