Beth DiLauri sets out the fundamental case for the adoption of wearable injectors, outlines the specific barriers they overcome, and describes how the design and development of the BD Libertas(TM) is an attractive proposal for pharma companies.
TRANSDERMAL DELIVERY – Effect of Skin Model on In Vitro Performance of an Adhesive Dermally Applied Microarray – ADAM(TM) – Coated With Zolmitriptan
Hayley Lewis and Mahmoud Ameri, PhD, assessed Strat-M, full thickness, and dermatomed ex vivo skin on percutaneous delivery of zolmitriptan from innovative drug-coated dermally applied microprojections that target the epidermal/dermal layer for fast and efficient delivery.
Robert Davidson and Jessica Rousset explain how buccal administration further represents a better alternative to injections or tablets for those patients who have difficulty swallowing.
AAPS BRIEF – Personalized Medicines for Oral Drug Delivery Devices: Definitely NOT Your Father’s Tablets
Christopher McCurdy, PhD, explains how the incorporation of 3D printing technology, made a reality with the approval of the first 3D-printed pharmaceutical by Aprecia, increased the research and interest around 3D printed formulations, and now, highly sophisticated tablets are being developed.
Contributor Cindy H. Dubin reviews some of the innovative and novel technologies developers are deploying to make self-injection easier and improve patient adherence.
CONTROLLED RELEASE – Informed Selection of Modified-Release Technologies Provides Simpler Oral Dose Regimens
Ronak Savla, PhD, reviews some of the physicochemical and biopharmaceutical characteristics of drugs and how they influence creation of a controlled drug delivery formulation.
Lev Gerlovin and Pascale Diesel, PharmD, believe there is significant evidence to indicate that we are entering a golden age of gene and cell therapy development, and while industry works to advance these programs, the debate over new approaches in both structuring and financing clinical research is likely to continue.
LIPID-BASED DELIVERY – Advanced Lipid-Based Drug Delivery Systems: Solid Lipid Nanoparticles & Nanostructured Lipid Carriers
John K. Tillotson, RPh, PhD, believes increased research and development of these drug delivery platforms will continue to advance therapeutic efficacy and safety for emerging difficult-to-deliver actives.
DRUG DELIVERY – Targeted Delivery of Submicron Particle Cancer Chemotherapy: Helping Shift the Immunotherapy Paradigm
Marc A. Iacobucci says that with much attention and research investment into IOT, NanOlogy is shaping a new paradigm for cancer treatment by attempting to improve the safety and effectiveness of tried and true CT through local delivery.
GLOBAL REPORT – 2017 Global Drug Delivery & Formulation Report: Part 4, The Drug Delivery & Formulation Pipeline
In the final installment of this 4-part series, PharmaCircle in collaboration with Drug Development & Delivery, provides a pipeline review and analysis (centered on drug delivery and formulation products) looking forward and back 5 years for a total of 10 years.
EXCLUSIVE ONLINE CONTENT
By 2050, it is projected that the proportion of people aged 65 and older will be more than double that of children aged 5. This global phenomenon is also leading to an increasing number of people suffering from chronic diseases, such as diabetes and osteoporosis.
A New Generation of Ophthalmic Products With Pylote Eco-Friendly Protection Offers Improved Safety & Comfort for Patients
Like all pharmaceuticals, ophthalmic preparations are subject to microbiological contamination. Both ophthalmic solutions used for diagnostic and therapeutic purposes have been found to be contaminated by pathogenic bacteria with reported rates as high as 70%, associated with severe ocular infections such as keratitis and endophthalmitis.
Aptar Pharma, a leading drug delivery systems provider, continues its commitment to meeting new market trends with the release of an industry first, PureHale, a new portable and ready-to-use drug delivery solution designed for upper respiratory care.
Brammer Bio recently announced that a 3-year, $200-million investment program is on track to establish over 30 suites for clinical and commercial viral vector supply for a broad pipeline of advanced gene therapies and gene-modified cell therapies.
Catalent Selected to Provide Oral Delivery Systems for GB Sciences’ Proprietary Parkinson’s Disease Therapies
GB Sciences, Inc. and Catalent Pharma Solutions recently announced that GB Sciences has selected Catalent to provide oral delivery systems, formulation development, and clinical-scale oral dose manufacturing of GB Sciences’ proprietary active pharmaceutical ingredients (APIs) for its Parkinson’s disease therapies.