Drug Delivery In-Depth Focus 2022
Articles explore the potential of tryptamines in treatment-resistant depression and drug delivery options for mRNA therapeutics.
List view / Grid view
Articles explore the potential of tryptamines in treatment-resistant depression and drug delivery options for mRNA therapeutics.
ImaLINK™ manifold, which is designed to minimise the need for fittings, connections or assembly of all leak points, entrapment areas are eliminated.
There is growing interest in the use of psychedelic-assisted therapy for treatment of mental health conditions. Here, Guy Goodwin, Chief Medical Officer of COMPASS Pathways, explores the potential of tryptamines to treat depression, sharing results from a recent clinical trial.
This issue includes articles on Raman mapping of pharmaceutical tablets, delivery options for mRNA therapeutics, the use of high-throughput analytics for clonal cell selection and much more...
Researchers have developed a new 3D covalent organic framework material which has potential to offer efficient extended-release drug delivery.
SPRAVATO® nasal spray helped treatment-resistant depression patients remain remission and relapse free in a Phase III trial.
The FDA gives clinical trial clearance to 3D-printed colon-targeted oral drug for ulcerative colitis, to help improve safety of the dosage release.
HIV patients received real-time antiretroviral dosage data from an innovative edible sensor in a clinical trial.
Paper highlights trends in developing analytical procedures to assess the quality of prostaglandin analogues used to treat glaucoma.
The biological characterisation of complex medicines like nucleic acid therapeutics and antibody-drug conjugates is important to understand their biodistribution and cellular delivery. Here, Isabel Peset, Lorna FitzPatrick and Martin Main from Medicines Discovery Catapult discuss the potential for using advanced light microscopy techniques.
Using AI, researchers have produced a nanozyme treatment for regenerating hair in mice, delivered via a microneedle.
MIT researchers have developed a robotic capsule that tunnels through mucus in the GI tract to deliver large oral protein-based drugs like insulin.
Korean researchers developed ground-breaking new technology that manufactured biodegradable microrobots intended for targeted precision therapies at a rate of 100 per minute.
A Phase I trial showed early potential in using a genetically engineered herpes virus to combat advanced cancers that exhibited no response to immunotherapies.
Discover the significance of accurate microbial identifications in building an effective contamination control strategy to keep up with the latest regulatory requirements.