Global subcutaneous drug delivery devices market expected to grow
A new report has predicted that the global subcutaneous drug delivery devices market will grow to $17,290.47 million in 2027 from $9,243.80 million in 2018.
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A new report has predicted that the global subcutaneous drug delivery devices market will grow to $17,290.47 million in 2027 from $9,243.80 million in 2018.
Included in this in-depth focus are articles on using vitamins and fatty acids as APIs as well as the trends that have influenced the global excipients market.
A study has shown that macroscopic hollow spheres can be distorted to deflate and potentially release their contents, which could be imitated by microscopic drug delivery techniques.
A new liquid formulation of hydroxycarbamide to treat sickle cell disease will “enable doctors to personalise doses in children".
Within this issue is an analysis of the impacts that low temperature can have on protein aggregation, a discussion on maintaining the safety and quality of medicines when delivered using drones and an exploration of chromatographic techniques used to identify impurities in radiopharmaceuticals. Other articles focus on regulatory non-compliance, excipients…
Encapsulation technology, a simple and efficient technique to coat liquid medication in milliseconds, could improve drug delivery.
A new drug delivery technology has been developed using nanotubes which can efficiently and precisely target lung cancer cells.
The fight against antibiotic resistance could be improved with the discovery of a concept for fabricating nanomeshes as a drug delivery system.
Marketing authorisation in the EU for Baqsimi, the first non-injectable treatment for very low levels of blood sugar, has been recommended by an EMA committee.
Scientists have found a way to effectively transport medication into the brain which could lead to improved treatments for neurological and neurodegenerative diseases.
Researchers have revealed the top 10 drugs by annual revenue in 2025. Here, we investigate the indications that necessitate these treatments and the delivery systems they employ.
Nemera is a world leader in the design, development and manufacturing of drug delivery devices for the pharmaceutical, biotechnology and generics industries. Nemera always puts patients first, providing high-quality solutions that have a demonstrable impact on patients’ health, including off-the-shelf innovative systems, customized design development and GMP contract manufacturing.
A drug capsule that can carry insulin and protect them from the harsh environment of the gastrointestinal tract has been developed.
New chemical entities are largely insoluble, which creates a significant challenge when formulating new drugs; but scientists have recognised the potential of metal organic frameworks (MOFs) as alternative delivery mechanisms for such drugs.
Researchers have developed a series of lipid nanoparticles, which encapsulate RNA, for effective and improved vaccine delivery.