Greystone Associates, Feb 2011
molecular size limit dramatically, opening up a host of opportunities for transdermaldelivery.
Highlights
- Analyzes and evaluates activetransdermal device technology and commercial activetransdermal
Greystone Associates, Dec 2010
vs ActiveDelivery Systems
- Transdermal Pain Management Gels
- Transdermal Formulations
- IP and Proprietary Technology
- Limitations of Topical Gels
Transdermal Pain Management Product Assessments
Greystone Associates, June 2011
and Packaging
- The Patch Manufacturing Ecosystem
- CNS Patch Economics
- Passive vs ActiveDelivery Systems
The Global Market for Transdermal CNS Therapeutics –Disease Segment Analysis
- ADHD
- Alzheimer
Research Facts Ltd, Jan 2011, Pages: 142
employ activedelivery, in which the stratum corneum is breached to enhance the permeability of the skin. These activetransdermal technologies include iontophoresis, electroporation, microneedles
Greystone Associates, Aug 2011 Transdermal drug patches offer the advantages of ease of use, painlessness, disposability, control of drug delivery and avoidance of first-pass metabolism by the liver. Advances in synthetic
Greystone Associates, Aug 2011 Transdermal drug patches offer the advantages of ease of use, painlessness, disposability, control of drug delivery and avoidance of first-pass metabolism by the liver. Advances in synthetic
Research Facts Ltd, July 2009, Pages: 98
years, the transdermal route of drug delivery has evolved considerably and it now competes with oral treatment. A number of transdermal technologies have been developed which employ activedelivery
Greystone Associates, May 2011
To expand the limits of transdermal drug delivery, developers are employing energy sources such as ultrasound, heat and electrical current to affect active transport through the skin
Greystone Associates, Jan 2012 Transdermal Patch Design
Passive Patch Construction
Active Transport Patch Technologies
Iontophoresis
Electroporation
Microporation
Mechanical Arrays
Radio Frequency
Thermal/Heat
Ultrasound
Prescription
Greystone Associates, March 2009, Pages: 180
, skin patches are rapidly becoming an important consumer healthcare product category. Transdermal drug patches offer the advantages of ease of use, painlessness, disposability, control of drug delivery
Greystone Associates, Nov 2011
a transdermal drug device format with an activedelivery technology. Provider organization business managers, healthcare administrators and investors will also benefit from this study. Executive Summary
Greystone Associates, Nov 2011
effectiveness against breakthrough pain and has become a commonly prescribed pain medication for most forms of cancer. Controlled release formulations that include transdermal patches and transmucosal tablets
Frost & Sullivan, Aug 2006
This Frost & Sullivan research service entitled U.S. Transdermal Drug Delivery Market provides pipeline analysis, forecasts, and technology overviews. In this research, Frost & Sullivan's expert
Business Insights, July 2011, Pages: 147
, the transdermal administration route is attracting the most attention. Across all parenteral delivery forms, the continued increase in the number of experimental protein and peptide drug candidates means
Jain PharmaBiotech, Feb 2012, Pages: 345
Nasal delivery of neuroprotective drugs for stroke
Transdermal drug delivery for neurological disorders
Drug delivery to the brain via inner ear
Invasive neurosurgical approaches
Intraarterial drug
Jain PharmaBiotech, Feb 2012, Pages: 639
gefitinib vs intravenous docetaxel
Transdermal drug deliveryDelivery of the photosensitizer drug d-amino levulinic acid
Transdermaldelivery of the methotrexate
Transdermal nitroglycerine for prostate
Elsevier Science and Technology, Dec 2009, Pages: 328
-passive, transdermal-active (device- aided enhanced penetration), trans-mucosal membrane, trans-ocular membrane as well as delivery via alveolar membrane from inhaled medication. Patient compliance has been
Jain PharmaBiotech, Feb 2012, Pages: 772
penetration is improved in transdermal drug delivery. A particularly effective application is as nonviral gene therapy vectors. Nanotechnology has the potential to provide controlled release devices