Pain
is the leading cause of disability in the US, affecting more than cancer,
diabetes and heart disease combined. Current analgesics for persistent pain are
relatively ineffective, are associated with significant adverse effects or
abuse liability, and do not reduce pain in all treated individuals. Opioids
(e.g., morphine, codeine, oxycodone) are currently one of the most potent
groups of analgesics used clinically, with prescriptions increasing by 50% over
the past 10 years for chronic, non-cancer pain. However, there is clear
evidence that as opioid prescription rate rise, there is a corresponding
increase in opioid overdose deaths, misuse and addiction. These adverse effects
are attributed to the opioid agonist effects on central opioid
receptors—causing dependence, tolerance, sedation, and respiratory depression.
Non-steroidal
and steroidal anti-inflammatory drugs have serious side effects such as gastric
erosions, ulcer formation, bleeding, hypersensitivity reactions, cardiovascular
toxicity, renal toxicity, and hepatotoxicity. In addition, they are also not
peripherally selective thereby causing a range of central adverse effects. Over
the past 20 years, most analgesic development activities have been limited to
the reformulation of opioids, production of new cyclooxygenase (COX)
inhibitors, amine reuptake inhibitors and anticonvulsants, and introduction of
topical local anesthetics—all of these act on well-established targets. A
significant unmet need exists in the emergence of novel mechanism which will
avoid the current NSAIDS side effects with improved efficacy. Several newer
mechanisms currently being explored will have the ability to replace opioids in
the treatment of acute and chronic moderate to severe pain.
Globally,
pain is one of the important therapy areas with a market size of over $50b in
2013, and is expected to grow at 10%. The recent patent expiry of Cymbalta and
Lyrica (2018) will have significant impact on the overall pain market size in
the near future. However, several pipeline molecules are emerging to fill this
gap. The importance of abuse deterrent labeling in the formulations can be
better understood from FDA’s non-approval of oxycontin generics in 2013. The
revised labeling with abuse deterrence has protected Purdue’s oxycontin revenue
slide from its generization.
In
the wake of abusive potential of opioids drugs reported all across the US, FDA
recently drafted guidance for evaluation
and labeling of opioids formulations based on their ability to reduce its
abusive potential (tier 1 to 4). Despite the process being in nascent stage,
several specialty companies have already ventured into the development of abuse
deterrent formulations to reap benefits in the near future.
In
this report, we have discussed a number of novel delivery technologies employed
in the formulation of abuse deterrent product, technologies employed in
enhancing patient compliances and emerging novel mechanisms in the management
of pain. Renewed interest on pain therapy is vision as recently Biogen Idec
acquired Convergence’s CNV1014802 (Nav 1.7 sodium channel blocker) to expand
its neuropathic pain portfolio and we believe several such acquisitions will
happen in the near term.
Spanning over 64 pages, “Therapeutic
Class Overview : Moderate to Severe Pain: Novel Abuse Deterrent Formulation
Technologies and Emergence of Novel Mechanisms in the Management of Pain” report
covering the Management of Pain, FDA Schedule for controlled substances and
advantage of Schedule III over II, FDA Guidelines for the development of abuse
deterrent formulations, Abuse deterrent Technology Platforms employed in
marketed drugs and pipeline, Pipeline analysis of Novel Mechasim in Pain
Therapy, Late stage pipeline developments in neuropathic pain.
Know more about this
report at
– http://mrr.cm/43j
Find all Pharma and Healthcare Reports at: http://www.marketresearchreports.com/pharma-healthcare
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