Pain ManagementPharmacy compounding is the art and science of preparing
customized medications for patients. Its practice dates back to the
origins of pharmacy, yet the presence of compounding throughout the
pharmacy profession has changed over the years. The pharmacist's
role in preparing medications quickly changed to that of a dispenser
of manufactured dosage forms. Within the last two decades, though,
compounding has experienced resurgence, as modern technology and
innovative techniques and research have allowed more pharmacists to
customize medications to meet specific patient needs. Today, an
estimated one percent of all prescriptions are compounded daily by
pharmacists working closely with physicians and their patients. The compounding solution for pain managementPain is an unpleasant sensory and emotional experience associated with actual or potential tissue damage or described in terms of such damage. Struggling through chronic pain problems like arthritis, fibromyalgia, migraine, headaches and nerve and muscle pain does not have to be a daily activity. There’s a better solution: pharmacy compounding, a customized option for pain management. Every individual is unique, and the types of pain experienced can be equally diverse. By working with a compounding pharmacist, physicians can prescribe treatments tailored specifically for the patients pain management needs. Many commonly prescribed pain relief medications cause stomach irritation and other unwanted side effects. Compounding can provide alternate methods of delivery by combining the ingredients of traditional oral pain medications in a • Topical gel/Cream Topical pain relievers A specially prepared compound that
combines several medications into a single topical gel ready to be
applied directly to affected areas can eliminate these multiple
products. Because patients vary in size, symptoms and pain
tolerances, commercially available medications often do not provide
appropriate dosage strength. Through compounding a physician and
pharmacist can customize a medication to the exact amount needed by
the patient. Development of transdermal gels capable of supporting
multiple classes of drugs while enhancing penetration and subsequent
delivery of drug entities across the skin barrier allow for a
noninvasive, convenient, and relatively adverse-event free mechanism
for accomplishing this tailored care. The recent development of a
pluronic gel formulation has expressed significant efficacy over
other gel formulations such as the carbopol-based formulation.
Variations in absorption depend on numerous factors. As the polymer
concentration increases, the diffusion coefficient of Ketoprofen
decreases. As temperature increases, the diffusion coefficient of
Ketoprofen increases.
Treatment for shingles:P7 Lidocaine 5% + Ketoprofen 20% + Ketamine 2% + Carbamezapine 5%
+ 0.2%2 Deoxy-D-Glucose + 3% Acyclovir
Diabetic Neuropathy/ Neuropathic pain/ RSD:Neuropathic agents applied transdermally to treat pain avoid
systemic side effects, efficiently deliver the drug to the site of
application and may also be able to administer multiple drugs in one
dosage form. Agents used to increase the circulation are:
|
P11 | Diclofenac 25mg + Glucosamine 333mg | Cap | 90 | 1C TID |
P11A | Tramadol 30mg + Glucosamine 333mg | Cap | 90 | 1C TID |
P11B | Diclofenac 25mg + Tramadol 30mg + Glucosamine | Cap | 90 | 1C TID |
APAP + Hydrocodone | Cap | |||
APAP + Hydrocodone + Dextromethorphan | Cap | |||
Morphine 10mg | Cap |
Morphine--The primary drug in the area of pain management. As an analgesic preparation it is virtually irreplaceable. Unfortunately, when given chronically, tolerance always ensues. This is why we have incorporated Dextromethorphan into the formulation. Recently, it has been shown that Dextromethorphan can slow the development of morphine tolerance. It does this by binding to and blocking the NMDA receptor. This is the receptor that is needed for morphine tolerance to develop.
Oxycodone-- A morphine relative, is also a very
good analgesic.
Hydrocodone-- Another morphine related medication used to decrease
pain.
Dextromethorphan-- Extended release capsules are available so that
the patient can continue his or her regular morphine related
products and take this to slow the development of tolerance.
(The E.R. stands for extended release)
Morphine SO4 E.R. with Dextromethorphan: 15, 30, 60, 90, 100, 160,or
200 mg
Oxycodone E.R. with Dextromethorphan: 20, 40, 60, or 80 mg
Hydrocodone E.R. with Dextromethorphan: 5, 7.5, 10, 15, 30, 40 mg
Dextromethorphan E.R. 30 or 100 mg
Cyclobenzaprine 10 mg/ Guaifenesin 30 mg/ Dextromethorphan 30 mg
As liquids, these analgesic products are used successfully in treating pain in children and the elderly, who may not be able to swallow capsules or tablets. Oxycodone is a semi-synthetic, morphine-related medication used for the management of severe pain. APAP stands for Acetyl-p-aminophenol, in short, Acetaminophen. It is used widely as an analgesic and antipyretic. It is effectively used in treating many types of pain including arthritis and menorrhea.
Aseptic compounding and Intrathecals
Hyaluronic acid/Bupivacaine 40mg/10mg | 2ml syringe | Inj |
Hyaluronic acid/Bupivacaine/Betamethasone 40mg/10mg/2mg | 2ml syringe | Inj |
Hyaluronic acid Bupivacaine free 20mg | 2ml syringe | Inj |
Hyaluronic acid Bupivacaine free 40mg | 2ml syringe | Inj |
Morphine + Clonidine 20mg/1mg/ml intrathecal | Inj | |
Morphine 8mg/ml intrathecal | Inj | |
Hydromorph + Bupivicaine + Clonidine | Inj |
For migraine sufferers, pain medication may be administered
through nasal sprays, flavored troches, or lozenges. These dosage
forms bypass the gastrointestinal tract, providing optimal results
with less GI irritation.
Dexamethasone | Spray |
Lidocaine + Phenyephrine | Spray |
• Apthous ulcers
• Primary herpetic stomatitis
• Radiation necrosis
• Acute necrotizing ulcerative gingivitis
Benign autoimmune condition canker sores (Aphthous ulcers) are very common. Typically, they are a shallow ulcer with a white or whitish/yellow base surrounded by a reddish border. Canker sores (aphthous ulcers) are a common form of mouth ulcer
D30 | Stanford’s mouthwash—Tetracycline + Nystatin + 2 Deoxy-D-Glucose + Chlorpheniramine |
D30A | Silegy’s mouthwash—Tetracycline + Nystatin + 2 Deoxy-D-Glucose + Chlorpheniramine + Hydramine |
D30B | Daniel’s mouthwash—Sumycin + Dexamethasone + Nystatin + Diphenhydramine |
Misoprostol-- Decreases pain and inflammation. Heals
intraoral lesions within 24hours
Tetracycline-- is an antibiotic in the mixture to
reduce the bacterial flora in and around the lesion.
Nystatin-- is to stop any fungal growth that might
occur and complicate the problem even further.
Chlorpheniramine-- an antihistamine is included for
its local anesthetic action and the temporary relief it can grant
from pain and discomfort.
Deoxy-2-glucose-- acts as an antiviral.
Triamcinolone-- a synthetic steroid is used as
anti-inflammatory and antipruritic agents
Dexamethasone | Is a corticosteroid that can be used as an anti-inflammatory and anti-pruritic. |
Diclofenac | Is a non-steroidal anti-inflammatory drug (NSAID). |
Piroxicam | A member of the oxicam family, is able to inhibit edema, erythema, tissue proliferation, fever and pain. |
Ketoprofen | Is a non-steroidal anti-inflammatory agent (NSAID) whose use is best indicated for pain involving torn muscles and like injuries. |
Phenylbutazone | Is a pyrazolone derivative that exhibits anti-inflammatory, anti-pyretic, analgesic, and uricosuric property. It is primarily used for the treatment of all types of arthritis, including gout and osteoarthritis, and is also indicated for the treatment of painful shoulder and superficial thrombophlebitis |
Cyclobenzaprine | Is a muscle relaxant and anti-spastic agent that affecting muscle function. |
Lidocaine | Is a local anesthetic, which, applied topically, is able to numb the area |
Ketamine | Typically used for reflex sympathetic dystrophy, is for nerve pain that may not be responsive to other medications. This topical application allows practitioners to reduce the dose of more potent narcotic painkillers. |
Naproxen | Is a non-steroidal anti-inflammatory drug (NSAID) with anti-pyretic and analgesic properties |
Guaifenesin | Has been shown in several veterinary studies to be an effective muscle relaxant. Its mechanism of action is unclear. |
Amitriptyline | Has been shown to reduce nerve pain when used topically. Its mechanism of action is unknown. |
Capsaicin | Is effective for relieving neurologic, neuropathic, and arthritic pain. |
Baclofen | Is a very effective muscle relaxant and anti-spastic agent. It possibly works by decreasing excitatory neurotransmitter release. |
Carbamazepine | Is effective for treating trigeminal neuralgia. It decreases polysynaptic responses and blocks post-tetanic potentiation. This topical formulation is good for relieving nerve pain. |
Gabapentin | Has been shown to be effective in relieving nerve pain. Gabapentin acts by mimicking GABA, an inhibitory neurotransmitter. Carbamazepine is also a good treatment for nerve pain. |
Clonidine | Stimulates alpha-adrenoreceptors in the brain, resulting in reduced sympathetic outflow from the central nervous system. |
Methadone Methadone | is a synthetic opioid agonist that has been shown to be effective in the treatment of chronic malignant and non-malignant pain. It has a great oral and rectal absorption, no active metabolites, prolonged duration of action resulting in longer administration intervals, and lower cost than other opioids. |
Loperamide | Loperamide, an opioid agonist produced an antihyperalgesic effect through peripheral opioid receptors in inflamed tissue. |
Topical GTN (Glyceryl Trinitrate) to reduce the discomfort
associated with the application of capsaicin:
The burning discomfort associated with the application of capsaicin
cream (0.025%) was significantly reduced by the application of GTN
cream (1.33%).
Compounding of medications has allowed us to customize a
formulation, upon the request of a physician, to best suit a
patient’s need. We are able to compound:
· Drugs, through transdermal route, {found to be of great advantage
in situations where in a transdermal
absorption would provide a therapeutic effect} ex: NSAID, by itself
or in combination with muscle relaxants,
steroids, analgesics, antipruritic, antiviral etc.
· By varying the composition of the gel, cream or the ointment base,
the penetration of the active ingredient can
be controlled to get a desired result.
· Injectables {preservative free or custom aseptic compounding} ex:
pain meds, intrathecal injectables, or eye
preparations.
We specialize in customizing medications to meet unique
patient and unique physicians needs. If you read about something in
a medical journal and would like for us to source it or formulate it
for your patients, Please call or email for
more information. We will work with your Doctor to customize the
best pain management solutions for you. We will mail directly to
patients or physicians office. Our commitment to our patients and
physicians is always our priority. We hope you will allow us to help
you to help your patients.