Why Topricin
Go
Behind
Topricin
Go
Behind
Topricin
Topricin Background
Topricin Background
Topricin topical medicines use alternative botanical and biologic formulations that are natural and safe, and have been distributed in the U.S. for 25 years. This topical medicine’s scientific mechanism of action is now postulated to include ion-channel effects, cellular signaling, and vascular tone, thereby reducing inflammation, encouraging wound-healing, and relieving neuromuscular pain.
Topricin topical medicines use alternative botanical and biologic formulations that are natural and safe, and have been distributed in the U.S. for 25 years. This topical medicine’s scientific mechanism of action is now postulated to include ion-channel effects, cellular signaling, and vascular tone, thereby reducing inflammation, encouraging wound-healing, and relieving neuromuscular pain.
The OTC topical medicine formulations in Topricin vary by product, but each contains combinations of natural botanicals and diluted natural venoms (see ingredients below). Topricin formulations are sold nationally in major and independent pharmacies, and grocery and natural stores, as well as major online marketplaces. To date, there are no reports of side effects, dependencies, toxicity, or other contraindications associated with Topricin topical medicine formulations.
The OTC topical medicine formulations in Topricin vary by product, but each contains combinations of natural botanicals and diluted natural venoms (see ingredients below). Topricin formulations are sold nationally in major and independent pharmacies, and grocery and natural stores, as well as major online marketplaces. To date, there are no reports of side effects, dependencies, toxicity, or other contraindications associated with Topricin topical medicine formulations.
Why Topricin
Why Topricin
Topricin formulations have been safely and widely used since 1994, and have received patents in the United States. Further, each Topricin product has received a unique NDC, or National Drug Code. The code is present on all nonprescription (OTC) and prescription medication packages and inserts in the U.S.
Topricin formulations have been safely and widely used since 1994, and have received patents in the United States. Further each Topricin product has received a unique NDC, or National Drug Code. The code is present on all nonprescription (OTC) and prescription medication packages and inserts in the U.S.
Clinical surveys to date of all Topricin topical formulations have demonstrated no untoward effects of the skin, circulatory system, or nervous system. Decades of actual usage further support Topricin’s safety in a broad population of pediatric and adult patients. These clinical surveys also demonstrate a statistically meaningful reduction of pain, based on questionnaires. Patients also reported their satisfaction with the topical product, because it was easy to apply, natural, odorless, non-staining, and moisturizing.
Clinical surveys to date of Topricin topical formulations have demonstrated no untoward effects of the skin, circulatory system, or nervous system. Decades of actual usage further support Topricin’s safety in a broad population of pediatric and adult patients. These clinical surveys also demonstrate a statistically meaningful reduction of pain, based on questionnaires. Patients also reported their satisfaction with the topical product, because it was easy to apply, natural, odorless, non-staining, and moisturizing.
The active ingredients, up to 17 natural bio-medicines, in Topricin are medically valuable and scientifically substantiated, with mechanisms of action that include effects upon ion-channels, coagulation, and vascular tone, thereby reducing inflammation, encouraging wound-healing, and relieving neuromuscular pain, as further discussed below.
The active ingredients, up to 17 natural bio-medicines, in Topricin are medically valuable and scientifically substantiated, with mechanisms of action that include effects upon ion-channels, coagulation, and vascular tone, thereby reducing inflammation, encouraging wound-healing, and relieving neuromuscular pain, as further discussed below.
Message From Topricin Co-Founder and Formulator Lou Paradise:
Insights From Topricin Co-Founder and Product Formulator Lou Paradise:
The Micro-Environment and the Skin:
Research for Topricin started by first recognizing the body’s miracle of healing. The analgesics model both taken internally and topically applied to mask symptoms never addresses the cause and effect that pain produces serious, sometimes deadly side effects, and shuts the healing process down. The body’s ability to heal itself is a beautiful, complex, elegant system, and without it, life as we know it could not exist. Many of the secrets of this vibrant mechanism are found in the micro-environment. The question when we first started developing Topricin was: could we configure a means to enhance and support the body’s intrinsic, natural ability to heal while addressing the cellular cause of joint, nerve and muscle pain?
The Skin and Homeostasis for the Entire Body:
The skin is the largest organ of the body responsible for: regulating body temperature; blood reserves; excreting toxic substances through perspiration; sensory organ for touch and emotional sensations; the production of hormones released in micro-circulation vital for important functions of the entire human organism such Vitamin D synthesis. Deeper research revealed the skin does not just have structures to store and release hormones, the chemical messenger powerhouses of the body, but more so the skin produces hormones and or hormone like compounds.
Homeopathy - the Elegant Medicine:
In the conventional approach to pain management, symptoms such as pain are perceived to be an extension of the condition. Chemical based medicines seek to inhibit, nullify or interfere with the body’s natural chemistries to reduce or eliminate the symptom. This sounds like a good idea on paper however when we do this we literally shut the healing process down, and by doing so take the body out of homeostasis. This increases the risks of medical conditions worse than the symptom while not adressing the cause of the original symptom.
Homeopathy as a practice is a comprehensive medical model, and its purpose is to help the body in an elegant gentle manner to heal and repair itself. The body’s powerful, yet subtle, molecular chemistries and Nano-currents, provide energy transfers, and optimum metabolic function, and only need subtle minor chemistry adjustments to maintain balance. The symptom from a homeopathic prospective is the guiding principle that aligns the remedy biomedicine needed to help the body restore this subtle vital balance so to naturally return to optimum healing, health, vitality and homeostasis.
How Does Topricin Work:
Topricin treats the skin to support the vital functions as mentioned above, including its regulation of all the healing chemistries the body needs and uses to set the stage for optimum healing of the cells deep in the site causing the pain. The combination of natural biomedicines (11-17) depending on the product goes down to the lymphatics to release any excess inflammatory fluid pressure restricting microcirculation. This action serves to detoxify and restore oxygen/nutrient rich blood flow to the cells effected.
Biomedicines:
Each of the biomedicines found in Topricin are molecular sized and nearly identical to the body’s own healing chemistry, so they easily pass through the skin to the pain site. The biomedicines are all safe and have a specific purpose. The specific combination of biomedicine compounds are needed to assist the body in order to balance its multiple chemistries and achieve homeostasis and optimum healing. All the biomedicines are sourced naturally: six from botanicals; one mineral that treats and optimize the skin; four biomedicines from reptile venoms. Venoms contain a host of extremely rich and complex natural sources of biologically active molecules including peptides and enzymes that have variety of molecular targets and functions. Micro-dosed homeopathically, they provide enzyme action that supports metabolic function and healing.
Insights From Topricin Co-Founder and Product Formulator Lou Paradise:
Message From Topricin
Co-Founder
and Formulator
Lou Paradise:
The Micro-environment
and the Skin:
Research for Topricin started by first recognizing the body’s miracle of healing. The analgesics model both taken internally and topically applied to mask symptoms never addresses the cause and effect that pain produces serious, sometimes deadly side effects, and shuts the healing process down. The body’s ability to heal itself is a beautiful, complex, elegant system, and without it, life as we know it could not exist. Many of the secrets of this vibrant mechanism are found in the micro-environment. The question when we first started developing Topricin was: could we configure a means to enhance and support the body’s intrinsic, natural ability to heal while addressing the cellular cause of joint, nerve and muscle pain?
The Micro-Environment
and Microcirculation:
Research for Topricin started by first recognizing the body’s miracle of healing. The analgesics model both taken internally and topically applied to mask symptoms never addresses the cause and effect that pain produces serious, sometimes deadly side effects, and shuts the healing process down. The body’s ability to heal itself is a beautiful, complex, elegant system, and without it, life as we know it could not exist. Many of the secrets of this vibrant mechanism are found in the micro-environment. The question when we first started developing Topricin was: could we configure a means to enhance and support the body’s intrinsic, natural ability to heal while addressing the cellular cause of joint, nerve and muscle pain?
The Skin and Homeostasis for the Entire Body:
The skin is the largest organ of the body responsible for: regulating body temperature; blood reserves; excreting toxic substances through perspiration; sensory organ for touch and emotional sensations; the production of hormones released in micro-circulation vital for important functions of the entire human organism such Vitamin D synthesis. Deeper research revealed the skin does not just have structures to store and release hormones, the chemical messenger powerhouses of the body, but more so the skin produces hormones and or hormone like compounds.
Homeopathy - the Elegant Medicine:
In the conventional approach to pain management, symptoms such as pain are perceived to be an extension of the condition. Chemical based medicines seek to inhibit, nullify or interfere with the body’s natural chemistries to reduce or eliminate the symptom. This sounds like a good idea on paper however when we do this we literally shut the healing process down, and by doing so take the body out of homeostasis. This increases the risks of medical conditions worse than the symptom while not adressing the cause of the original symptom.
Homeopathy as a practice is a comprehensive medical model, and its purpose is to help the body in an elegant gentle manner to heal and repair itself. The body’s powerful, yet subtle, molecular chemistries and Nano-currents, provide energy transfers, and optimum metabolic function, and only need subtle minor chemistry adjustments to maintain balance. The symptom from a homeopathic prospective is the guiding principle that aligns the remedy biomedicine needed to help the body restore this subtle vital balance so to naturally return to optimum healing, health, vitality and homeostasis.
How Does Topricin Work:
Topricin treats the skin to support the vital functions as mentioned above, including its regulation of all the healing chemistries the body needs and uses to set the stage for optimum healing of the cells deep in the site causing the pain. The combination of natural biomedicines (11-17) depending on the product goes down to the lymphatics to release any excess inflammatory fluid pressure restricting microcirculation. This action serves to detoxify and restore oxygen/nutrient rich blood flow to the cells effected.
Biomedicines:
Each of the biomedicines found in Topricin are molecular sized and nearly identical to the body’s own healing chemistry, so they easily pass through the skin to the pain site. The biomedicines are all safe and have a specific purpose. The specific combination of biomedicine compounds are needed to assist the body in order to balance its multiple chemistries and achieve homeostasis and optimum healing. All the biomedicines are sourced naturally: six from botanicals; one mineral that treats and optimize the skin; four biomedicines from reptile venoms. Venoms contain a host of extremely rich and complex natural sources of biologically active molecules including peptides and enzymes that have variety of molecular targets and functions. Micro-dosed homeopathically, they provide enzyme action that supports metabolic function and healing.
Botanicals used in pain management
Botanicals used in pain management
Topricin topical formulations include bioactive botanicals with substantiated pain relief effects and complementary benefits, including Arnica, and Echinacea. The clinical or scientific benefits of bioactive botanicals have been shown for inflammatory skin conditions, skin care, and anti-inflammation for pain relief.
The Topricin base cream formulation (also see below), while not considered active ingredients, contains botanicals with other known benefits, such as moisturizing.
Topricin topical formulations include bioactive botanicals with substantiated pain relief effects and complementary benefits, including Arnica, and Echinacea. The clinical or scientific benefits of bioactive botanicals have been shown for inflammatory skin conditions, skin care, and anti-inflammation for pain relief.
The Topricin base cream formulation (also see below), while not considered active ingredients, contains botanicals with other known benefits, such as moisturizing.
Mechanism of Action of
Venoms in Analgesia
Mechanism of
Action of Venoms
in Analgesia
The mechanism of action of venoms in analgesia continues to be widely studied for both neuropathic and inflammatory pain models. At present, Topricin topical formulations include four specific venoms in dilute form, with specific mechanisms postulated to include ion- and acid-sensing channel effects and other cellular signaling mechanisms, resulting in inflammatory and microcirculatory changes. These channel effects and cellular signaling mechanisms may improve vascular function and anti- inflammatory response, and have been identified for the development of pain management treatments.
The mechanism of action of venoms in analgesia continues to be widely studied for both neuropathic and inflammatory pain models. At present, Topricin topical formulations include four specific venoms in dilute form, with specific mechanisms postulated to include ion- and acid-sensing channel effects and other cellular signaling mechanisms, resulting in inflammatory and microcirculatory changes. These channel effects and cellular signaling mechanisms may improve vascular function and anti- inflammatory response, and have been identified for the development of pain management treatments.
Biologic nervous, and muscular systems venoms are aqueous solutions containing a mixture of mostly peptides and proteins (both enzymatic and non-enzymatic), and a single venom may contain several hundred biologically- active compounds. At present, some of these venom-derived medicines are commonly used, including the ACE-inhibitor Lisinopril for which approximately 104 million prescriptions in America were filled in 2014.
Biologic nervous, and muscular systems venoms are aqueous solutions containing a mixture of mostly peptides and proteins (both enzymatic and non-enzymatic), and a single venom may contain several hundred biologically- active compounds. At present, some of these venom-derived medicines are commonly used, including the ACE-inhibitor Lisinopril for which approximately 104 million prescriptions in America were filled in 2014.
Venom-based medicines have been used for therapeutic pain management, with increasing rates of publication and study for venom’s use in analgesics. This includes venom’s use in neuropathic pain management. Venoms have been used to treat pain in both dilute form as well as topical form, with clinical efficacy shown for muscle relaxant and analgesic topical properties.
Venom-based medicines have been used for therapeutic pain management, with increasing rates of publication and study for venom’s use in analgesics. This includes venom’s use in neuropathic pain management. Venoms have been used to treat pain in both dilute form as well as topical form, with clinical efficacy shown for muscle relaxant and analgesic topical properties.
Pain Management: A Growing Problem
Pain Management:
A Growing Problem
Present-day treatment of pain has led to staggering morbidity and escalation of cost, economically and societally. In the U.S. alone, one hundred million Americans suffer chronic pain. Globally, body pain affects more than 88% of the population, with 65% of people experiencing body pain at least once a week, 69% of people enduring long-lasting pain, and 22% of pain sufferers reporting severe body pain. Of these sufferers, 86% admit that pain limits their general capacity and 67% feel it decreases their quality of life.
Present-day treatment of pain has led to staggering morbidity and escalation of cost, economically and societally. In the U.S. alone, one hundred million Americans suffer chronic pain. Globally, body pain affects more than 88% of the population, with 65% of people experiencing body pain at least once a week, 69% of people enduring long-lasting pain, and 22% of pain sufferers reporting severe body pain. Of these sufferers, 86% admit that pain limits their general capacity and 67% feel it decreases their quality of life.
Societal impact of pain
Societal impact
of pain
Pain is a major disruptor of lives and economies. For children, there is an impact on school performance, attendance, and peer interaction. For adults, pain causes impairments in physical and psychological functioning. Often, there is a need for work modification or disability claims. As a result, people with pain have higher health care expenditures and lower socioeconomic status.
Pain is a major disruptor of lives and economies. For children, there is an impact on school performance, attendance, and peer interaction. For adults, pain causes impairments in physical and psychological functioning. Often, there is a need for work modification or disability claims. As a result, people with pain have higher health care expenditures and lower socioeconomic status.
Pain is complex, with physical, neurological, psychological, economical, and symbolic components. One out of every two people consider themselves vocal about their body pain, with 69% of people feeling their pain impacts their family, 64% of people feeling their pain impacts their love life, 72% of people feeling their pain impacts their social life, 78% of professionals feeling their pain impacts their work, and 71% of students feeling their pain impacts their studies.
Pain is complex, with physical, neurological, psychological, economical, and symbolic components. One out of every two people consider themselves vocal about their body pain, with 69% of people feeling their pain impacts their family, 64% of people feeling their pain impacts their love life, 72% of people feeling their pain impacts their social life, 78% of professionals feeling their pain impacts their work, and 71% of students feeling their pain impacts their studies.
Opioid abuse, Dependence, Impact
Opioid abuse, Dependence, Impact
The White House Council of Economic Advisors has estimated that in 2015, the economic cost of the opioid crisis was $504.0 billion, or 2.8% of GDP that year. The present opioid addiction and dependence epidemic in the United States is unique in that it is a result of medical- based prescribing, disproportionately affecting privately-insured white, middle-class individuals in non-urban settings.16 Remarkably, between 2007 and 2014, opioid dependence in privately- insured individuals rose by 3,203%. Over the same approximate timeframe, private insurance charges rose from $72 million to $722 million. Opioids killed more than 42,000 people in America in 2016, more than any previous year on record, with 40% of all opioid overdose deaths involving a prescription opioid.
The White House Council of Economic Advisors has estimated that in 2015, the economic cost of the opioid crisis was $504.0 billion, or 2.8% of GDP that year. The present opioid addiction and dependence epidemic in the United States is unique in that it is a result of medical- based prescribing, disproportionately affecting privately-insured white, middle-class individuals in non-urban settings.16 Remarkably, between 2007 and 2014, opioid dependence in privately- insured individuals rose by 3,203%. Over the same approximate timeframe, private insurance charges rose from $72 million to $722 million. Opioids killed more than 42,000 people in America in 2016, more than any previous year on record, with 40% of all opioid overdose deaths involving a prescription opioid.
Nonsteroidal and Acetaminophen
Pharmacological Risks
Nonsteroidal and Acetaminophen
Pharmacological Risks
Pharmacologic risks are not isolated to opioid use. The Arthritis, Rheumatism, and Aging Medical Information System (ARAMIS) has estimated that more than 100,000 hospitalizations and more than 16,000 deaths in the United States each year are due to NSAID-related complications, with costs greater than $2 billion. Concerns of hepatotoxicity risks and gastrointestinal-related events associated with NSAIDs require medical prescribers to evaluate risks and benefits for every patient. There is also significant cardiovascular risks for NSAIDs, with a Lancet meta-analysis of trials showing high doses of common NSAIDs increasing the risk of vascular events by a third.
Pharmacologic risks are not isolated to opioid use. The Arthritis, Rheumatism, and Aging Medical Information System (ARAMIS) has estimated that more than 100,000 hospitalizations and more than 16,000 deaths in the United States each year are due to NSAID-related complications, with costs greater than U.S. $2 billion. Concerns of hepatotoxicity risks and gastrointestinal-related events associated with NSAIDs require medical prescribers to evaluate risks and benefits for every patient. There is also significant cardiovascular risks for NSAIDs, with a Lancet meta-analysis of trials showing high doses of common NSAIDs increasing the risk of vascular events by a third.
Since its introduction in 1955, acetaminophen has become the most widely used analgesic in the United States. Worldwide, it is contained in hundreds of over-the-counter (OTC) and prescription medications.
Although safe at therapeutic doses, acetaminophen is the most common cause of acute liver failure in the United States, accounting for 50% of all reported cases and 20% of liver transplant cases. The American Association of Poison Control Centers (AAPCC) reports that acetaminophen is one of the most common pharmaceuticals associated with both intentional and unintentional poisoning and toxicity.
Since its introduction in 1955, acetaminophen has become the most widely used analgesic in the United States. Worldwide, it is contained in hundreds of over-the-counter (OTC) and prescription medications.
Although safe at therapeutic doses, acetaminophen is the most common cause of acute liver failure in the United States, accounting for 50% of all reported cases and 20% of liver transplant cases. The American Association of Poison Control Centers (AAPCC) reports that acetaminophen is one of the most common pharmaceuticals associated with both intentional and unintentional poisoning and toxicity.
Concerns of hepatotoxicity risks and gastrointestinal-related events associated with NSAIDs require medical prescribers to evaluate risks and benefits for every patient. There is also significant cardiovascular risks for NSAIDs, with a Lancet meta-analysis of trials showing high doses of common NSAIDs increasing the risk of vascular events by a third. Since its introduction in 1955, acetaminophen has become the most widely used analgesic in the United States. Worldwide, it is contained in hundreds of over-the-counter (OTC) and prescription medications. Although safe at therapeutic doses, acetaminophen is the most common cause of acute liver failure in the United States, accounting for 50% of all reported cases and 20% of liver transplant cases. The American Association of Poison Control Centers (AAPCC) reports that acetaminophen is one of the most common pharmaceuticals associated with both intentional and unintentional poisoning and toxicity.
Concerns of hepatotoxicity risks and gastrointestinal-related events associated with NSAIDs require medical prescribers to evaluate risks and benefits for every patient. There is also significant cardiovascular risks for NSAIDs, with a Lancet meta-analysis of trials showing high doses of common NSAIDs increasing the risk of vascular events by a third. Since its introduction in 1955, acetaminophen has become the most widely used analgesic in the United States. Worldwide, it is contained in hundreds of over-the-counter (OTC) and prescription medications. Although safe at therapeutic doses, acetaminophen is the most common cause of acute liver failure in the United States, accounting for 50% of all reported cases and 20% of liver transplant cases. The American Association of Poison Control Centers (AAPCC) reports that acetaminophen is one of the most common pharmaceuticals associated with both intentional and unintentional poisoning and toxicity.
Topricin Ingredients
Click the product name on the tabs below to see the detailed ingredients info
- CLASSIC
- FOOT
- FIBRO
- SPORTS
- AFTER BURN
| Active Ingredient | Purpose |
Aesculus hippocastanum 6X | Pain in the lower back, hip and spine |
Arnica montana 3X | Impact, falling and contusion to muscles and joints |
Belladonna 6X | Muscle spasms, night leg cramps |
Crotalus horridus 12X | Impact injuries and deep muscle bruising |
Echinacea 3X | Sharp stitching pain in joints and muscles |
Graphites 3X | Skin conditions |
Heloderma 12X | Burning pain in the hands and feet |
Lachesis mutus 12X | Sciatic pain and carpal tunnel |
Naja tripudians 12X | Nerve injury pain |
Rhus toxicodendron 8X | Muscle cramping, joint and post-surgical pain |
Ruta graveolens 3X | Injuries to the knee, shin and elbow |
Inactive Ingredients:
Captex 300 (from coconut fatty acids), Carbopol® Ultrez 10 (from sucrose), Cetyl Alcohol (from coconut oil), Spectrastat G2 (derived from coconut), Glycerine (vegetable-based), Hydrokote (palm kernal oil with lecithin), lsopropyl Myristate emollient (from palm seeds), Lipomulse (from coconut fatty acids), Purified Water, Sodium hydroxide, Steareth-21 (from stearic acid cocoa butter)
| Active Ingredient | Purpose |
Aesculus hippocastanum 6X | Pain of the Achilles tendon, swelling of the feet after walking |
Arnica montana 6X | Injuries & bruising to muscles and joints |
Belladonna 6X | Night leg cramps, restless leg & muscle spasms |
Calendula officinalis 4X | Dry skin on feet |
Crotalus horridus 8X | Impact injuries and deep tissue bruising |
Echinacea 4X | Swelling & sudden pain in feet & ankles |
Graphites 6X | Skin conditions |
Heloderma horridum 8X | Swelling and burning pain of the feet and toes |
Lachesis mutus 8X | Sudden sharp pain in the feet & ankle |
Naja tripudians 8X | Nerve pain |
Phosphorus 9X | Coldness and cramping of the feet |
Rhus toxicodendron 8X | Sprains and joint pain of the feet, heel and post-surgical pain |
Ruta graveolens 6X | Soreness and bruising of the feet, ankle and shin |
Sulfur 8X | Itching, cracking of the skin and joint pain in the toes and feet |
Inactive Ingredients:
Captex 300 (from coconut fatty acids), Carbopol® Ultrez 10 (from sucrose), Cetyl Alcohol (from coconut oil), Spectrastat G2 (derived from coconut), Glycerine (vegetable-based), Hydrokote (palm kernal oil with lecithin), lsopropyl Myristate emollient (from palm seeds), Lipomulse (from coconut fatty acids), Purified Water, Sodium hydroxide, Steareth-21 (from stearic acid cocoa butter)
| Active Ingredient | Purpose |
Aesculus hippocastanum 6X | Pain in the lower back, hip and spine |
Arnica montana 3X | Impact, falling and contusion to muscles and joints |
Belladonna 6X | Muscle spasms, night leg cramps |
Crotalus horridus 12X | Impact injuries and deep muscle bruising |
Echinacea 3X | Sharp stitching pain in joints and muscles |
Graphites 3X | Skin conditions |
Heloderma 12X | Burning pain in the hands and feet |
Lachesis mutus 12X | Sciatic pain and carpal tunnel |
Naja tripudians 12X | Nerve injury pain |
Rhus toxicodendron 8X | Muscle cramping, joint and post-surgical pain |
Ruta graveolens 3X | Injuries to the knee, shin and elbow |
Inactive Ingredients:
Captex 300 (from coconut fatty acids), Carbopol® Ultrez 10 (from sucrose), Cetyl Alcohol (from coconut oil), Spectrastat G2 (derived from coconut), Glycerine (vegetable-based), Hydrokote (palm kernal oil with lecithin), lsopropyl Myristate emollient (from palm seeds), Lipomulse (from coconut fatty acids), Purified Water, Sodium hydroxide, Steareth-21 (from stearic acid cocoa butter)
| Active Ingredient | Purpose |
Aesculus hippocastanum 6X | Lower back pain, bruising injuries to hip and spine |
Arnica montana 6X | Impact injuries and contusions to muscles and joints |
Bellis 6X | Bruises to nerves, muscle soreness and sprains |
Calendula 6X | Chapped, dry, irritated skin |
Capsicum 10X | Muscle spasm, joint and back pain (sciatica) |
Crotalus 8X | Swelling, impact injuries & deep tissue bruising |
Echinacea 6X | Detoxifies the pain site of excess fluids, relieves achiness |
Gelsemium 8X | Muscle cramps and relieves muscle fatigue |
Graphites 6X | Treating and preventing skin conditions and scaring |
Hypericum 6X | Nerve injuries, burning pain and trauma injuries |
Kali Carb 8X | Sharp tearing pain in nerves, muscles, relaxes muscle tension |
Lachesis 8X | Sudden sharp pain in joints, and muscles |
Magnesium Phos 6X | Muscle cramps, and muscle weakness |
Naja 8X | Nerve injuries and swelling |
Rhus Tox 12X | Burning pain, muscle tension, joint pain and stiffness |
Ruta 6X | Pain, soreness & bruising of the hands, wrists and shoulders |
Sulfur 8X | Itching, cracked skin, rashes and blisters |
Inactive Ingredients:
Captex 300 (from coconut fatty acids), Carbopol® Ultrez 10 (from sucrose), Cetyl Alcohol (from coconut oil), Spectrastat G2 (derived from coconut), Glycerine (vegetable-based), Hydrokote (palm kernal oil with lecithin), lsopropyl Myristate emollient (from palm seeds), Lipomulse (from coconut fatty acids), Purified Water, Sodium hydroxide, Steareth-21 (from stearic acid cocoa butter)
| Active Ingredient | Purpose |
Aesculus hippocastanum 6X | Relieves pain in lower back & bruising injuries to hip and spine |
Arnica montana 6X | Injuries & bruising to muscles and joints |
Belladonna 6X | Night leg cramps, restless leg & muscle spasms |
Calendula officinalis 4X | Promotes rapid healing of the skin |
Crotalus horridus 8X | Impact injuries and deep tissue bruising |
Echinacea 6X | Sharp stitching pain in joints and muscles |
Graphites 6X | Skin conditions |
Hypericum 6X | Swelling and burning pain of the feet and toes |
Lachesis mutus 8X | Sciatic pain, and carpal tunnel |
Naja tripudians 8X | Nerve pain |
Rhus toxicodendron 12X | Muscle cramping, joint and post-surgical pain |
Ruta graveolens 6X | Injuries to the knee, shin and elbow |
Sulfur 8X | Purpose-Itching, stinging and irritations of the skin |
Bellis Perennis 6X | For bruises for nerves, muscle soreness & sprains |
Inactive Ingredients:
Captex 300 (from coconut fatty acids), Carbopol® Ultrez 10 (from sucrose), Cetyl Alcohol (from coconut oil), Spectrastat G2 (derived from coconut), Glycerine (vegetable-based), Hydrokote (palm kernal oil with lecithin), lsopropyl Myristate emollient (from palm seeds), Lipomulse (from coconut fatty acids), Purified Water, Sodium hydroxide, Steareth-21 (from stearic acid cocoa butter)
Topricin Ingredients
Click the product name on the tabs below to see the detailed ingredients info
- PAIN
- FOOT
- FIBRO
- SPORT
- BURN
Active Ingredients:
Aesculus hippocastanum 6X, Amica montana 6X, Belladonna 6X, Bellis perennis 6X, Calendula officinalis 4X, Crotalus horridus BX, Echinacea 6X, Graphites 6X, Hypericum perforatum 6X, Lachesis mutus SX, Naja tripudians BX, Rhus toxicodendron 12X, Ruta graveolens 6X, Sulfur BX
Inactive Ingredients:
Captex 300 (from coconut fatty acids), Carbopol® Ultrez 10 (from sucrose), Cetyl Alcohol (from coconut oil), Spectrastat G2 (derived from coconut), Glycerine (vegetable-based), Hydrokote (palm kernal oil with lecithin), lsopropyl Myristate emollient (from palm seeds), Lipomulse (from coconut fatty acids), Purified Water, Sodium hydroxide, Steareth-21 (from stearic acid cocoa butter)
Active Ingredients:
Aesculus hippocastanum 6X, Arnica montana 6X, Belladonna 6X, Calendula ocinalis 4X, Crotalus horridus 8X, Echinacea 4X, Graphites 6X, Heloderma horridum 8X, Lachesis mutus 8X, Naja tripudians 8X, Phosphorus 9X, Rhus toxicodendron 8X, Ruta graveolens 6X, Sulfur 8X
Inactive Ingredients:
Captex 300 (from coconut fatty acids), Carbopol® Ultrez 10 (from sucrose), Cetyl Alcohol (from coconut oil), Glycerine (vegetablebased), Hydrokote (palm kernel oil with lecithin), Isopropyl Myristate emollient (from palm seeds), Lipomulse (from coconut fatty acids), Purified Water, Sodium hydroxide, Spectrastat G2 (derived from coconut), Steareth-21 (from stearic acid cocoa butter)
Active Ingredients:
Aesculus hippocastanum 6X, Arnica montana 6X, Belladonna 6X, Crotalus horridus 8X, Echinacea 6X, Graphites 6X, Heloderma 8X, Lachesis mutus 8X, Naja tripudians 8X, Rhus toxicodendron 6X, Ruta graveolens 6X
Inactive Ingredients:
Captex 300 (from coconut fatty acids), Carbopol® Ultrez 10 (from sucrose), Cetyl Alcohol (from coconut oil), Glycerine (vegetable-based), Hydrokote (palm kernel oil with lecithin), Isopropyl Myristate emollient (from palm seeds), Lipomulse (from coconut fatty acids), Purified Water, Sodium hydroxide, Spectrastat G 2 (derived from coconut), Steareth-21 (from stearic acid cocoa butter)
Active Ingredients:
Aesculus Hippocastanum 6X, Arnica Montana 6X, Bellis Perennis 6X, Calendula Ocinalis 6X, Capsicum Annum10X, Crotalus horridus 8X, Echinacea 6X, Gelsemium Sempervirens 8X, Graphites 6X, Hypericum Perforatum 6X, Kali Carbonicum 8X, Lachesis mutus 8X, Magnesium Phosphorica 6X, Naja tripudians 8X, Rhus tox 12X, Ruta graveolens 6X, Sulphur 8X
Inactive Ingredients:
Captex 300 (from coconut fatty acids), Carbopol'" Ultrez 10 (from sucrose), Cetyl Alcohol (from coconut oil), Glycerine (vegetable-based), Hydrokote (palm kernel oil with lecithin), lsopropyl Myristate emollient (from palm seeds), Lipomulse (from coconut fatty acids), Purified Water, Sodium hydroxide, Spectrastat G2 (derived from coconut}, Steareth-21 (from stearic acid cocoa butter)
Active Ingredients:
Aesculus hippocastanum 6X, Amica montana 6X, Belladonna 6X, Bellis perennis 6X, Calendula officinalis 4X, Crotalus horridus BX, Echinacea 6X, Graphites 6X, Hypericum perforatum 6X, Lachesis mutus SX, Naja tripudians BX, Rhus toxicodendron 12X, Ruta graveolens 6X, Sulfur BX
Inactive Ingredients:
Captex 300 (from coconut fatty acids), Carbopol® Ultrez 10 (from sucrose), Cetyl Alcohol (from coconut oil), Spectrastat G2 (derived from coconut), Glycerine (vegetable-based), Hydrokote (palm kernal oil with lecithin), lsopropyl Myristate emollient (from palm seeds), Lipomulse (from coconut fatty acids), Purified Water, Sodium hydroxide, Steareth-21 (from stearic acid cocoa butter)
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