BDNF (Brain Derived Neurotrophic Factor)
Biological Functions:
Neurotrophin with action on the neurons damaged during growth or due to injury
USES
- neurological damage (during growth or secondary to trauma)
- psychological trauma outcomes
- mental fatigue
- stress
- autism
- brain aging
- tingling and numbness in the extremities
- stiff muscles
Understanding BDNF
BDNF (Brain-Derived Neurotrophic Factor) is like a personal trainer for your brain. It helps neurons, the building blocks of your nervous system, stay healthy and function well. If your brain experiences damage due to injury, growth issues, or aging, BDNF comes to the rescue, supporting the repair and regrowth of these crucial cells.
It’s a natural substance that plays a key role in keeping your brain flexible, resilient, and ready to adapt to challenges.
This remedy is particularly useful for people dealing with neurological problems or mental stress.
For instance, if someone experiences trauma—whether physical, like a head injury, or psychological—BDNF can assist in healing the affected brain areas. It’s also beneficial for fighting mental fatigue, which happens when your brain feels overworked, and for managing the effects of chronic stress that can wear down your mental sharpness over time.
For conditions like autism or issues related to brain aging, BDNF acts as a supportive agent, encouraging brain cells to stay active and connected.
It can also help reduce uncomfortable symptoms like tingling or numbness in your hands and feet and ease muscle stiffness. In short, BDNF is a key player in nurturing your brain’s health, helping it recover, adapt, and thrive no matter what challenges it faces.
Further Uses of BDNF
Alzheimer’s disease – Enhances neuron survival and may slow cognitive decline.
Parkinson’s disease – Supports the repair of damaged neurons and may improve motor function.
Depression – Helps in improving mood by supporting neural growth and resilience.
Anxiety disorders – Promotes brain adaptability, which can help reduce anxiety symptoms.
Stroke recovery – Aids in repairing brain damage and restoring cognitive or physical function.
Multiple sclerosis (MS) – Supports neural repair and reduces neurodegeneration.
Traumatic brain injury (TBI) – Enhances recovery by stimulating neuron repair and regrowth.
Cognitive decline (mild cognitive impairment) – Boosts memory and learning through better neural connections.
Post-traumatic stress disorder (PTSD) – Aids in healing areas of the brain affected by trauma.
Chronic fatigue syndrome – Improves mental clarity and reduces brain fog.
Epilepsy – Helps to stabilize brain activity and support neuron health.
Peripheral neuropathy – Addresses nerve damage and related symptoms like pain or numbness.
ADHD (Attention-Deficit/Hyperactivity Disorder) – Enhances focus and cognitive processing by supporting brain plasticity.
Sleep disorders – Improves overall brain function and may regulate sleep-related processes.
Diabetic neuropathy – Encourages repair of nerves damaged by prolonged high blood sugar.
These conditions align with BDNF's ability to promote brain plasticity, repair, and overall neural health.
link to BDNF
Guna CNTF (Cilary Neurotrophic Factor)
BIOLOGICAL FUNCTIONS:
Growth factor with action on the neurons damaged during growth or due to injury.
USES
- neurological damage (during growth or secondary to trauma)
- visual disturbances
- brain aging
- appetite control
Understanding CNTF (Cilary Neurotrophic Factor)
Guna CNTF (Ciliary Neurotrophic Factor) is a growth factor that acts like a repair crew for your nervous system.
It supports neurons—the cells that send signals throughout your brain and body—by helping them grow, recover, and function better. Whether neurons are damaged during growth, by trauma, or through aging, CNTF helps restore their health and promotes their ability to work efficiently.
It’s especially valuable for maintaining brain function as we age and for managing issues linked to vision and appetite control, as these can often be tied to neuron health.
Further Uses of CNTF
Peripheral neuropathy – Addresses nerve damage that can cause tingling, numbness, or pain.
Parkinson’s disease – Supports damaged neurons and may help with motor control.
Stroke recovery – Enhances recovery of brain function after a stroke.
Optic neuritis – Reduces inflammation and supports nerve repair in the eye.
Spinal cord injuries – Promotes repair of damaged neurons in the spine.
Cognitive decline (e.g., mild cognitive impairment) – Helps maintain memory and learning ability.
Retinal degeneration – Protects nerve cells in the retina and may slow vision loss.
Chronic neurodegenerative conditions – Offers support for diseases like ALS (Amyotrophic Lateral Sclerosis).
Anorexia or loss of appetite – Assists in regulating brain signals related to hunger.
Link to CNTF
Guna EGF 4CH (Epidermal Growth Factor)
BIOLOGICAL FUNCTIONS
Neurotrophin with action on the damaged neurons during growth or due to injury
USES
- skin rashes
- skin aging
- itching
- cracked skin
- heartburn and gastritis
- epigastric discomfort and pain
- blurred vision and scintillating scotoma (blind spot, partial vision loss)
- hypersensitivity to pain
Understanding EGF
Guna EGF (Epidermal Growth Factor) is a natural repair booster for your body, helping to regenerate cells in the skin, nerves, and digestive system.
It’s especially beneficial for healing damaged tissues caused by wear and tear, injury, or aging.
By promoting cell growth and repair, Guna EGF supports the recovery process in various parts of the body, including the skin, eyes, and gastrointestinal tract, making it a versatile tool for maintaining health and comfort.
Further Uses
Peptic ulcers – Supports the healing of the stomach lining and soothes discomfort.
Post-surgical skin healing – Enhances tissue repair and reduces scarring after surgery.
Eczema and dermatitis – Eases inflammation and promotes faster recovery of irritated skin.
Neuropathic pain – Assists in the repair of damaged nerve cells to reduce chronic pain.
Dry eyes or corneal irritation – Encourages the healing of epithelial cells in the eye.
Skin injuries or burns – Promotes rapid skin regeneration and healing.
Stretch marks – Aids in improving the appearance of overstretched skin.
Rosacea – Reduces redness and inflammation, helping skin regain balance.
Scar tissue remodeling – Supports softening and reducing visible scars over time.
Stomach lining repair – Helps protect and restore the digestive tract’s mucosal barrier.
Migraine-associated vision issues – Assists in nerve health to reduce persistent visual disturbances.
Peripheral nerve damage – Supports the recovery and functionality of damaged nerves in extremities.
link to EGF
Guna NGF (Nerve Growth Factor)
Biological Functions
Activation of inflammatory cells, nervous system growth,
Uses
- Nerve Pain
- Memory Disorders
- Mood Disorders
- Skin thinning and skin ulcers
- Loss of strength in the limbs,
- fatigability
- Sadness and loss of Interest
Understanding NGF
Guna NGF (Nerve Growth Factor) is a natural stimulator for the growth and repair of nerves, as well as a supporter of inflammatory processes that protect and heal tissues. It’s a key player in maintaining a healthy nervous system and helps restore balance when things go wrong, such as nerve pain, memory or mood issues, and skin problems.
By promoting nerve growth and repair, it can also help improve strength, reduce fatigue, and lift feelings of sadness or disinterest, making it a versatile remedy for both physical and emotional well-being.
Further Uses
Neuropathy – Supports the repair and regrowth of damaged nerves to alleviate pain and tingling.
Alzheimer’s disease – Enhances memory and cognition by promoting nerve health and regeneration.
Chronic fatigue syndrome – Reduces physical and mental fatigue by boosting nerve function.
Peripheral nerve injuries – Accelerates healing and functional recovery of injured nerves.
Post-stroke recovery – Encourages nerve growth and helps regain mobility and cognitive abilities.
Depression – Improves mood and emotional resilience by supporting neural connections.
Anxiety disorders – Helps calm the nervous system and improve stress tolerance.
Diabetic neuropathy – Addresses nerve damage caused by prolonged high blood sugar.
Bedsores and wound healing – Accelerates the healing of skin ulcers and promotes tissue repair.
Spinal cord injuries – Supports the regeneration of damaged nerve pathways for better recovery.
Parkinson’s disease – Promotes nerve health to improve motor function and reduce symptoms.
Muscle weakness and loss of coordination – Strengthens nerve-to-muscle communication to restore control.
Migraine-associated pain – Assists in calming overactive nerve pathways linked to chronic headaches.
Skin regeneration – Promotes recovery of thinning or damaged skin, reducing fragility.
Link to NGF
Guna FGF (Fibroblast Growth Factor)
BIOLOGICAL FUNCTIONS
Mitogen fibroblasts and other cells of ectodermal, endodermal and mesodermal origin
USES
- Aging, impaired wound healing,
- Painful and degenerative symptoms in the joints with limited joint movement
- Skin Aging
Understanding FGF
Guna FGF (Fibroblast Growth Factor) is a powerful agent that stimulates the growth and repair of a wide variety of cells in the body. It plays a crucial role in healing tissues, improving skin health, and supporting joint function.
By promoting cell regeneration in the skin, joints, and other tissues, Guna FGF helps counteract the effects of aging, speeds up wound healing, and alleviates joint pain and stiffness.
Its ability to repair and rejuvenate makes it an excellent choice for addressing degenerative and age-related conditions.
Further Uses
Osteoarthritis – Promotes cartilage regeneration and alleviates joint pain and stiffness.
Tendon injuries (e.g., tendinitis) – Accelerates healing of damaged tendons and restores mobility.
Chronic joint pain – Reduces inflammation and promotes joint tissue repair for better function.
Post-surgical tissue recovery – Enhances wound healing and speeds recovery after surgery.
Scarring and scar remodeling – Supports the softening and reduction of scar tissue over time.
Skin injuries or burns – Stimulates cell regeneration to repair damaged skin.
Bone fractures – Encourages tissue regrowth to speed up the healing process in broken bones.
Stretch marks – Aids in improving the elasticity and appearance of overstretched skin.
Fibromyalgia – Addresses painful areas by promoting tissue healing and reducing inflammation.
Chronic back or neck pain – Supports tissue regeneration in damaged or strained areas.
Psoriasis – Helps repair skin and may reduce flare-ups of inflamed, scaly patches.
Wrinkles and fine lines – Improves skin elasticity and hydration to reduce signs of aging.
Ligament injuries – Facilitates recovery of damaged ligaments, improving joint stability.
Wound healing in diabetic patients – Boosts tissue repair in slow-healing wounds caused by diabetes.
Skin elasticity loss – Restores firmness and structure in aging or damaged skin.
Guna FGF’s ability to support the repair and growth of cells across multiple tissues makes it a versatile remedy for both functional and cosmetic concerns. From joint health to skin rejuvenation, it provides a comprehensive approach to healing and anti-aging.
Link to FGF
Guna G1 (GD3 Ganglioside)
BIOLOGICAL FUNCTIONS:
Activation of nerve growth factors for the release of NT3, NT4 BDNF, and CNTF for Myelin repair.
USES
- Mental Fatigue,
- Muscle Weakness,
-
Myelin Sheath Damage
Understanding G1 (GD3 Ganglioside)
Guna G1 (GD3 Ganglioside) works as a powerful activator for nerve repair and protection. It stimulates the release of important nerve growth factors like NT3, NT4 BDNF and CNTF which are crucial for repairing the myelin sheath—the protective coating around nerves that ensures smooth and efficient nerve signal transmission.
This makes Guna G1 is an excellent remedy for issues involving nerve damage, mental fatigue, and muscle weakness.
By boosting nerve health and regeneration, it helps maintain optimal nervous system function and recovery.
Further Uses
Peripheral neuropathy – Supports the repair of damaged myelin in peripheral nerves.
Multiple sclerosis (MS) – Helps regenerate the myelin sheath to reduce symptoms of nerve damage.
Guillain-Barré syndrome – Aids in nerve recovery and rebuilding damaged myelin.
Stroke recovery – Promotes neural repair and enhances recovery of motor and cognitive function.
Cognitive decline (e.g., mild cognitive impairment) – Supports neuron health and enhances cognitive performance.
Chronic stress-related nerve damage – Assists in repairing nerves impacted by prolonged stress.
Motor neuron diseases – Provides supportive care by encouraging nerve growth and repair.
Tingling and numbness – Addresses nerve dysfunction to alleviate sensory issues.
Spinal cord injuries – Facilitates repair of nerve pathways and promotes functional recovery.
Post-viral fatigue (e.g., post-COVID) – Boosts recovery of nerves affected by viral infections.
Carpal tunnel syndrome – Supports nerve repair in compressed or damaged areas.
Optic nerve damage – Aids in restoring function and health to the optic nerve.
Chronic pain syndromes – Helps address nerve-related pain by repairing myelin.
This broader range of ailments demonstrates how Guna G1’s focus on nerve growth and myelin repair makes it an essential remedy for a variety of neurological and neurodegenerative conditions.
Link to G1
Guna GCSF
BIOLOGICAL FUNCTIONS:
Induction of physiological reactivity to compensate for Immune System Deficiencies
Uses
- Raises the sensitivity of the immune system
- Useful in the initial phase of all treatments for chronic and autoimmune diseases.
- Susceptibility to infectious diseases
- Triggering of the immune response in chronic diseases
Understanding GCSF
(Granulocyte-Colony Stimulating Factor)
Guna GCSF (Granulocyte Colony-Stimulating Factor) is a powerful remedy designed to boost your immune system’s performance. It works by stimulating your body’s natural immune defenses, making it more responsive to threats like infections and chronic illnesses.
This remedy is particularly helpful for people with weakened immune systems or those battling chronic or autoimmune diseases.
By enhancing immune sensitivity and reactivity, Guna GCSF helps your body fight infections more effectively and supports the immune system during the initial stages of treatment for long-term health conditions.
Further Uses
Chronic infections – Strengthens the immune system to help combat persistent infections.
Autoimmune conditions (e.g., lupus, rheumatoid arthritis) – Modulates immune response during treatment.
Recurrent colds or flu – Improves immune resilience to reduce susceptibility.
HIV/AIDS immune support – Enhances immune activity to protect against opportunistic infections.
Post-chemotherapy immune recovery – Supports the regeneration of white blood cells after cancer treatment.
Chronic fatigue syndrome – Boosts immune system performance to combat underlying triggers.
Pneumonia and respiratory infections – Improves immune defense against severe lung infections.
Viral infections (e.g., Epstein-Barr virus, herpes) – Helps the immune system respond more effectively.
Bacterial infections (e.g., recurrent UTIs) – Increases immune sensitivity to prevent chronic bacterial issues.
Immunodeficiency disorders – Provides support for individuals with congenital or acquired immune deficiencies.
Post-surgical infection prevention – Reduces the risk of infections after surgery by enhancing immune readiness.
Chronic Lyme disease – Helps trigger the immune response to persistent bacterial infections.
Allergies and hypersensitivities – Modulates overactive immune reactions to improve balance.
Bone marrow suppression – Assists in recovery from conditions affecting white blood cell production.
Wound healing in immunocompromised individuals – Improves immune response for faster healing.
Guna GCSF is a vital tool for enhancing immune system activity, especially for individuals with weakened defenses, chronic conditions, or susceptibility to infections. Its broad application makes it an important support in maintaining and restoring immune health.
Link to GCSF
Guna IGF 1 (Insulin-like Growth Factor)
Biological Functions
Growth and preservation of nerve tissue, regulation of bone and fetal growth
USES
- Growth Disorders
- Aging
- Memory disorders
- stimulates the hippocampal function
Understanding IGF 1
Guna Igf 1 (Insulin-like Growth Factor 1) is a natural growth and repair enhancer that plays a vital role in maintaining the health of nerve tissue, bones, and overall growth processes.
It supports the development and preservation of these tissues, making it particularly valuable in addressing growth-related issues, age-related decline, and memory challenges.
By stimulating hippocampal function—the part of the brain responsible for memory and learning—Guna IGF-1 helps improve cognitive abilities and provides a boost to both mental and physical vitality.
Further Uses
Osteoporosis – Promotes bone strength and density, reducing the risk of fractures.
Cognitive decline (e.g., Alzheimer’s disease, mild cognitive impairment) – Enhances memory and brain function through hippocampal support.
Muscle wasting disorders – Helps build and preserve muscle mass and strength.
Developmental delays in children – Supports growth and neural development.
Post-surgical recovery – Enhances tissue repair and overall healing.
Age-related muscle loss (sarcopenia) – Slows muscle deterioration and improves physical performance.
Neurological conditions (e.g., Parkinson’s disease) – Supports nerve tissue preservation and repair.
Chronic fatigue syndrome – Improves energy and physical resilience by supporting tissue health.
Growth hormone deficiencies – Acts as a supplement to address growth-related issues.
Memory loss due to aging – Boosts brain activity to improve recall and learning.
Traumatic brain injuries – Promotes recovery of damaged nerve tissue and cognitive function.
Delayed wound healing – Accelerates tissue regeneration in slow-healing injuries.
Poor athletic recovery – Helps the body recover faster from intense physical activity.
Hearing loss due to nerve damage – Supports the repair of auditory nerve tissue.
Fetal growth issues – Provides targeted support for healthy prenatal development.
Guna IGF-1’s ability to promote growth, preserve nerve tissue, and enhance brain function makes it a valuable remedy for a wide range of developmental, neurological, and age-related concerns.
Link to Guna IGF
Guna NT3 (Neurotrophin 3)
Biological Functions
Neurotrophin with action on the neurons damaged during growth or due to injury
USES:
- Muscle weakness
- Mood disorders
- Diseases of the Central Nervous System or of the Peripheral Nervous System
- Neurological damage (during growth or due to trauma)
Understanding NT3
Guna NT3 (Neurotrophin 3) is a natural neurotrophic factor that supports the health, repair, and growth of neurons—the essential cells of your nervous system. It plays a vital role in helping damaged neurons recover, whether the damage is due to trauma, developmental issues, or age-related decline.
Guna NT3 is particularly effective in addressing problems involving the central and peripheral nervous systems, helping to restore strength, balance mood, and improve neurological function.
Further Uses
Peripheral neuropathy – Supports nerve repair and reduces tingling, numbness, or pain in extremities.
Multiple sclerosis (MS) – Promotes the health of damaged neurons to slow progression and improve symptoms.
Parkinson’s disease – Enhances neuron function and may support motor coordination and balance.
Muscle atrophy – Stimulates nerve-to-muscle communication, reducing muscle weakness.
Stroke recovery – Aids in the repair of damaged neurons to restore motor and cognitive abilities.
Traumatic brain injuries – Promotes neural recovery and supports long-term healing of brain function.
Mood disorders (e.g., depression, anxiety) – Improves emotional resilience by supporting the health of brain neurons.
Spinal cord injuries – Encourages regeneration of nerve pathways and functionality.
Neuromuscular disorders – Supports the connection between nerves and muscles, enhancing coordination and strength.
Cognitive decline – Helps maintain memory and learning ability by preserving neuron health.
Chronic fatigue syndrome – Supports the nervous system to improve energy and reduce fatigue.
Post-viral neurological syndromes (e.g., post-COVID) – Promotes the repair of neurons damaged by viral infections.
Epilepsy – May assist in stabilizing neuron activity to reduce seizures.
Hearing loss caused by nerve damage – Supports the repair of auditory nerve cells.
Developmental neurological disorders – Aids in addressing delays or dysfunction caused by neuron growth issues.
Guna NT3’s ability to regenerate and protect neurons makes it a valuable remedy for a variety of conditions affecting the nervous system, from mood disorders to muscle weakness and nerve-related diseases.
Link to NT3
Guna NT4 (Neurotrophin 4)
Biological Functions
Neurotrophin with action on the neurons damaged during growth or due to injury.
USES
- Action on peripheral sensory neurons.
- Muscle weakness
- Mood disorders
- Diseases of the central nervous system or the peripheral nervous system
- Neurological damage (during growth or due to trauma)
- Painful syndromes
Understanding NT4
Guna NT4 (Neurotrophin 4) is a key supporter of neuron health, focusing on the repair and maintenance of both central and peripheral nervous system cells. It plays a crucial role in restoring function to damaged or injured neurons, particularly those involved in sensory processes and muscle control.
Guna NT4 is also effective in alleviating painful syndromes, improving mood, and supporting recovery from neurological trauma, making it a versatile remedy for a wide range of conditions related to nerve health and functionality.
Further Uses
Peripheral neuropathy – Alleviates pain and promotes repair of damaged sensory neurons.
Fibromyalgia – Reduces nerve-related pain and supports overall nervous system health.
Chronic pain syndromes – Helps desensitize overactive sensory nerves to reduce persistent pain.
Multiple sclerosis (MS) – Supports nerve health and function in the central and peripheral nervous systems.
Parkinson’s disease – Aids in maintaining motor coordination and slowing neurodegeneration.
Stroke recovery – Promotes the repair of neurons to restore motor and sensory abilities.
Traumatic nerve injuries – Encourages regeneration of damaged nerves for functional recovery.
Mood disorders (e.g., depression, anxiety) – Supports emotional well-being by enhancing brain neuron health.
Neuropathic pain (e.g., diabetic neuropathy) – Helps repair sensory neurons to reduce pain and discomfort.
Spinal cord injuries – Stimulates nerve regeneration for better motor and sensory recovery.
Hearing loss caused by nerve damage – Promotes the repair of auditory sensory neurons.
Chronic fatigue syndrome – Reduces fatigue by enhancing nerve and muscle communication.
Muscle atrophy – Improves nerve signaling to reduce weakness and support muscle health.
Post-viral nerve damage (e.g., post-COVID) – Facilitates the recovery of neurons affected by viral infections.
Neurological developmental disorders – Supports proper growth and repair of sensory and motor neurons in children.
Guna NT4’s ability to target and heal sensory neurons, reduce pain, and improve nerve health makes it a comprehensive solution for various neurological, muscular, and sensory conditions.
Link to NT4
Guna TGF Beta 1
BIOLOGICAL FUNCTIONS
Suppression of T and B lymphocyte.
Increases Natural Killer cell and monocyte functions.
Stimulation of phagocyte chemotaxis.
Formation of the extra-cellular matrix
Growth control
USES
- Chronic pain syndromes
- autoimmune diseases
- chronic inflammation
Understanding TGF Beta 1 & How to Use it
Guna TGF is like a multitasking helper for your immune system and body’s repair processes. It works behind the scenes to keep your immune system balanced and your body functioning properly.
One of its key roles is to calm down overactive immune responses by controlling T and B lymphocytes, which are cells that can sometimes go into overdrive and attack your own tissues in conditions like autoimmune diseases.
At the same time, it boosts the performance of Natural Killer cells and monocytes, two types of immune cells that are great at targeting infections and cleaning up damaged tissues.
Another important function of Guna TGF is guiding your body’s repair team. It stimulates phagocytes—special cells that act like garbage collectors, cleaning up harmful substances and debris—and helps them move to where they’re needed most.
It also assists in forming the extracellular matrix, which is like a scaffold for your cells, providing structure and support for tissue repair and growth.
This remedy is especially helpful for chronic pain syndromes, autoimmune diseases, and conditions involving long-term inflammation. By soothing an overactive immune system while encouraging healthy cell activity and tissue repair,
Guna TGF supports your body in managing pain, reducing inflammation, and promoting healing.
Whether it’s helping with persistent inflammation or easing the effects of an autoimmune disorder, Guna TGF works to restore balance and encourage long-term recovery.
Further Uses
Rheumatoid arthritis – Reduces inflammation and modulates an overactive immune response.
Lupus (Systemic Lupus Erythematosus) – Calms the immune system and prevents tissue damage.
Crohn’s disease – Alleviates chronic intestinal inflammation and supports tissue healing.
Multiple sclerosis (MS) – Modulates immune activity and may reduce nerve inflammation.
Fibromyalgia – Addresses chronic pain and associated inflammatory responses.
Chronic fatigue syndrome – Reduces inflammation and supports immune balance to combat fatigue.
Psoriasis – Helps control skin inflammation and slows excessive cell turnover.
Allergic conditions (e.g., asthma) – Balances the immune system to reduce hypersensitivity.
Chronic pain syndromes – Lowers inflammation in conditions like neuropathic pain or complex regional pain syndrome.
Osteoarthritis – Aids in cartilage repair and reduces joint inflammation.
Irritable bowel syndrome (IBS) – Calms inflammation in the digestive tract and may alleviate symptoms.
Eczema and dermatitis – Reduces chronic skin inflammation and promotes repair.
Chronic sinusitis – Addresses ongoing inflammation and supports mucosal repair.
Post-surgical recovery – Promotes tissue healing and reduces inflammatory complications.
Tendinitis and bursitis – Assists in reducing inflammation and repairing soft tissues.
Link to TGF Beta 1
Guna PDGF (Platelet Derived Growth Factor)
BIOLOGICAL FUNCTIONS:
Mitogenic activity
USES
aging
wrinkles
mitogenic activity
Understanding PDGF
Guna PDGF (Platelet-Derived Growth Factor) is a natural compound that stimulates cell growth and regeneration, particularly in tissues affected by aging or damage.
Its mitogenic activity encourages cells to divide and multiply, supporting the repair and rejuvenation of skin and other tissues.
This makes it especially valuable for addressing signs of aging, such as wrinkles, and for promoting overall tissue regeneration and vitality.
Further Uses
Skin aging – Enhances skin cell regeneration to improve elasticity and reduce wrinkles.
Wound healing – Speeds up tissue repair and promotes the formation of healthy new skin.
Scar remodeling – Assists in reducing the appearance of scars by supporting balanced tissue growth.
Post-surgical recovery – Accelerates healing and reduces scarring after surgery.
Stretch marks – Improves the appearance of overstretched skin by stimulating tissue repair.
Hair thinning or loss – Promotes growth and regeneration of hair follicles for healthier hair.
Bone and soft tissue injuries – Encourages the repair of injured muscles, tendons, and bones.
Chronic ulcers or sores – Supports the regeneration of tissue in slow-healing wounds.
Sun-damaged skin – Repairs and rejuvenates skin affected by prolonged sun exposure.
Rosacea – Aids in calming inflammation and supporting skin regeneration.
Wrinkles and fine lines – Helps reduce visible signs of aging by enhancing collagen production.
Tissue degeneration from chronic conditions – Supports the regeneration of damaged tissues in chronic illnesses.
Post-inflammatory hyperpigmentation – Promotes even skin tone by encouraging healthy cell turnover.
Skin hydration improvement – Stimulates the production of components that maintain moisture and elasticity.
Soft tissue rejuvenation – Boosts overall cellular health in aging or damaged tissues.
Tissue damage from radiation therapy – Supports recovery of healthy tissue affected by radiation.
Skin fragility – Strengthens and rebuilds delicate or thinning skin.
Joint degeneration (e.g., early osteoarthritis) – Supports the regeneration of soft tissue around joints.
Diabetic foot ulcers – Promotes healing in chronic wounds associated with diabetes.
Peripheral vascular disease – Improves tissue repair in areas with reduced blood flow.
Burn recovery – Speeds healing of burns and minimizes scarring.
Vascular ulcers – Encourages tissue regeneration in wounds caused by poor circulation.
Tendon repair – Enhances the recovery of damaged tendons from injury or strain.
Chronic dry skin – Boosts cell renewal to improve hydration and barrier function.
Nerve tissue injuries – Supports the repair of soft tissues associated with nerve recovery.
Post-fracture bone healing – Assists in bone regeneration for quicker recovery.
Soft tissue repair in sports injuries – Enhances recovery of muscles, ligaments, and connective tissues.
Post-inflammatory tissue damage – Helps rebuild tissues after prolonged inflammation.
Skin elasticity loss – Rejuvenates and firms sagging skin.
Immune-related tissue damage – Supports repair in tissues affected by chronic autoimmune conditions.
This comprehensive list underscores the extensive therapeutic potential of Guna PDGF, making it a valuable remedy for addressing a broad range of issues related to tissue repair, regeneration, and rejuvenation.
Link to PDGF
Guna TNF (Tumour Necrosis Factor)
Biological Functions
Antibacterial action, anti-cancer action, chemotactic action on monocytes and macrophages
Uses
complementary cancer therapy/ chronic bacterial infections / night-time confusion and sleep disturbances / muscle pain and stiff muscles especially in the early morning
Further Information on TNF
Guna TNF(Tumor Necrosis Factor) is like your body’s natural defense coach, boosting its ability to fight infections, reduce inflammation, and manage pain. It plays a crucial role in helping the immune system fight off bacterial infections and supports the body in addressing inflammation linked to chronic conditions.
Additionally, Guna TNF aids in improving muscle stiffness and pain, particularly in the mornings, and promotes better sleep by calming night-time confusion or restlessness.
It is also used as a complementary therapy in cancer treatment to support the immune system's ability to target unhealthy cells while improving overall resilience.
Further Uses
Complementary cancer therapy – Supports the immune system in targeting and managing cancer cells.
Chronic bacterial infections – Aids in fighting persistent bacterial infections through its antibacterial action.
Night-time confusion (e.g., in dementia) – Reduces cognitive disturbances and promotes restful sleep.
Sleep disturbances – Helps regulate inflammatory processes that disrupt sleep patterns.
Muscle pain – Relieves chronic muscle discomfort and stiffness.
Stiff muscles (especially in the morning) – Improves mobility and reduces stiffness associated with inflammation.
Autoimmune diseases (e.g., rheumatoid arthritis) – Modulates immune responses to reduce inflammation and pain.
Fibromyalgia – Addresses chronic muscle pain and tenderness through its anti-inflammatory effects.
Chronic fatigue syndrome – Reduces fatigue by addressing underlying inflammatory triggers.
Lyme disease – Supports the body in managing bacterial infections and reducing inflammatory symptoms.
Post-viral syndromes (e.g., long COVID) – Assists in reducing lingering inflammation and fatigue.
Psoriasis – Modulates inflammatory responses to alleviate skin symptoms.
Inflammatory bowel diseases (e.g., Crohn’s disease, ulcerative colitis) – Helps manage gut inflammation and discomfort.
Pelvic inflammatory disease (PID) – Supports immune activity to address chronic bacterial inflammation in the pelvic region.
Chronic sinusitis – Reduces inflammation and combats bacterial infections in the sinuses.
Osteoarthritis – Relieves inflammation and reduces joint stiffness and pain.
Chronic prostatitis – Addresses persistent inflammation in the prostate gland.
Soft tissue infections – Assists in combating bacterial infections in muscles, tendons, and skin.
Sepsis (as supportive therapy) – Complements treatment by enhancing antibacterial action.
Post-surgical inflammation – Reduces inflammation and supports healing after surgery.
Neuropathic pain – Modulates nerve-related inflammation to reduce chronic pain.
Respiratory infections – Helps the immune system manage bacterial infections in the lungs or airways.
Immunocompromised states – Boosts antibacterial defenses in individuals with weakened immune systems.
Chronic pelvic pain syndrome – Reduces inflammation and bacterial involvement in chronic pelvic pain.
Allergic reactions – Helps modulate overactive immune responses in allergic conditions.
Traumatic brain injury recovery – Reduces inflammation to support healing and cognitive function.
Spinal cord injuries – Enhances immune response and reduces inflammation in damaged tissues.
Systemic inflammation – Addresses widespread inflammation in conditions like metabolic syndrome.
Morning stiffness in inflammatory conditions – Alleviates stiffness and improves range of motion.
Chemotherapy-related inflammation – Provides relief from inflammatory side effects during cancer treatment.
Guna TNF works as a multipurpose remedy to enhance immune defenses, reduce inflammation, and support recovery, making it a valuable addition to the treatment of many chronic and inflammatory conditions.
Summary
Generalized Description of Remedies and Their Applications
For the Brain and Nervous System
Guna BDNF: Supports neuron growth and repair, aiding in neurological damage, mental fatigue, brain aging, and stress-related conditions.
Guna CNTF: Promotes nerve repair and function, beneficial for neurological damage, visual disturbances, and appetite control.
Guna NGF: Enhances nerve growth and repair, helpful for nerve pain, memory issues, mood disorders, and emotional well-being.
Guna NT3: Repairs neurons in the central and peripheral nervous systems, addressing muscle weakness, mood disorders, and nerve damage.
Guna NT4 Focuses on sensory neuron repair, helping with pain syndromes, mood issues, and neurological damage.
Guna G1 (GD3 Ganglioside): Activates nerve repair mechanisms, including myelin repair, mental fatigue, and muscle weakness.
For Skin and Tissue Repair
Guna EGF: Promotes skin repair and renewal, addressing skin aging, rashes, cracked skin, and ulcers, as well as certain gastrointestinal issues.
Guna FGF: Stimulates cell growth and regeneration, aiding in wound healing, skin elasticity, and joint degeneration.
Guna PDGF: Encourages tissue regeneration, helping with aging skin, scars, soft tissue injuries, and post-surgical recovery.
For the Immune System and Inflammation
Guna GCSF: Boosts immune system sensitivity, useful for chronic infections, autoimmune diseases, and preventing infections in weakened systems.
Guna TNF: Reduces inflammation, supports bacterial infection control, and acts as a complementary therapy for cancer and autoimmune conditions.
For Growth and Development
Guna IGF-1: Promotes growth and repair of nerves, bones, and muscles, addressing developmental delays, aging-related decline, and cognitive impairments.
Guna TGF: Balances immune activity and promotes tissue healing, useful for chronic pain, inflammation, autoimmune conditions, and skin issues.