R440.00
Viral Plus-B is a comprehensive herbal and nutritional formulation designed to support the body's natural immune defenses during periods of increased viral and bacterial exposure. This advanced combination of traditional botanicals, immune-supporting nutrients, and antioxidant compounds helps the body maintain resilience while supporting healthy immune signaling, balanced inflammatory responses, and cellular wellbeing during times of microbial and environmental stress.
This supplement does not claim to cure, treat, or prevent viral infections. It is formulated to support the body's natural immune function and resilience. The information presented reflects traditional herbal knowledge together with emerging scientific research on nutritional and botanical immune support.
Viral Plus-B
(+bacterial)
Adults:
Take 2–4 capsules, three times daily, approximately 20 minutes before meals
Children 6–12 years:
Take 1 capsule daily.
Children 12–16 years:
Take 1–2 capsules twice daily, according to age
During periods of increased immune challenge:
Higher intake levels may be used temporarily under practitioner guidance.
Viral Plus-C may also be used as part of a broader immune-support programme together with Immune Capsules, Viral Capsules, Moringa, Lung & Sinus Tincture, and Cough & Flu Mix.
Ingredients as traditionally used for this supplement contain a carefully balanced combination of traditional botanical extracts. Key herbs in the formula include:
Andographis
Berberine
Black Seed
Cryptolepsis
Garlic
L-Lysine
Myrrh
N-Acetyl L-Cysteine
Olive Leaf
Quercetin
Resveratrol
Selenium
Thyme
Vit B6, C, D
Wormwood
Other African Herbs
Ingredients Traditionally used for this supplement
Andrographis: Widely recognised in traditional herbal practice as a powerful botanical for supporting the body’s natural defenses during viral and bacterial challenges. Helps strengthen immune responsiveness and supports respiratory resilience when the body encounters seasonal or environmental pathogens.
Berberine: Traditionally valued for helping the body maintain balance when exposed to microbial stress. Supports the body’s natural defense systems and contributes to maintaining a healthy internal environment.
Black Seed: Revered for centuries as a broad-spectrum botanical for immune support. Helps the body maintain natural resistance to viral and bacterial challenges while encouraging balanced immune responses.
Cryptolepsis: Traditionally used to support the body during microbial challenges. Encourages healthy immune activity and helps the body maintain resilience when exposed to infectious pressures.
Garlic: One of nature’s most respected botanicals for supporting the body’s natural antimicrobial defenses. Helps strengthen immune resilience and supports the body during seasonal infections.
L-Lysine: Supports the body’s natural ability to maintain balance during viral challenges. Contributes to immune resilience and helps the body respond effectively during periods of increased viral stress.
Myrrh: A traditional botanical known for supporting the body’s natural defenses. Helps maintain immune readiness and contributes to the body’s resilience during microbial challenges.
N-Acetyl L-Cysteine: Supports the body’s natural antioxidant systems and assists in maintaining cellular defenses during viral and bacterial challenges. Also contributes to respiratory wellness and helps the body manage oxidative stress.
Olive Leaf: A classic Mediterranean botanical traditionally used to support the body’s resistance to viral and bacterial challenges. Helps maintain immune balance and supports resilience during periods of infection.
Quercetin: Supports balanced immune signaling and assists the body in maintaining healthy inflammatory responses during viral challenges. Helps strengthen the body’s natural protective mechanisms.
Resveratrol: Supports cellular protection and helps maintain healthy immune responses during periods of microbial stress. Contributes to overall resilience and cellular wellbeing.
Selenium: An essential trace mineral that supports immune function and helps maintain the body’s natural defense systems during viral challenges.
Thyme: Traditionally used to support respiratory health and the body’s natural antimicrobial defenses. Helps maintain resilience during seasonal infections and environmental exposure.
Vitamin C: A key nutrient for immune function and antioxidant protection. Helps support the body’s natural defenses and promotes resilience during viral and bacterial challenges.
Vitamin D: Supports immune regulation and helps maintain the body’s readiness to respond effectively to infectious challenges.
Wormwood: Traditionally used to support the body’s resilience during microbial stress and to help maintain overall immune balance.
Not suitable for pregnant or breastfeeding women.
People taking blood-thinning or anticoagulant medication should consult a healthcare practitioner before use.
Keep out of reach of children.
Protect from direct sunlight.
Store below 25°C in a cool, dry place.
Practitioner’s Technical Info
For Practitioner's Herbal Educational purposes only!
Understanding Viral and Bacterial Infections
And How Viral Plus B Supports the Body’s Natural Defences
The human body is constantly exposed to microorganisms such as viruses and bacteria. Most are harmless and many are beneficial, but some can challenge the immune system and lead to illness. A well-functioning immune system is therefore essential for maintaining health and helping the body recover when exposed to infectious organisms.
Viral Plus B is a comprehensive herbal and nutritional formulation designed to support the body’s natural immune response, respiratory resilience, antioxidant defence, and recovery processes when the body encounters microbial challenges.
What Is a Virus?
A virus is a microscopic infectious particle that cannot reproduce on its own. Unlike bacteria, viruses must enter a living cell in order to replicate.
When a virus enters the body, it attaches to specific receptors on human cells. Once inside the cell, it uses the cell’s internal machinery to copy itself. New virus particles are then released and can infect additional cells.
Viruses are responsible for many common illnesses including:
Because viruses live inside cells, the body relies heavily on the immune system to recognise infected cells and remove them.
What Is a Bacterium?
Bacteria are microscopic living organisms that can exist independently. Many bacteria are beneficial and play important roles in digestion, immunity and environmental balance.
However, some bacteria can cause infections when they multiply excessively in the body or invade tissues.
Examples of bacterial infections include:
Unlike viruses, bacteria can often be controlled through direct immune defence mechanisms, including specialised immune cells and protective biochemical processes.
How the Body Responds to Viruses and Bacteria
When viruses or bacteria enter the body, the immune system activates a coordinated defence process.
First, the innate immune system recognises foreign organisms and releases signalling molecules that alert immune cells. These signals attract immune cells such as macrophages and neutrophils that help neutralise invading organisms.
Next, the adaptive immune system becomes involved. T-cells help identify infected cells, while B-cells produce antibodies that mark pathogens for removal.
At the same time, the body increases protective processes such as:
This coordinated response helps the body contain and resolve infections while restoring normal balance.
Why Viral Plus B Can Support Immune Defence
Viral Plus B has been formulated with a broad spectrum of herbs and nutrients traditionally used to support the body during microbial challenges.
The formulation works by supporting several important physiological processes involved in immune defence.
Immune Activation and Regulation
The body’s immune response must be strong enough to identify pathogens but balanced enough to avoid excessive inflammation. Nutrients and botanicals in the formulation help support normal immune cell communication and healthy immune regulation.
A Comprehensive Support Strategy
Rather than targeting a single pathway, Viral Plus B supports multiple aspects of the body’s natural defence system, including:
This broad approach reflects the complexity of the immune system and recognises that effective immune support involves many interacting physiological processes.
Important Note
This supplement is intended to support normal immune function and overall well-being.
It is not intended to diagnose, treat, cure, or prevent any disease. Information presented is based on traditional use and scientific literature regarding immune physiology and microbial interactions.
Individuals with medical conditions or those taking medication should consult a qualified healthcare professional before use.
Common Viral & Bacterial Challenges and How the Body Responds
| Common Challenge | What Happens in the Body | Why Immune Support Can Help |
| Airborne Viruses (Crowds, Travel, Seasonal Viruses) | Viruses entering through the nose, throat and lungs interact with respiratory tissues and mucosal immune barriers. The immune system activates defensive signalling to prevent viral replication and spread. | Supporting respiratory tissues and immune signalling helps maintain the body’s natural protective barriers. |
| Digestive Microbial Imbalance | Bacteria and viruses entering through food or water encounter immune cells in the intestinal lining where much of the immune system is located. | Maintaining gut microbial balance supports immune resilience and healthy digestion. |
| Herpes Family Viruses (Cold Sores, Shingles, Similar Viral Challenges) | Certain viruses can remain dormant in nerve tissues and reactivate during periods of stress or immune suppression. | Supporting immune balance helps the body maintain natural viral control mechanisms. |
| High Stress or Fatigue Periods | Stress hormones can temporarily reduce immune signalling and cellular defence mechanisms. | Nutritional support helps maintain immune readiness during periods of physical or emotional stress. |
| Respiratory Irritation or Exposure to Environmental Pathogens | Airborne microbes and irritants can challenge respiratory tissues, increasing immune activity in the throat, bronchi and lungs. | Supporting respiratory tissue health helps maintain the body’s natural protective barriers. |
| Bacterial Exposure (Food, Environment, Close Contact) | Bacteria entering the body are recognised by immune cells that activate defensive processes to neutralise them. | Supporting immune cell activity helps the body maintain microbial balance. |
| Inflammatory Immune Responses | During immune activity the body produces inflammatory signals that help eliminate pathogens but may also stress tissues. | Balanced immune support helps maintain healthy inflammatory responses. |
| Recovery After Infection or Illness | Once pathogens are controlled, the body begins restoring tissue balance and repairing affected cells. | Nutritional support assists recovery processes and helps maintain long-term resilience. |
| Seasonal Immune Challenges | Changes in weather, travel, indoor crowding and reduced sunlight can place additional strain on the immune system. | Supporting the immune system helps maintain readiness during seasonal changes. |
Why Immune Support Matters
The immune system works through a complex network involving the respiratory tract, digestive system, lymphatic system, bloodstream, and specialised immune cells. Supporting these interconnected systems helps the body maintain its natural ability to respond to microbial challenges and maintain overall resilience.
Viral Plus B is designed to complement these natural defence mechanisms and support the body during periods when immune resilience may be needed most.
Situations When People Often Choose Immune Support
| Situation | What Happens in the Body | Why Immune Support May Be Helpful |
| Air Travel and Crowded Spaces | Exposure to many people in confined spaces increases the chance of encountering airborne microbes. | Supporting the immune system helps the body maintain its natural defence readiness. |
| Seasonal Weather Changes | Temperature shifts and indoor crowding during colder seasons can increase microbial exposure. | Nutritional immune support helps maintain resilience during seasonal transitions. |
| Periods of High Stress | Stress hormones can temporarily influence immune signalling and cellular defence mechanisms. | Supporting immune balance may help the body remain resilient during demanding periods. |
| Fatigue or Lack of Sleep | Insufficient rest can influence immune communication and recovery processes. | Supporting immune health helps maintain the body’s natural defensive readiness. |
| Travel to New Environments | Exposure to unfamiliar microbes and environmental conditions can challenge the immune system. | Supporting immune resilience may help the body adapt to new surroundings. |
| Close Contact Environments | Schools, offices, public transport and events increase exposure to microbes carried by others. | Supporting immune balance helps maintain natural protection in shared environments. |
| After Illness or Recovery Periods | The body may require time to restore tissue balance and immune strength after infection. | Nutritional support may assist the body during recovery and restoration phases. |
| Physical or Mental Overexertion | Heavy physical activity or emotional strain can temporarily influence immune responses. | Supporting immune resilience may help maintain overall wellbeing. |
| Environmental Exposure | Pollution, dust and other irritants can place additional stress on respiratory tissues. | Supporting respiratory and immune health helps maintain natural protective barriers. |
Maintaining Everyday Immune Resilience
While immune supplements can provide supportive nutritional and botanical ingredients, long-term immune health is also influenced by lifestyle factors such as:
Viral Plus B is designed to complement these healthy lifestyle practices by supporting the body’s natural immune defence systems.
Why a Multi-Herb Immune Formula May Be More Effective Than Single Ingredients
| Approach | How It Works in the Body | Limitations | Advantage of a Multi-Support Formula |
| Single Nutrient Supplements | Individual vitamins or nutrients may support one aspect of immune function such as antioxidant activity or immune signalling. | The immune system is complex and rarely depends on a single pathway. One nutrient alone may support only a limited function. | Combining different nutrients helps support several immune processes simultaneously. |
| Single Herb Formulations | Some herbs traditionally support immune activity or microbial balance. | A single herb may influence only one or two biological pathways. | Combining multiple botanicals may support broader immune responses and overall resilience. |
| Targeting Only One Body System | Some supplements focus only on one area, such as respiratory health or antioxidant protection. | The immune system works through many interconnected systems including the gut, respiratory tissues, lymphatic system and bloodstream. | A broader formulation helps support multiple systems involved in immune defence. |
| Limited Cellular Protection | Some products focus only on immune stimulation without considering cellular protection. | Immune activity can generate oxidative stress that affects tissues and recovery. | Combining immune support with antioxidant and cellular protection helps maintain physiological balance. |
| Short-Term Immune Stimulation | Certain products aim only to stimulate immune activity temporarily. | Excessive stimulation without balance may place stress on the body’s regulatory systems. | A balanced formulation supports immune activity while helping maintain regulation and recovery. |
Supporting the Body Through Multiple Pathways
The immune system functions through an integrated network involving:
Supporting these systems together helps maintain the body's natural ability to recognise, respond to and recover from microbial challenges.
Viral Plus B was developed to provide broad immune support through multiple complementary mechanisms, helping maintain overall immune resilience.
How the Immune System Protects the Body – A Simple Overview
The immune system protects the body through several coordinated defence systems. Rather than acting as a single organ, it functions through a network of immune cells, tissues and signalling molecules distributed throughout the body.
Understanding these defence systems helps explain why maintaining immune balance is important for overall health and resilience.
| Immune Defence System | What It Does | Where It Works in the Body |
| Physical Barriers | The body’s first line of defence consists of physical and chemical barriers that prevent microbes from entering tissues. These include protective mucus, skin and antimicrobial secretions. | Skin, nasal passages, throat, lungs, digestive tract |
| Innate Immune System | The innate immune system provides rapid initial defence against invading microorganisms. Specialised immune cells recognise common microbial patterns and begin neutralising pathogens. | Bloodstream, tissues, lymphatic system |
| Inflammatory Response | When pathogens are detected, signalling molecules trigger controlled inflammatory responses that recruit immune cells to affected tissues. | Throughout the body where immune activity is required |
| Adaptive Immune System | The adaptive immune system produces highly specialised immune cells that recognise specific pathogens and coordinate targeted responses. | Lymph nodes, spleen, bloodstream |
| Antibody Production | Certain immune cells produce antibodies that identify and neutralise foreign organisms. These antibodies help mark pathogens for removal by immune cells. | Bloodstream and lymphatic circulation |
| Cellular Defence | Specialised immune cells identify infected or damaged cells and help remove them before pathogens can spread further. | Bloodstream, tissues, lymphatic organs |
| Immune Memory | After encountering pathogens, the immune system can retain memory cells that allow faster recognition if the same microorganisms are encountered again. | Immune tissues throughout the body |
Where Most Immune Activity Happens
Many people are surprised to learn that immune activity occurs throughout the body rather than in a single location.
Important immune centres include:
Supporting these interconnected systems helps maintain the body's natural ability to respond to microbial challenges.
Supporting the Body’s Natural Defences
A balanced immune system must be able to:
Nutritional and botanical support can complement healthy lifestyle practices such as balanced nutrition, adequate sleep, hydration and stress management, all of which play important roles in maintaining immune resilience.
How Viral Plus B Supports the Body
What happens when your body encounters viruses or bacteria
| Stage | What Happens in the Body | How Viral Plus B Supports the Process |
| Initial Exposure (0–6 hours) | The immune system detects foreign organisms through specialised immune cells in the respiratory tract, gut lining and bloodstream. These cells release signalling molecules that alert the immune system. | Nutritional and botanical support helps maintain the body's natural first-line defence barriers and supports early immune recognition. |
| Early Immune Response (6–24 hours) | Immune cells such as macrophages and neutrophils begin identifying and neutralising invading organisms. The body increases signalling molecules that coordinate immune activity. | The formulation supports healthy immune communication and helps the body respond efficiently to microbial challenges. |
| Active Immune Defence (1–3 days) | The adaptive immune system becomes involved. T-cells and B-cells recognise infected cells and help the body produce antibodies that target the invading organisms. | Botanical compounds traditionally used for immune resilience help support balanced immune activity and microbial defence. |
| Inflammation Control (2–5 days) | As the immune system fights infection, inflammatory signals increase. While inflammation helps eliminate pathogens, it must remain controlled to prevent excessive tissue irritation. | Antioxidant and plant compounds help support the body’s natural mechanisms that regulate inflammation and oxidative stress. |
| Tissue Protection (3–7 days) | During infections, tissues such as the respiratory lining and mucous membranes may become irritated or stressed. Protective mechanisms help maintain normal tissue function. | Nutritional support helps maintain respiratory and mucosal tissue integrity while the immune system resolves the infection. |
| Recovery and Repair (5–10 days) | Once pathogens are controlled, the body begins repairing tissues and restoring normal physiological balance. Immune memory cells are also formed to recognise similar organisms in the future. | Supportive nutrients help maintain recovery processes, antioxidant balance and overall resilience. |
| Long-Term Immune Readiness | Memory immune cells remain in the body, allowing faster recognition if the same organism is encountered again. | Ongoing nutritional support helps maintain overall immune strength and resilience during future challenges. |
Why This Multi-Support Approach Matters
Viruses and bacteria challenge the body in different ways, but both require a strong and balanced immune response. Viral Plus B is designed to support several important aspects of immune health simultaneously:
This integrated approach helps the body maintain its natural ability to respond to microbial challenges while supporting recovery and overall immune health.
Where Is the Immune System in the Body:
The immune system is not located in a single organ. Instead, it functions through a network of tissues, cells and protective barriers throughout the body. These systems continuously communicate with one another to detect viruses, bacteria and other foreign microorganisms.
Viral Plus B is designed to support several of these key systems involved in immune defence and immune resilience.
| Immune Area | Role in Protecting the Body | Why Support Matters |
| Respiratory System | The nose, throat, bronchi and lungs are primary entry points for airborne viruses and bacteria. Mucosal barriers and immune cells in these tissues help trap and neutralise pathogens. | Supporting respiratory tissue resilience helps maintain the body’s natural protective barrier. |
| Digestive System | Nearly 70% of immune activity is connected to the gut. Beneficial bacteria and immune cells in the intestinal lining help detect and neutralise invading organisms. | A healthy gut environment contributes significantly to immune strength and microbial balance. |
| Lymphatic System | The lymphatic system acts as a filtration network, transporting immune cells and removing pathogens, toxins and cellular waste. | Efficient lymphatic circulation helps immune cells reach areas where they are needed. |
| Bloodstream | White blood cells travel through the bloodstream to detect and eliminate pathogens that enter the body. | Circulating immune cells are essential for rapid response to infection. |
| Cellular Immunity | Immune cells identify infected or damaged cells and help remove them before pathogens spread further. | Maintaining healthy immune signalling allows the body to respond effectively to microbial challenges. |
| Antioxidant Defence System | During immune activity the body produces reactive molecules that help neutralise pathogens but may also create oxidative stress. | Antioxidant support helps protect tissues and maintain cellular balance during immune responses. |
Why Viral Plus B Is Different From Ordinary Immune Supplements:
Many immune supplements focus on only one or two nutrients. Viral Plus B was developed to support multiple immune processes simultaneously, recognising that the immune system works through many interconnected biological pathways.
How the Body Responds to Viruses and Bacteria:
When viruses or bacteria enter the body, the immune system activates a coordinated defence process involving several stages that work together to recognise, neutralise and remove invading microorganisms.
| Phase | What Happens in the Body |
| Recognition | Specialised immune cells recognise foreign organisms and trigger defensive signalling molecules that activate immune responses. |
| Initial Defence | Innate immune cells such as macrophages and neutrophils begin neutralising pathogens and preventing further spread. |
| Immune Coordination | Communication between immune cells increases, allowing the body to organise a targeted defence response. |
| Adaptive Response | T-cells and B-cells become activated. Antibodies are produced to identify and neutralise invading organisms. |
| Inflammation Control | Controlled inflammatory signals help eliminate pathogens while maintaining tissue stability. |
| Repair and Recovery | Once pathogens are controlled, the body repairs tissues and restores normal physiological balance. |
| Immune Memory | Memory immune cells remain in the body, allowing faster recognition if similar pathogens are encountered again. |
Supporting these natural defence processes helps maintain the body's ability to respond effectively to microbial challenges.
Supporting Overall Immune Resilience:
Daily lifestyle factors also play an important role in maintaining immune strength and resilience.
Viral Plus B is designed to complement these healthy lifestyle practices by providing additional nutritional and botanical support for the body’s natural immune defences.
How Viral Plus B Supports the Respiratory System:
The respiratory system is one of the body’s most important protective barriers against airborne viruses and bacteria. Every day we inhale thousands of microscopic particles, and specialised immune cells within the respiratory lining constantly monitor and respond to potential threats. Viral Plus B is designed to support the body’s natural respiratory defences by helping maintain healthy mucosal barriers, supporting immune signalling in respiratory tissues, and promoting antioxidant protection for the delicate lining of the airways.
Maintaining strong respiratory resilience helps the body respond effectively to microbial challenges while supporting overall lung and airway health.
Early Signs Your Immune System May Need Extra Support:
The immune system works continuously to protect the body from viruses, bacteria and environmental stressors. At times the body may require additional nutritional and botanical support to maintain immune balance and resilience. Recognising early signs of immune strain may help individuals support their immune system before more significant illness develops.
Viruses vs Bacteria – Why the Body Needs Different Defences:
Viruses and bacteria are both microscopic organisms that can challenge the body’s immune system, but they behave very differently. Because of these differences, the body must use different defence strategies to manage each type of microorganism. Viral Plus B was developed to support the body’s natural immune responses involved in recognising, controlling and recovering from both viral and bacterial challenges.
| Characteristic | Viruses | Bacteria |
| Basic Structure | Viruses are extremely small particles made of genetic material surrounded by a protein shell. | Bacteria are living single-cell microorganisms capable of surviving independently. |
| Ability to Reproduce | Viruses cannot reproduce on their own and must enter a living cell to replicate. | Bacteria can multiply independently by dividing and growing in favourable environments. |
| How They Affect the Body | Viruses infect cells and use the cell’s internal machinery to produce new virus particles. | Bacteria may multiply in tissues and release substances that irritate or damage surrounding cells. |
| Typical Locations in the Body | Viruses commonly affect respiratory tissues, digestive tissues and cells throughout the body. | Bacteria can affect many areas including the respiratory system, skin, digestive tract and urinary system. |
| Immune Response | The immune system identifies infected cells and activates specialised immune cells to remove them. | Immune cells recognise and neutralise bacterial organisms through several defence mechanisms. |
| Recovery Process | The immune system eliminates infected cells and restores tissue balance while developing immune memory. | Immune cells neutralise bacteria while tissue repair mechanisms restore normal physiological function. |
Understanding these differences helps explain why the body relies on multiple immune processes to manage microbial challenges effectively. Supporting immune balance, respiratory health, antioxidant protection and recovery processes helps the body maintain its natural ability to respond to both viral and bacterial encounters.
Supporting the Body’s Natural Immune Defences:
A strong immune system depends on many interconnected systems working together. Healthy lifestyle habits play an important role in maintaining immune resilience.
Viral Plus B is designed to complement these healthy practices by providing botanical and nutritional support that helps maintain the body’s natural immune defence systems.
The 5 Layers of Immune Defence in the Human Body:
The human immune system protects the body through several interconnected layers of defence. Each layer plays a specific role in recognising, controlling and removing viruses, bacteria and other microorganisms. Understanding these layers helps explain why comprehensive immune support involves more than just one nutrient or pathway.
| Immune Defence Layer | What Happens in the Body | Why It Matters |
| 1. Physical Barriers | The skin, respiratory lining, digestive lining and mucous membranes act as protective barriers that prevent many pathogens from entering the body. These surfaces also produce protective secretions that help trap microorganisms. | Maintaining strong barrier tissues helps reduce the number of pathogens that enter the body. |
| 2. Early Immune Detection | Specialised immune cells constantly monitor the body for foreign organisms. When viruses or bacteria are detected, these cells release signalling molecules that alert the immune system. | Early recognition allows the immune system to respond quickly before pathogens spread further. |
| 3. Innate Immune Response | Innate immune cells such as macrophages and neutrophils respond rapidly by engulfing and neutralising invading microorganisms. This response occurs within hours of detection. | This rapid defence helps limit the spread of pathogens during the early stages of infection. |
| 4. Adaptive Immune Response | If pathogens persist, the adaptive immune system becomes active. T-cells identify infected cells while B-cells produce antibodies that target specific microorganisms. | This targeted response helps eliminate pathogens more efficiently. |
| 5. Recovery and Immune Memory | Once pathogens are removed, the body repairs affected tissues and restores normal balance. Memory immune cells remain in the body and allow faster recognition of similar pathogens in the future. | Immune memory strengthens the body’s ability to respond to future exposures. |
Supporting these natural defence layers helps maintain the body's ability to recognise and respond to microbial challenges effectively.
Why Comprehensive Immune Support Matters:
The immune system is complex and relies on multiple biological systems working together. Supporting immune recognition, antioxidant balance, respiratory health and tissue recovery helps the body maintain overall resilience when exposed to viruses and bacteria.
Viral Plus B is designed to complement healthy lifestyle practices and provide botanical and nutritional support that helps maintain the body's natural immune defences and long-term immune readiness.
Types of microbial challenges, a visual star rating for how supportive the formula may be, and key ingredients involved, without making treatment claims.
Viral Plus B - Microbial Support Overview
| Microbial Challenge | Examples | Formula Support Level | Key Supporting Ingredients |
| Respiratory Viruses | Common cold viruses, seasonal respiratory viruses | ⭐⭐⭐⭐⭐ | Andrographis, Olive Leaf, Quercetin, Zinc, Vitamin C, Black Seed |
| Herpes Family Viruses | Herpes simplex, shingles (varicella family) | ⭐⭐⭐⭐ | L-Lysine, Olive Leaf, Andrographis, Resveratrol, Selenium |
| Influenza-Type Viruses | Influenza A & B, respiratory viral infections | ⭐⭐⭐⭐ | Andrographis, Elderberry-type immune support, Quercetin, Vitamin C, Zinc |
| RNA Viral Challenges | Various RNA-based viral infections | ⭐⭐⭐⭐ | Andrographis, NAC, Quercetin, Resveratrol, Zinc |
| Digestive Viral Challenges | Rotavirus-type gastrointestinal viruses | ⭐⭐⭐ | Garlic, Berberine, Olive Leaf, Zinc |
| Bacterial Respiratory Challenges | Bacterial throat, sinus or lung infections | ⭐⭐⭐⭐ | Berberine, Garlic, Thyme, Andrographis, Zinc |
| Digestive Bacterial Challenges | Intestinal bacterial imbalance | ⭐⭐⭐⭐ | Berberine, Garlic, Black Seed, Olive Leaf |
| General Microbial Exposure | Environmental bacteria and viruses | ⭐⭐⭐⭐ | Vitamin C, Zinc, Selenium, NAC, Quercetin |
What the Star Ratings Mean
⭐ ⭐ ⭐ ⭐ ⭐ Very strong supportive coverage
⭐ ⭐ ⭐ ⭐ Strong supportive coverage
⭐ ⭐ ⭐ Moderate supportive coverage
These ratings indicate how well the combined formulation supports the body’s natural defences against different microbial challenges, based on traditional herbal use and nutritional immune support research.
Why Multiple Ingredients Are Used
Viruses and bacteria interact with the body in different ways, which is why Viral Plus B includes ingredients that support multiple protective processes:
By supporting these natural processes simultaneously, the formulation helps maintain the body’s overall ability to respond to microbial challenges.
Viral Plus B – How the Formula Supports the Body
| Functional Support Area | What Happens in the Body | Why It Matters During Viral or Bacterial Exposure |
| Antibacterial Support | Immune cells identify and neutralise bacteria through several defence mechanisms including phagocytosis and microbial signalling responses. | Supporting antibacterial defence helps maintain microbial balance within the body. |
| Antioxidant Defence | Immune activity can increase oxidative stress as the body fights microorganisms. Antioxidants help protect cells from damage during these processes. | Cellular protection supports tissue stability and recovery during immune responses. |
| Antiviral Support | The body uses specialised immune mechanisms to recognise infected cells and prevent viruses from spreading to new cells. | Supporting antiviral defence helps the immune system manage viral encounters more efficiently. |
| Cellular Protection | Immune responses require strong and healthy cells. Cellular support helps maintain tissue integrity and physiological balance during immune activity. | Strong cells allow the body to recover more effectively after microbial exposure. |
| Immune Recognition | The immune system constantly scans the body for foreign microorganisms such as viruses and bacteria. When these are detected, immune signalling pathways activate protective responses. | Early immune recognition helps the body respond quickly to microbial challenges before they spread. |
| Immune Resilience | A well-regulated immune system maintains readiness to respond to new microbial challenges. | Long-term immune resilience helps the body remain prepared for environmental exposures. |
| Inflammatory Balance | During infections the body releases inflammatory signals to help eliminate pathogens. These responses must remain balanced to prevent excessive tissue irritation. | Maintaining healthy inflammatory balance supports efficient immune defence while protecting tissues. |
| Mucosal Barrier Support | The mucosal surfaces of the respiratory tract and digestive tract act as protective barriers that trap and remove microbes. | Healthy mucosal barriers reduce the ability of pathogens to attach and spread. |
| Recovery and Tissue Repair | After pathogens are controlled, the body begins restoring tissues and returning to normal physiological balance. | Supporting recovery helps the body regain strength and maintain long-term resilience. |
| Respiratory Protection | The respiratory tract is one of the body’s first barriers against airborne pathogens. Protective mucus, immune cells and airway tissues help trap and remove microorganisms. | Supporting respiratory tissues helps maintain the body's natural defence against inhaled microbes. |
Why This Multi-Support Approach Matters
Viruses and bacteria affect the body in different ways, but both require a strong and balanced immune response. Supporting several defence mechanisms simultaneously helps the body maintain its natural ability to recognise, control and recover from microbial challenges.
Viral Plus B is designed to support these interconnected immune processes and complement healthy lifestyle practices such as balanced nutrition, adequate sleep and stress management.
What to Expect When Supporting the Body Against Viruses & Bacteria
| Timeframe | What Happens in the Body | How the Supplement Supports the Process |
| Within Hours | The body begins recognising invading microorganisms through immune signalling pathways. Early immune activity starts preparing the body’s defence response. | Nutritional and botanical support helps maintain immune alertness and supports the body's natural recognition systems. |
| First 24 Hours | The innate immune system activates. White blood cells begin identifying and responding to microbial challenges in the bloodstream, respiratory tissues and mucosal barriers. | Supportive nutrients assist the body’s early immune defences and help maintain healthy cellular responses. |
| 24–48 Hours | The immune system increases communication between immune cells. Defensive signalling molecules coordinate a broader immune response throughout the body. | Immune-supportive compounds help maintain balanced signalling and support the body's natural defensive activity. |
| 2–3 Days | Immune cells intensify efforts to control microbial activity. The body works to prevent further spread of pathogens while maintaining tissue stability. | Antioxidant and immune-supportive compounds assist cellular resilience during increased immune activity. |
| 3–5 Days | The adaptive immune system becomes more active. Specialised immune cells coordinate targeted responses against invading organisms. | Nutritional support helps maintain immune balance while assisting the body's natural defence mechanisms. |
| 5–7 Days | The body begins restoring balance as microbial activity is reduced. Tissue repair and recovery processes increase. | Supportive nutrients assist the body's natural recovery and restoration processes. |
| 1–2 Weeks | Immune memory and resilience improve. The body becomes better prepared to recognise similar microbial challenges in the future. | Continued nutritional support helps maintain long-term immune resilience and overall wellbeing. |
Why This Timeline Matters
When viruses or bacteria enter the body, the immune system responds through multiple coordinated stages. Supporting these natural processes helps the body maintain its ability to respond effectively, regulate inflammation, and restore balance after immune challenges.
Viral Plus B is designed to complement the body's natural defence systems and support overall immune resilience during periods of increased microbial exposure.
Interactions Table
| Drug / Class | Mechanism of Interaction | Primary Site of Action | Clinical Consideration |
| Anticoagulant Medicines (blood thinning medicines such as warfarin-type drugs) | Certain botanical compounds and antioxidants may influence platelet aggregation or circulation pathways. | Blood clotting pathways and vascular tissues | Individuals using anticoagulant medicines should consult a healthcare professional before use to avoid potential effects on blood clotting balance. |
| Antiplatelet Medicines (medications used to reduce platelet aggregation) | Some plant compounds may influence platelet activity and vascular signalling. | Platelets and vascular endothelium | Use with caution and under medical supervision when combined with medicines affecting platelet function. |
| Blood Pressure Medicines | Certain botanical compounds may influence vascular tone and circulation. | Cardiovascular system | Individuals taking antihypertensive medicines should monitor blood pressure and consult a healthcare professional before use. |
| Immune-Modulating Medicines | Botanical immune-support compounds may influence immune signalling pathways. | Immune cells and lymphatic tissues | Individuals receiving immune-modulating therapies should consult a healthcare professional before use. |
| Antiviral Medicines | Some botanical compounds may influence viral replication pathways. | Cellular viral replication pathways | The supplement is not intended to replace antiviral treatment. Medical supervision is recommended if both are used together. |
| Antibiotics | Certain botanical antimicrobial compounds may influence microbial environments in the digestive tract. | Digestive tract microbiota | The supplement may be taken separately from antibiotics unless otherwise directed by a healthcare professional. |
| Diabetes Medicines | Some plant compounds may influence metabolic pathways involved in glucose regulation. | Liver metabolism and glucose regulation | Blood glucose levels should be monitored when used alongside glucose-regulating medicines. |
| Immunosuppressant Medicines | Immune-supportive compounds may influence immune signalling and immune cell activity. | Immune cells and lymphatic tissues | Individuals taking immunosuppressive therapy should consult a healthcare professional before using immune-support supplements. |
General Interaction Guidance
Individuals should consult a healthcare professional before using this supplement if they are:
Maintaining appropriate spacing between supplements and medications may help reduce potential interactions.
Pregnant & Breastfeeding Women
| Category | Consideration | Reason |
| Pregnant Women | Use is not recommended during pregnancy unless directed by a qualified healthcare professional. | Some botanical compounds may influence immune signalling, circulation or hormonal pathways, and safety during pregnancy has not been established for all ingredients in concentrated supplement form. |
| Breastfeeding Women | Use only under guidance of a healthcare professional. | Certain herbal compounds may pass into breast milk. Safety for infants has not been fully established for all ingredients in concentrated formulations. |
| Planning Pregnancy | Consultation with a healthcare practitioner is recommended before use. | Some herbs that influence immune or metabolic signalling may not be suitable during early pregnancy. |
Children Use & Guidance
| Age Group | Guidance | Consideration |
| Children under 6 years | Not recommended unless directed by a healthcare professional. | Immune systems and metabolic pathways in very young children are still developing and may respond differently to concentrated herbal supplements. |
| Children 6–12 years | Lower dosage may be used under adult supervision. | Children's immune and digestive systems are more sensitive; appropriate dosage adjustment is recommended. |
| Children 12–16 years | Reduced adult dosage may be used according to age and body size. | Adolescents can tolerate broader nutritional support but may still require lower doses than adults. |
| General Use | Always follow recommended dosage guidelines. | If a child is taking medication or has a medical condition, professional advice should be obtained before use. |
General Safety Notes
Ingredients which are traditionally used for a Virus & Bacteria supplement
Technical info: For herbal knowledge educational purposes only!
Alpha Lipoic Acid: Alpha lipoic acid functions as a mitochondrial antioxidant that restores intracellular glutathione levels, an important defensive molecule produced by immune and epithelial cells during viral and bacterial exposure. By improving cellular redox balance within respiratory tissues, lymphocytes and macrophages, it helps cells resist viral-induced oxidative damage. This antioxidant stabilisation assists immune cells during exposure to RNA viruses such as influenza and coronavirus strains while protecting tissues during inflammatory responses triggered by bacterial infection.
Andrographis Paniculata: Andrographis contains diterpene lactones, primarily andrographolide, which influence viral replication pathways and inflammatory signalling. These compounds act in respiratory epithelial tissues and immune cells, helping limit replication of several RNA viruses including influenza-type respiratory viruses. Andrographis also demonstrates antibacterial activity against certain Gram-positive and Gram-negative organisms. Through modulation of cytokine signalling and macrophage activation, it supports the body's ability to control both viral and bacterial microbial challenges.
Astragalus Root: Astragalus contains polysaccharides, triterpenoid saponins and flavonoids that influence innate immune signalling and antiviral cellular responses. These compounds stimulate macrophages, dendritic cells and natural killer cells that target virus-infected cells, particularly within respiratory and lymphatic tissues. Astragalus has been traditionally used during respiratory viral infections including influenza-type viruses. It also supports antibacterial immune responses by enhancing phagocytosis and immune signalling involved in elimination of invading bacterial organisms.
Berberine Hydrochloride: Berberine is an isoquinoline alkaloid known for broad antimicrobial activity. It interferes with microbial DNA replication, enzyme systems and cellular signalling used by bacteria and some viruses. In intestinal tissues it helps regulate microbial balance by inhibiting growth of pathogenic bacteria including certain Gram-negative organisms. Berberine also affects viral replication pathways and inflammatory signalling processes that occur when viruses infect epithelial cells, contributing to broader antiviral and antibacterial defence.
Black Seed (Nigella sativa): Black seed contains thymoquinone, thymohydroquinone and nigellone which influence antiviral signalling and microbial defence pathways. These compounds act within respiratory and immune tissues helping maintain immune cell activity against viruses and microbial pathogens. Black seed has demonstrated activity against several viral families and also exhibits antibacterial properties against common pathogenic bacteria. Its antioxidant and anti-inflammatory effects support tissue stability during infections affecting respiratory and systemic tissues.
Black Jack (Bidens pilosa): Bidens pilosa contains flavonoids, phenolic acids and polyacetylenes that influence antimicrobial and antiviral activity. These compounds interfere with microbial growth and support immune responses against viruses and bacterial organisms. Bidens has been traditionally used for infections affecting digestive, blood and respiratory systems. Its phytochemicals assist macrophage activity and microbial clearance while contributing to maintenance of physiological balance during microbial exposure.
Boswellia (Frankincense): Boswellia resin contains pentacyclic triterpenes known as boswellic acids which influence inflammatory signalling pathways associated with infection. During viral or bacterial illness, excessive inflammatory signalling can damage tissues, particularly in the respiratory system. Boswellia helps regulate these inflammatory mediators while maintaining tissue stability. This supportive activity assists the body in managing inflammation triggered by viral infections or bacterial microbial activity.
Bromelain: Bromelain is a proteolytic enzyme complex derived from pineapple containing cysteine proteases that influence inflammatory and immune signalling pathways. During viral respiratory infections bromelain assists by reducing inflammatory mediators in bronchial and sinus tissues while improving mucus clearance. These enzymatic actions help maintain respiratory tissue integrity during viral exposure such as influenza-type respiratory viruses. Bromelain also exhibits antibacterial activity by disrupting microbial adhesion to mucosal tissues.
Cat’s Claw (Uncaria tomentosa): Cat’s claw contains oxindole alkaloids, quinovic acid glycosides and polyphenols that influence antiviral and immune signalling pathways. These compounds stimulate phagocytic activity and enhance recognition of virus-infected cells within lymphatic and immune tissues. Cat’s claw has demonstrated activity against several viral families including herpes viruses and respiratory viruses. In addition, its antimicrobial constituents contribute to antibacterial defence and support microbial balance during infection.
Citrus Bioflavonoids: Citrus bioflavonoids such as hesperidin, rutin and quercetin derivatives strengthen vascular and epithelial integrity while influencing antiviral defence pathways. These flavonoids help stabilise cellular membranes and support antioxidant protection during viral infections affecting respiratory tissues. Their ability to modulate inflammatory signalling and oxidative stress assists immune cells in controlling viral replication and maintaining tissue resilience during bacterial or viral exposure.
Cordyceps sinensis: Cordyceps contains cordycepin, adenosine derivatives and polysaccharides that influence antiviral immune responses and cellular energy metabolism. These compounds support macrophage activity and natural killer cell function, particularly within respiratory and circulatory tissues. Cordyceps has been traditionally used for respiratory infections and microbial challenges. Its ability to regulate inflammatory signalling and improve cellular energy production helps maintain resilience during viral and bacterial exposure.
Cryptolepsis sanguinolenta: Cryptolepsis contains indoloquinoline alkaloids such as cryptolepine which demonstrate strong antimicrobial activity. These compounds interfere with microbial DNA replication and enzyme activity used by pathogens to multiply. Cryptolepsis has been widely studied for activity against bacterial organisms and parasitic infections, while also showing antiviral properties. Its antimicrobial actions help support microbial balance within blood, digestive and immune tissues during infectious challenges.
Cumin Black Seed (Nigella sativa): Black cumin seed contains thymoquinone and nigellone which influence antiviral signalling and microbial defence pathways. These compounds have demonstrated inhibitory effects on viral replication in several studies involving respiratory viruses and herpes viruses. In addition, thymoquinone exhibits antibacterial activity against certain Gram-positive and Gram-negative bacteria. These actions support respiratory immune defence and help maintain microbial balance throughout the body.
Elderberry (Sambucus nigra): Elderberry contains anthocyanins, flavonoids and phenolic acids that influence antiviral defence mechanisms within respiratory epithelial tissues. These compounds help interfere with viral attachment and replication processes associated with influenza-type viruses and other respiratory viral infections. Elderberry also supports immune cell signalling and antioxidant protection, helping maintain tissue stability during viral infection and assisting immune responses against microbial challenges.
Garlic (Allium sativum): Garlic contains organosulfur compounds including allicin, ajoene and diallyl sulfides which exhibit broad antimicrobial activity. These compounds disrupt microbial enzyme systems and interfere with replication processes used by bacteria and certain viruses. Garlic has demonstrated activity against respiratory viruses and several bacterial organisms. Within the bloodstream, respiratory tissues and digestive tract it supports microbial control mechanisms while enhancing immune cell responses to infected cells.
Gotu Kola (Centella asiatica): Gotu kola contains triterpenoid saponins such as asiaticoside and madecassoside that influence immune signalling and tissue repair processes. These compounds support microcirculation and cellular recovery in tissues affected by infection. By stabilising connective tissues and supporting inflammatory balance, Gotu kola assists the body during viral and bacterial illness. Its antioxidant properties help protect cells from oxidative stress produced during immune responses.
Grape Seed Extract (Vitis vinifera): Grape seed extract contains oligomeric proanthocyanidins (OPCs) which act as potent antioxidants that protect cellular membranes and vascular tissues during infection. These compounds strengthen epithelial barriers and support immune cell function in respiratory and circulatory tissues. OPCs help inhibit oxidative stress caused by viral replication and bacterial toxins, assisting the body in maintaining cellular stability and tissue integrity during microbial exposure.
Horehound (Marrubium vulgare): Horehound contains diterpenes such as marrubiin which support respiratory tissue health and mucus regulation. These compounds assist bronchial clearance during respiratory infections caused by viruses or bacteria. By promoting healthy mucus flow and airway function, horehound helps maintain respiratory defence mechanisms. Its mild antimicrobial properties also support microbial balance in respiratory tissues exposed to environmental pathogens.
Irish Moss (Chondrus crispus): Irish moss contains sulfated polysaccharides such as carrageenans that help form protective mucosal barriers in respiratory and digestive tissues. These compounds support the body's ability to trap and remove microorganisms entering through mucosal surfaces. Sulfated polysaccharides have also been studied for antiviral properties against certain enveloped viruses by interfering with viral attachment to host cells. Irish moss therefore contributes to mucosal defence and microbial resistance.
Ivy Leaf Extract (Hedera helix): Ivy leaf contains saponins such as hederacoside C which influence respiratory mucus clearance and bronchial relaxation. These compounds support airway function during respiratory infections involving viral or bacterial irritation. By assisting mucus clearance from bronchial tissues, ivy leaf helps maintain respiratory defence mechanisms and supports recovery of airway tissues following microbial exposure.
Lemon Balm (Melissa officinalis): Lemon balm contains rosmarinic acid, caffeic acid and essential oils that influence antiviral activity, particularly against viruses from the herpes family. These compounds interfere with viral attachment to host cells and support immune signalling in tissues affected by infection. Lemon balm has demonstrated inhibitory effects on herpes simplex viruses and other viral pathogens, while its antioxidant activity helps maintain cellular protection during viral stress.
Lion’s Mane Mushroom (Hericium erinaceus): Lion’s Mane contains beta-glucans, hericenones and erinacines that influence immune signalling and antimicrobial defence pathways. These polysaccharides activate macrophages, dendritic cells and natural killer cells which identify virus-infected or bacteria-contaminated tissues. Lion’s Mane also supports gut immune tissues where a large portion of immune activity occurs. By strengthening mucosal immune defences and microbial recognition systems it assists the body in responding to viral and bacterial challenges.
L-Lysine: L-lysine is an essential amino acid that influences viral replication pathways, particularly within the herpes virus family. By competing with arginine metabolism required for viral replication, lysine helps inhibit multiplication of viruses such as herpes simplex and varicella-zoster (shingles). Lysine also supports antibody production and immune cell function. These actions help the body maintain control over latent viral infections that may reactivate under stress or immune suppression.
Marshmallow Root (Althaea officinalis): Marshmallow root contains mucilage polysaccharides and flavonoids that support protective barriers within respiratory and digestive tissues. These mucilaginous compounds coat mucosal surfaces, helping maintain epithelial integrity during viral or bacterial irritation. By supporting protective mucus layers in the throat, bronchi and gastrointestinal tract, marshmallow root assists the body in trapping and removing invading microorganisms while reducing tissue irritation during infection.
Mullein Flowers (Verbascum thapsus): Mullein contains iridoid glycosides, flavonoids and saponins that influence respiratory immune defence and antimicrobial activity. These compounds support the removal of mucus and microbial debris from bronchial tissues. Mullein has traditionally been used during respiratory infections involving viruses or bacteria affecting the lungs and upper airways. Its antimicrobial properties assist respiratory tissues in maintaining microbial balance and supporting natural airway defence mechanisms.
Myrrh (Commiphora myrrha): Myrrh resin contains sesquiterpenes, terpenoids and furanosesquiterpenes which exhibit antimicrobial and antiviral activity. These compounds influence microbial membrane integrity and immune signalling involved in pathogen clearance. Myrrh has been traditionally used for infections affecting the respiratory tract, oral cavity and digestive tissues. Its antimicrobial actions contribute to controlling bacterial growth while supporting immune responses against viral pathogens.
N-Acetyl-L-Cysteine (NAC): NAC functions as a precursor for glutathione synthesis, one of the body’s most important intracellular antioxidants. By restoring glutathione levels in respiratory epithelial cells and immune cells, NAC helps protect tissues from oxidative stress produced during viral infections. NAC also supports mucus regulation in respiratory tissues, assisting the body in clearing pathogens from bronchial passages. These actions support resilience during respiratory viral infections.
Olive Leaf (Olea europaea): Olive leaf contains phenolic compounds such as oleuropein and hydroxytyrosol which influence antiviral and antimicrobial defence pathways. These compounds interfere with viral replication processes and support immune signalling mechanisms involved in pathogen elimination. Olive leaf has demonstrated activity against several viral families including respiratory viruses and herpes viruses. In addition, it exhibits antibacterial activity against certain pathogenic bacteria affecting digestive and respiratory tissues.
Pau d’Arco (Tabebuia impetiginosa): Pau d’Arco contains naphthoquinones including lapachol and beta-lapachone which exhibit antimicrobial and antiviral activity. These compounds influence microbial enzyme systems and interfere with replication processes used by bacteria, fungi and certain viruses. Pau d’Arco has traditionally been used during systemic infections affecting the blood, digestive tract and respiratory tissues. By influencing microbial growth and immune signalling pathways it assists the body in maintaining microbial balance.
Pine Bark Extract (Pinus pinaster): Pine bark extract contains oligomeric proanthocyanidins (OPCs) which protect cellular membranes and vascular tissues from oxidative stress during infection. These flavonoid compounds support immune cell activity and enhance circulation of immune mediators through microvascular tissues. By stabilising endothelial cells and supporting antioxidant defences, pine bark extract helps maintain tissue integrity during viral infections and bacterial inflammatory responses.
Plantain Leaf (Plantago major): Plantain leaf contains iridoid glycosides such as aucubin along with flavonoids and polysaccharides that influence antimicrobial and anti-inflammatory pathways. These compounds support mucosal immune defence in respiratory and digestive tissues. Plantain has traditionally been used to support the body during infections affecting the throat, lungs and gastrointestinal tract. Its antimicrobial actions help maintain microbial balance while supporting epithelial barrier protection.
Quercetin: Quercetin is a flavonoid widely studied for antiviral and anti-inflammatory activity. It influences viral replication pathways by interfering with enzymes and cellular processes used by viruses to reproduce. Quercetin has demonstrated activity against several respiratory viruses and contributes to stabilising mast cells and inflammatory signalling. Within respiratory epithelial tissues and immune cells, it assists the body in maintaining antiviral defence and reducing tissue stress during infection.
Reishi Mushroom (Ganoderma lucidum): Reishi contains beta-glucans, triterpenoids and polysaccharides that influence immune recognition and antiviral defence mechanisms. These compounds activate macrophages, dendritic cells and natural killer cells that target infected tissues. Reishi has traditionally been used to support resilience during viral infections affecting respiratory and systemic tissues. Its immunomodulatory activity helps maintain balanced immune responses against viral and bacterial pathogens.
Rhodiola rosea: Rhodiola contains phenylpropanoids and salidroside which influence stress-regulating pathways and immune signalling. During viral or bacterial infections, physiological stress can weaken immune responses. Rhodiola supports the hypothalamic-pituitary-adrenal axis and helps maintain balanced immune activity under stress conditions. By supporting energy metabolism and cellular resilience, it assists the body in maintaining defensive responses during infectious challenges.
Rutin: Rutin is a flavonoid glycoside derived from quercetin that strengthens capillary integrity and supports antioxidant defence during infection. These compounds stabilise vascular tissues and help maintain circulation of immune mediators throughout the body. Rutin also contributes to antiviral defence by supporting cellular antioxidant systems that protect tissues during viral replication and bacterial inflammatory responses.
Selenium (as Amino Acid Chelate): Selenium is an essential trace mineral incorporated into selenoproteins such as glutathione peroxidase and thioredoxin reductase that regulate oxidative stress during infection. Adequate selenium levels support immune signalling and cellular resistance to viral replication, particularly in respiratory epithelial tissues. Selenium has been associated with improved resistance to RNA viruses and supports immune cell function involved in controlling both viral and bacterial pathogens.
Slippery Elm (Ulmus rubra): Slippery elm contains mucilage polysaccharides that form protective coatings on mucosal tissues of the throat, digestive tract and respiratory passages. These mucilaginous compounds help maintain epithelial barrier integrity during infections affecting mucosal surfaces. By supporting protective mucus layers and soothing inflamed tissues, slippery elm assists the body in trapping and removing microorganisms while reducing irritation caused by viral or bacterial exposure.
Thyme (Thymus vulgaris): Thyme contains essential oils rich in thymol and carvacrol which exhibit strong antimicrobial and antiviral activity. These compounds disrupt microbial cell membranes and inhibit enzyme systems used by bacteria and certain viruses. Thyme has traditionally been used for respiratory infections, where it supports bronchial tissues and helps maintain microbial balance in the airways. Its antimicrobial effects contribute to control of respiratory bacterial and viral pathogens.
Trans-Resveratrol: Resveratrol is a polyphenolic compound that influences antiviral signalling pathways and cellular defence mechanisms. It interferes with viral replication processes and modulates inflammatory signalling within infected tissues. Resveratrol has demonstrated activity against several viral families including respiratory viruses and herpes viruses. Within immune and vascular tissues it also acts as a strong antioxidant, helping protect cells from oxidative stress associated with infection.
Turkey Tail Mushroom (Trametes versicolor): Turkey tail contains polysaccharide-K (PSK) and polysaccharopeptides which influence immune recognition and antimicrobial defence. These beta-glucan rich compounds activate macrophages, dendritic cells and natural killer cells responsible for identifying infected or abnormal cells. Turkey tail has been studied for its ability to support immune responses against viruses and microbial pathogens while maintaining balanced immune regulation.
Turmeric (Curcuma longa): Turmeric contains curcuminoids, primarily curcumin, which influence inflammatory signalling pathways and antimicrobial defence mechanisms. Curcumin has demonstrated activity against several viral replication pathways and supports immune cell signalling. Within respiratory, digestive and circulatory tissues turmeric helps regulate inflammatory responses associated with infection while contributing to antibacterial and antiviral defence.
Vitamins A, C, D and E: These vitamins support multiple aspects of antiviral and antibacterial defence. Vitamin A helps maintain integrity of respiratory and mucosal epithelial tissues that act as barriers against microbial entry. Vitamin C supports immune cell activity and antioxidant protection during infection. Vitamin D regulates immune signalling involved in antimicrobial peptide production. Vitamin E protects cellular membranes from oxidative damage during immune responses.
Wormwood, African (Artemisia afra): African wormwood contains sesquiterpene lactones, flavonoids and volatile oils that influence antimicrobial and antiviral defence mechanisms. These phytochemicals have traditionally been used during respiratory infections where viruses and bacteria affect bronchial and lung tissues. The compounds assist immune signalling and microbial defence pathways within respiratory and circulatory systems. Artemisia species have also been widely researched for activity against viral pathogens and microbial infections affecting respiratory tissues.
Zinc Bisglycinate: Zinc is an essential trace mineral required for numerous enzymatic processes involved in immune defence and antiviral activity. Zinc ions influence viral replication pathways by interfering with enzymes required for viral genome synthesis, particularly within RNA viruses that infect respiratory tissues. Adequate zinc levels also support immune cell development, antibody production and antimicrobial defence mechanisms, helping the body maintain resistance against viral and bacterial pathogens.
