What Vaccinations Do Cats Need Essential Guidelines For Owners

Core Vaccinations for Cats: Types and Purpose

The three essential core vaccines for cats—rabies, feline panleukopenia (FPV), and feline calicivirus (FCV)—target diseases with high morbidity and mortality rates. Rabies, a zoonotic virus, is legally mandated in many regions due to its fatality in mammals and human transmission risk. Feline panleukopenia, a parvovirus, causes severe gastrointestinal and immune suppression, while feline calicivirus leads to oral ulcers, pneumonia, and systemic complications. Together, these vaccines form the foundation of a cat’s primary disease defense.

Comparison of Core Vaccines for Cats

Mechanism of Action: How Core Vaccines Stimulate Immunity

1. Antigen Presentation
Vaccines contain attenuated (weakened) or inactivated viral particles or recombinant proteins that mimic the structure of pathogens (e.g., FPV vaccine uses a killed parvovirus). When administered, these antigens are phagocytosed by dendritic cells and macrophages, which process and display antigen fragments on their surfaces via major histocompatibility complex (MHC) molecules.

2. Activation of Lymphocytes

3. Memory Formation
After initial exposure, memory B cells and memory T cells persist in lymphoid tissues (e.g., lymph nodes, spleen). Upon re-exposure to the pathogen, these cells rapidly proliferate, producing a faster, stronger immune response before clinical symptoms develop. This is why booster vaccines are administered—even if immunity wanes over time, memory cells ensure a swift recall response.

4. Humoral and Cellular Immunity

Key Insight: The efficacy of core vaccines relies on balanced immune priming—sufficient antigen exposure to trigger memory formation without overwhelming the cat’s system. Over-vaccination (e.g., excessive boosters) may increase side effects without proportional benefit, while under-vaccination leaves gaps in protection.

Case Study: Feline Panleukopenia in an Unvaccinated Kitten

Clinical Presentation:
The kitten developed acute onset lethargy, anorexia, and vomiting 5 days after exposure to an unvaccinated stray cat. Within 24 hours, it exhibited:

Diagnosis:

Treatment and Outcome:
The kitten was hospitalized for intravenous fluid therapy, anti-emetics (maropitant), and broad-spectrum antibiotics (to prevent secondary bacterial infections). Despite aggressive care, the kitten’s intestinal villi atrophy (permanent damage from FPV) led to malabsorption syndrome. It survived but required lifelong nutritional support (hydro

Non-Core Vaccinations for Cats: Risk Mitigation and Tailored Immunization Strategies

Five Non-Core Vaccines and Their Targeted Risks

Feline Leukemia Virus (FeLV) Vaccine
The FeLV vaccine is primarily recommended for cats with outdoor access or those living in multi-cat households where transmission risk is elevated. FeLV weakens the immune system, increasing susceptibility to infections, cancers, and fatal diseases. Kittens, unvaccinated adult cats, and those with unknown vaccination histories are particularly vulnerable. Outdoor cats face higher exposure through bites or shared food bowls, while indoor cats in homes with FeLV-positive cats may also require vaccination. The vaccine is administered in a series of injections, with booster intervals determined by risk level.

Feline Herpesvirus-1 (FHV-1) Vaccine
FHV-1, a highly contagious respiratory virus, causes chronic upper respiratory infections, eye ulcers, and recurrent outbreaks. Cats in breeding facilities, shelters, or multi-cat environments are at increased risk due to close contact. The vaccine may also benefit cats with a history of FHV-1 infections, as it can reduce severity and frequency of recurrences. However, its efficacy is debated, and some veterinarians recommend it only for high-risk individuals. The vaccine is typically given annually or as part of a respiratory disease prevention protocol.

Bordetella Bronchiseptica Vaccine
Bordetella, a bacterial pathogen, contributes to feline respiratory disease complexes, often alongside FHV-1 and calicivirus. Cats in boarding facilities, grooming salons, or multi-cat households are at higher risk of exposure. The vaccine is particularly recommended for cats with frequent social interactions outside the home, such as those attending cat shows or daycare. It is administered intranasally or subcutaneously, with boosters required every 6–12 months depending on exposure risk.

Feline Immunodeficiency Virus (FIV) Vaccine
FIV is a retrovirus transmitted primarily through deep bite wounds, making outdoor cats and those with aggressive tendencies most at risk. Unlike FeLV, FIV does not directly cause death but compromises the immune system over time. The vaccine is controversial due to its potential to interfere with FIV testing, but it may be considered for high-risk cats in regions with endemic FIV. Veterinarians must weigh the benefits against the challenges of accurate diagnosis and the cat’s quality of life.

Chlamydophila felis Vaccine
Chlamydophila felis causes conjunctivitis and upper respiratory infections, often in multi-cat environments or catteries. The vaccine is recommended for cats in breeding programs, shelters, or households with recurrent outbreaks. It is administered annually and may be combined with other respiratory vaccines for comprehensive protection. While effective, its use is situational and depends on exposure history.

Decision Flowchart for Non-Core Vaccination Recommendations

Lifestyle and Environmental Factors

• Outdoor Access or Outdoor Exposure
  • Cats with outdoor access or those living near outdoor cats are at higher risk for FeLV, FIV, and respiratory pathogens.
  • Recommendations:
    • FeLV vaccine if exposure to unknown cats is likely.
    • FIV vaccine in regions with high FIV prevalence (consult local veterinary data).
    • Bordetella vaccine if frequent contact with other cats (e.g., parks, shelters).
• Multi-Cat Households or Catteries
  • Close contact increases transmission of FHV-1, Chlamydophila, and FeLV.
  • Recommendations:
    • FHV-1 vaccine for cats with recurrent respiratory issues.
    • Chlamydophila vaccine in breeding or shelter environments.
    • FeLV vaccine if any household member is FeLV-positive.
• Indoor-Only Cats with No Known Exposure
  • Low risk for most non-core diseases unless exposed to carriers (e.g., unvaccinated outdoor cats).
  • Recommendations:
    • Non-core vaccines generally unnecessary unless specific risk factors emerge (e.g., new pet introduction).
    • Consider titer testing for FeLV/FIV if history is unknown.

• Kittens (Under 1 Year)
  • Higher susceptibility to FeLV and respiratory infections due to immature immune systems.
  • Recommendations:
    • FeLV vaccine if outdoor access or multi-cat household.
    • FHV-1 vaccine if exposure to sick cats is likely.
• Senior Cats (7+ Years)
  • Weakened immune systems may benefit from targeted protection but require cautious administration.
  • Recommendations:
    • FeLV vaccine only if outdoor access persists and no contraindications (e.g., chronic illness).
    • Avoid FIV vaccine due to testing interference and limited benefit.
    • Assess respiratory vaccine needs based on exposure history.
• Cats with Pre-Existing Conditions
  • Chronic illnesses (e.g., diabetes, kidney disease) may affect vaccine safety and efficacy.
  • Recommendations:
    • Consult a veterinarian to evaluate risk-benefit ratio.
    • Consider titer testing to assess immunity levels.
    • Adjust vaccination frequency (e.g., every 3 years for FeLV in low-risk seniors).

• Travel or Boarding
  • Cats traveling or staying in boarding facilities may require Bordetella and FHV-1 vaccines.
  • Recommendations:
    • Administer vaccines 2–4 weeks prior to exposure.
    • Check facility-specific requirements.
• Regional Outbreaks
  • Local veterinary reports of FeLV, FIV, or respiratory disease clusters may warrant additional vaccines.
  • Recommendations:
    • Consult local veterinary associations for updated risk assessments.
    • Adjust vaccination plans based on epidemiological data.

Long-Term Benefits and Risks of Non-Core Vaccinations

Benefits of Non-Core Vaccinations

• Disease Prevention
  • FeLV vaccination reduces the risk of fatal immune-mediated diseases by up to 80% in vaccinated cats with outdoor access (American Association of Feline Practitioners, 2021).
  • Respiratory vaccines (FHV-1, Bordetella) may decrease severity and duration of infections, particularly in high-density environments.
  • Chlamydophila vaccination can prevent outbreaks in breeding colonies, reducing
    

    

    Vaccination Schedules for Cats: Developmental Stages and Regional Protocols

    Vaccination schedules for cats are designed to align with their immunological development, ensuring optimal protection while minimizing unnecessary exposure to antigens. Kittens and adult cats require distinct timelines due to maternal antibody interference, waning immunity, and exposure risks. Regional veterinary guidelines—such as those from the American Association of Feline Practitioners (AAFP) or the European Advisory Board on Cat Diseases (ABCD)—further influence protocols, reflecting local disease prevalence, legal requirements, and best-practice adaptations. Deviations from standardized schedules may arise due to travel, health conditions, or regional epidemiology, necessitating informed adjustments to maintain efficacy and compliance.
    

    Vaccination Timeline for Kittens (0–6 Months) and Adult Cats (1+ Years)

    The following table outlines a core and non-core vaccination schedule for cats, adhering to AAFP and WSAVA (World Small Animal Veterinary Association) recommendations, with adjustments for regional variations. Booster intervals are critical to sustaining immunity, particularly in high-risk environments.
    

    Age of Cat	Vaccine Type	Frequency	Notes
    6–8 weeks	FVRCP (Feline Viral Rhinotracheitis, Calicivirus, Panleukopenia) Optional: Feline Leukemia (FeLV) if risk assessed	Initial dose	Maternal antibodies may interfere; first dose primes immune system. FeLV vaccination is risk-based (e.g., outdoor cats, multi-cat households).
    10–12 weeks	FVRCP (booster) Rabies (if legally required; varies by region) FeLV (if applicable)	Booster	Rabies vaccination timing depends on local laws (e.g., USA: often at 12–16 weeks; EU: may require proof of vaccination for travel).
    14–16 weeks	FVRCP (booster) Rabies (if not previously vaccinated) Optional: Feline Leukemia (FeLV) if risk persists	Booster	Final FVRCP dose in kitten series; some protocols recommend a 3–4 week interval between doses to optimize immune response.
    1 year	FVRCP (booster) Rabies (booster, if required) FeLV (if applicable)	Annual or 3-year interval (depending on vaccine type)	Transition to adult vaccination schedule. Inactivated vaccines (e.g., some rabies vaccines) may require annual boosters, while modified-live vaccines (e.g., FVRCP) may qualify for 3-year intervals.
    Adult (1–6 years)	FVRCP (booster every 3 years for modified-live; annual for inactivated) Rabies (annual or 3-year, per local law) FeLV (annual if high-risk)	Variable	Risk assessment determines frequency. Indoor cats with no exposure risks may qualify for extended intervals.
    Senior (7+ years)	FVRCP (annual or 3-year, based on vaccine type) Rabies (per legal requirement) FeLV (annual if exposure risk)	Variable	Immunosenescence (age-related immune decline) may warrant more frequent monitoring or titer testing.

    Key Considerations for Schedules:
    
  • Kitten protocols prioritize early exposure to antigens to overcome maternal antibody interference, which typically wanes by 12–16 weeks.
  • Adult cats with unknown vaccination history may require initial boosters followed by titer testing to assess immunity.
  • Local regulations (e.g., rabies laws) often dictate mandatory vaccination timelines, which may supersede general recommendations.

  Modified-Live vs. Inactivated Vaccines: Immunity Duration and Side Effects

  The choice between modified-live (MLV) and inactivated (killed) vaccines influences duration of immunity (DOI), safety profiles, and administration protocols. Understanding these differences is essential for tailoring vaccination strategies to individual cats.
  

  Characteristic	Modified-Live Vaccines (MLV)	Inactivated Vaccines
  Mechanism	Attenuated (weakened) live pathogens replicate in the host, inducing strong cellular and humoral immunity.	Killed or purified antigens stimulate immune response without replication; often require adjuvants.
  Duration of Immunity (DOI)	Longer-lasting (e.g., 3–7 years for FVRCP in some regions). Examples: Purevax® (Rabies MLV), Recombitek® (FVRCP MLV).	Shorter DOI (often 1–3 years), requiring more frequent boosters. Examples: Rabisin® (Rabies inactivated), Purevax® RCPCh (inactivated FVRCP).
  Side Effects	Mild, transient reactions (e.g., fever, lethargy, mild respiratory signs post-FVRCP). Rare but severe: Feline Injection-Site Sarcoma (FISS) if administered improperly (e.g., subcutaneous instead of intramuscular). Contraindicated in immunocompromised cats (e.g., FIV+, chemotherapy patients).	Generally milder reactions (e.g., local swelling, low-grade fever). Lower risk of FISS but may contain adjuvants (e.g., aluminum hydroxide) linked to localized inflammation. Safer for immunocompromised cats.
  Administration Route	Typically intranasal (e.g., FVRCP) or subcutaneous/intramuscular (e.g., rabies MLV). Intranasal MLVs (e.g., for feline herpesvirus) provide mucosal immunity.	Almost always intramuscular or subcutaneous (avoid intranasal due to lack of mucosal replication).
  Regulatory Approval	Approved for 3-year Vaccine Safety and Adverse Reactions in Cats Vaccinations are a cornerstone of feline preventive healthcare, significantly reducing the incidence of deadly diseases such as feline panleukopenia, rabies, and feline leukemia. While vaccines are generally safe and their benefits far outweigh the risks, adverse reactions—ranging from mild discomfort to rare but severe complications—can occur. Understanding these potential reactions, their likelihood, and appropriate responses is critical for veterinarians and pet owners to ensure timely intervention and maintain vaccine efficacy. This section examines common side effects, risk assessment frameworks, debunked myths, and protocols to minimize adverse outcomes. Common Side Effects of Cat Vaccinations and Immediate Actions Adverse reactions to feline vaccinations typically fall into a spectrum of severity, from transient and manageable to life-threatening. The majority of reactions are mild and resolve without intervention, but prompt recognition and appropriate action are essential to prevent complications. Below is a ranked list of 10 common side effects, categorized by severity, alongside the immediate steps owners should take. Mild Local Reactions (Most Common) Swelling, pain, or redness at the injection site are the most frequently observed side effects, occurring in approximately 10–30% of vaccinated cats. These reactions are typically self-limiting and resolve within 1–3 days. Immediate Action: Monitor the site for signs of worsening inflammation or discharge. Apply a warm compress if recommended by the veterinarian. Mild Systemic Reactions Lethargy, mild fever (≤103°F/39.4°C), or inappetence may occur within 24–48 hours post-vaccination. These symptoms are usually transient and indicative of a normal immune response. Immediate Action: Offer hydration (e.g., wet food, water) and monitor for improvement. Contact the vet if symptoms persist beyond 48 hours or worsen. Hypersensitivity Reactions (Mild to Moderate) Mild allergic reactions may manifest as facial swelling (angioedema), hives (urticaria), or itching, often occurring within minutes to hours after vaccination. These reactions are rare (<1% of cases) but require attention. Immediate Action: Administer antihistamines (e.g., diphenhydramine) if prescribed by the vet. Seek veterinary care if symptoms progress to difficulty breathing or collapse. Fever (>103°F/39.4°C) Elevated body temperature beyond 103°F may indicate an immune response or, less commonly, a systemic reaction. Persistent high fever (>104°F/40°C) warrants immediate evaluation. Immediate Action: Use a digital rectal thermometer to confirm temperature. Offer cool (not cold) water and monitor. Consult a vet if fever exceeds 104°F or lasts >24 hours. Vaccine-Associated Sarcoma (Rare but Serious) Injection-site fibrosarcoma is a rare but locally aggressive cancer that may develop months to years post-vaccination, particularly with certain adjuvanted vaccines (e.g., rabies). The risk is estimated at 1 in 1,000–10,000 vaccinated cats. Immediate Action: No immediate action is required post-vaccination, but owners should monitor the injection site for persistent lumps or growths. Regular vet check-ups are critical for early detection. Anaphylaxis (Rare but Life-Threatening) Severe allergic reactions, including facial swelling, vomiting, diarrhea, collapse, or seizures, may occur within minutes to hours. Anaphylaxis is estimated to affect <0.1% of vaccinated cats but requires emergency intervention. Immediate Action: Administer epinephrine (if prescribed by the vet) and rush the cat to an emergency clinic. Do not wait for symptoms to resolve. Neurological Reactions (Uncommon) Transient neurological signs such as ataxia, tremors, or seizures may occur, particularly with modified-live vaccines (e.g., feline leukemia). These reactions are typically self-limiting but require veterinary assessment. Immediate Action: Keep the cat in a quiet, dark environment and avoid handling. Seek veterinary care immediately to rule out severe complications. Gastrointestinal Upset Mild vomiting or diarrhea may occur within 24 hours post-vaccination, often resolving without treatment. Severe or persistent symptoms may indicate a more serious reaction. Immediate Action: Withhold food for 4–6 hours, then offer small amounts of bland food (e.g., boiled chicken). Contact the vet if symptoms persist >24 hours or include blood. Transient Lameness Mild limping or reluctance to move may occur due to local muscle soreness, typically resolving within 1–2 days. Severe or prolonged lameness warrants evaluation. Immediate Action: Restrict activity and monitor for improvement. Consult a vet if lameness persists beyond 48 hours or is accompanied by swelling. Hair Loss or Alopecia at Injection Site Temporary hair loss or localized alopecia may develop due to trauma or immune response. This is benign and resolves spontaneously. Immediate Action: No intervention is required. Monitor for secondary infections (e.g., crusting, discharge). Risk Assessment Table for Vaccine Reactions A structured risk assessment tool helps veterinarians and owners evaluate the severity and urgency of post-vaccination reactions. The table below categorizes common side effects by likelihood, duration, and the threshold for seeking veterinary care. Side Effect Likelihood Duration When to Seek Vet Care Swelling/pain at injection site High (10–30%) 1–3 days If swelling exceeds 2 inches in diameter or persists >3 days. Mild lethargy or inappetence Moderate (5–15%) 24–48 hours If symptoms persist >48 hours or are accompanied by vomiting. Mild fever (≤103°F/39.4°C) Moderate (5–10%) 12–24 hours If fever exceeds 104°F/40°C or lasts >24 hours. Facial swelling (angioedema) Low (<1%) Minutes to hours Immediately if accompanied by difficulty breathing or collapse. Anaphylaxis (collapse, seizures, vomiting) Very low (<0.1%) Minutes to hours Emergency care required within minutes of onset. Neurological signs (ataxia, tremors) Low (<0.5%) Hours to days Immediately if seizures occur or symptoms persist >24 hours. Persistent vomiting/diarrhea Low (1–5%) 24–48 hours If symptoms include blood, dehydration, or persist >48 hours. Injection-site sarcoma (months/years later) Very low Legal and Regional Requirements for Cat Vaccinations Cat vaccinations are not only a matter of health and disease prevention but also subject to legal and regional mandates that vary significantly across countries. These regulations often stem from public health policies, wildlife disease control efforts, and international trade agreements. Compliance with vaccination laws ensures the safety of domestic and wild animal populations, facilitates seamless pet travel, and mitigates legal risks for owners. Failure to adhere to these requirements can result in severe penalties, including fines, quarantine, or, in extreme cases, euthanasia. Understanding these obligations is critical for veterinarians, breeders, and pet owners, particularly those involved in cross-border movement of cats. Global Overview of Mandatory Cat Vaccinations Legal requirements for cat vaccinations differ by country, with rabies being the most universally mandated vaccine due to its zoonotic risk. Below is a structured overview of mandatory vaccinations, exceptions, and penalties for non-compliance in selected regions. The table highlights variations in enforcement, particularly in countries with high rabies endemicity or those participating in international pet travel agreements. Country/Region Mandatory Vaccines Exceptions Penalties for Non-Compliance United States (varies by state) Rabies (required in all 50 states; local ordinances may mandate additional vaccines like feline leukemia or distemper). Some states (e.g., California, New York) require proof of vaccination for public spaces or shelters. Vaccination exemptions for medical reasons (documented by a veterinarian). Religious exemptions in some states (e.g., California for rabies). Wild or feral cats may be exempt from municipal regulations. Fines ranging from $100–$1,000 for unvaccinated cats in rabies-exposed areas. Quarantine (up to 10 days) for unvaccinated cats exposed to rabies. Euthanasia of unvaccinated cats in outbreak zones (e.g., during a raccoon rabies surge). European Union (varies by member state) Rabies (mandatory for all cats; EU Pet Passport Scheme requires proof). Some countries (e.g., France, Germany) recommend feline leukemia or distemper for indoor/outdoor cats. Medical exemptions (veterinary certification required). Cats not intended for travel or breeding may be exempt from EU Pet Passport requirements. Denial of entry or forced return to origin country for unvaccinated cats. Fines up to €500–€2,000 for non-compliance with EU Pet Travel Regulations. Quarantine (up to 4 months) in high-risk zones (e.g., rabies-endemic areas like parts of Eastern Europe). Australia Rabies (required for all cats; Australia is rabies-free, making vaccination critical). Feline panleukopenia (distemper) and feline calicivirus (mandatory for import). No exemptions for rabies; medical exemptions only for panleukopenia/calicivirus (rarely granted). Immediate euthanasia of unvaccinated cats upon detection (strict biosecurity laws). Fines up to AUD $10,000 for owners or breeders failing to comply with import regulations. Quarantine for vaccinated cats (up to 10 days) during outbreaks of exotic diseases. Japan Rabies (mandatory; Japan has strict import controls). Feline panleukopenia and calicivirus (required for long-term residency). No exemptions for rabies; medical exemptions for other vaccines require government approval. Denial of entry and deportation of unvaccinated cats. Fines up to ¥1,000,000 (~USD $7,000) for non-compliance. Mandatory quarantine (30–90 days) for vaccinated cats during rabies surveillance periods. Brazil Rabies (nationwide mandate; Brazil has high rabies cases in wildlife). Feline panleukopenia (required in some states). Medical exemptions for rabies (rare, requires judicial approval). Feral cats may be exempt from municipal enforcement. Fines ranging from R$500–R$5,000 (~USD $100–$1,000) for unvaccinated cats. Euthanasia of unvaccinated cats in rabies outbreak zones (e.g., during canine rabies surges). Confiscation of cats by animal control authorities. United Kingdom Rabies (mandatory for travel under EU Pet Passport Scheme; post-Brexit, additional rules apply). Feline leukemia (recommended but not legally required). Medical exemptions for rabies (veterinary certification required). Cats not traveling internationally are exempt from EU Pet Passport rules. Denial of entry for unvaccinated cats from non-EU countries. Fines up to £5,000 (~USD $6,300) for non-compliance with import regulations. Quarantine (up to 4 months) for cats lacking proper documentation. Key Observations: Rabies is the only universally mandated vaccine globally, with enforcement varying from fines to euthanasia in rabies-free countries (e.g., Australia, Japan). Exemptions are rare and typically limited to medical conditions, with religious or philosophical exemptions restricted to specific jurisdictions (e.g., U.S. states). Penalties escalate in regions with strict biosecurity (e.g., Australia, Japan) or during disease outbreaks (e.g., Brazil, U.S. rabies hotspots). Documentation (e.g., EU Pet Passport, U.S. health certificates) is non-negotiable for international travel and often requires translation or apostille certification. Travel Restrictions and Health Certificate Requirements for Importing Cats International travel with cats is governed by a complex interplay of national laws, veterinary health protocols, and disease risk assessments. Countries implement these restrictions to prevent the introduction of infectious diseases, particularly rabies, which can devastate local ecosystems and public health. The process typically involves Vaccinations serve as a cornerstone of proactive feline healthcare, balancing scientific efficacy with individualized risk assessment to safeguard cats from preventable diseases. From the foundational core vaccines that combat widespread pathogens to the nuanced non-core options tailored to lifestyle factors, a well-informed approach minimizes health risks while mitigating unnecessary exposure to potential side effects. Legal and regional considerations further underscore the importance of adherence to vaccination guidelines, particularly when traveling or residing in areas with stringent health regulations. By leveraging structured schedules, veterinary expertise, and evidence-based decision-making, owners can ensure their cats remain protected throughout every life stage—from playful kittens to senior companions. Ultimately, the goal extends beyond compliance; it is about fostering a lifetime of health, resilience, and peace of mind for both pets and their caregivers. FAQ what vaccinations do cats need uk? Q: What core vaccinations are required for cats in the UK? what vaccinations do cats need yearly? Q: Which cat vaccinations should be given every year? what vaccinations do cats need for cattery? Q: What vaccinations must cats have to stay in a cattery? what vaccinations do cats need for apartments? Q: Do apartment cats need the same vaccinations as outdoor cats? what vaccinations do cats need australia? A: In Australia, cats require core vaccines for feline panleukopenia and feline herpesvirus-1 (FHV-1). Rabies is mandatory for travel between states/territories (e.g., NSW/QLD border). Non-core vaccines (e.g., feline calicivirus, FeLV) are recommended based on lifestyle. what vaccinations do cats need nz? Q: What vaccinations are legally required for cats in New Zealand? cat-vaccination-guidelines core-vs-non-core-vaccines feline-immunization-science pet-health-prevention veterinary-care-best-practices Leave a Comment Name Comment Post Comment Comments are moderated before appearing. The data you submit is processed according to the Privacy Policy of Velirium.