immunity
Как жирные кислоты влияют на дендритные клетки и воспаление
ПНЖК омега-6 способствуют воспалению даже в отсутствие инфекции
Smoking, Inflammation, and Infection Risk: What You Need to Know
Smoking exacerbates inflammatory processes and induces genetic changes
Interferon α2b and Vitamin D Reduce Inflammation in Vaginal Infections in Pregnancy
Influence of complex therapy on the balance of cytokines
Thymus: aging and rejuvenation factors
Review of clinical and laboratory studies
Interferon-Gamma Role in Parkinson’s Disease
T cells promote inflammation and death of dopaminergic neurons
Modern Immunity was Designed by The Black Death Epidemic of The 14th Century
ERAP2 gene protects against plague but increases the risk of autoimmune disease
Circadian Rhythms, Sleep, and Immunity
Sleep Disruption Increases Inflammation and Suppresses the Immune System
Diet in COVID-19: Five Facts About Antiviral Nutrition
How dietary habits, vitamins, and trace elements affect immunity
Post-Vaccination and Natural COVID-19 Antibodies: Which Protect Better?
S-protein in a closed state as the basis of future vaccines
Do Autoimmune Diseases Predispose to Severe COVID-19
And can SARS-CoV-2 infection cause autoimmunity?
How antiviral immunity works
The reaction of the acquired immune system to protect against SARS-CoV-2 and other viruses
T-lymphocytes will provide immunity if there are no antibodies after COVID-19
Cellular immunity in recovering COVID-19 patients with undetectable IgG antibody levels
Immunological memory for SARS-CoV-2. Five components of the immune response
How coronavirus immunity is formed and how long it lasts. Is immune memory produced and stored for how long in mild and asymptomatic COVID-19
Natural and Post-Vaccination COVID-19 Antibodies: What Is Most Important
Protective level of antibodies to SARS-CoV-2: when it is produced, what it depends on, and how much is stored
The experts: how to cope with SARS, flu, and coronavirus — tips and answers to readers’ questions
Do prevention, comply with safety requirements, if you get sick — consult a doctor.
Innate immune abnormalities pose a risk of severe COVID-19
14% of patients with severe coronavirus have a genetic abnormality or autoimmune disease
How gender affects immunity in COVID-19
The second X-chromosome reduces the incidence and mortality from coronavirus in women
The role of type I interferons in the development of severe COVID-19
Comparison of immune responses in mild and severe forms of COVID-19 and severe flu
Immunotherapy complication: cytokine release syndrome
Blocking the increasing production of catecholamines reduces inflammatory damage and mortality
Evolutionary significance of interferons and SARS protection
How to protect yourself in a seasonal rise of SARS
COVID-19: Nutrition and longevity
How to adjust your diet to increase your antiviral protection and live longer
Treatment of SARS-CoV-2 in the nasal and bronchial epithelium
Effectiveness of the Remdesivir-Diltiazem combination in Vero E6 and HAE models
Severe COVID-19 is associated with SARS-CoV-2 ability to suppress interferon production
Interferon beta is not detecting in the body of infected people. The level of interferon-alpha decreases with increasing severity of the disease
Studying COVID-19 to understand the immune hyperactivity
Pathological immune responses in COVID-19 lead to damage to blood vessels and internal organs. Severe clinical cases could be a source that allows us to better study disorders of immune regulation
Treating herpes locally: comparing combined and monotherapy
A combination of drugs affects different mechanisms of viruses’ reproduction. Monotherapy is strong with a higher concentration of the active substance
Intestinal Microbiota as a Health Regulator
Probiotics improve the balance of intestinal micro-organisms and leveling the short-chain fatty acids. The role of probiotics in health promotion and disease prevention.
Vitamin D levels appear to play a role in COVID-19 mortality rates
Sufficient level of Vitamin D can reduce mortality and the risk of severe complications
The role of interferon in the pathogenesis of human infectious diseases (by Andrey S. Simbirtsev – MD, PhD, Prof)
The function of interferon is to force the body's antiviral activity