Biodiversity Loss Can Increase the Spread of Zoonotic Diseases
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Coming soon! Read more...
In this post, I am covering some topics related to influenza, including antigenic shift vs. drift, immunodominance, and original antigenic sin (OAS). These aren’t unique to influenza, but they have been well characterized in influenza, one of the most common human viruses. Read more...
One of the hypothesis for why children appear to have less severe cases of COVID-19 than adults is that childhood vaccines may provide general immunity to all pathogens by boosting the innate immune system. In this post, I’m going to discuss the concepts of trained immunity and non-specific vaccine protection. Read more...
In this post, I am covering some topics related to influenza, including antigenic shift vs. drift, immunodominance, and original antigenic sin (OAS). These aren’t unique to influenza, but they have been well characterized in influenza, one of the most common human viruses. Read more...
One of the hypothesis for why children appear to have less severe cases of COVID-19 than adults is that childhood vaccines may provide general immunity to all pathogens by boosting the innate immune system. In this post, I’m going to discuss the concepts of trained immunity and non-specific vaccine protection. Read more...
In this post, I am covering some topics related to influenza, including antigenic shift vs. drift, immunodominance, and original antigenic sin (OAS). These aren’t unique to influenza, but they have been well characterized in influenza, one of the most common human viruses. Read more...
One of the hypothesis for why children appear to have less severe cases of COVID-19 than adults is that childhood vaccines may provide general immunity to all pathogens by boosting the innate immune system. In this post, I’m going to discuss the concepts of trained immunity and non-specific vaccine protection. Read more...
In this post, I am covering some topics related to influenza, including antigenic shift vs. drift, immunodominance, and original antigenic sin (OAS). These aren’t unique to influenza, but they have been well characterized in influenza, one of the most common human viruses. Read more...
One of the hypothesis for why children appear to have less severe cases of COVID-19 than adults is that childhood vaccines may provide general immunity to all pathogens by boosting the innate immune system. In this post, I’m going to discuss the concepts of trained immunity and non-specific vaccine protection. Read more...
One of the hypothesis for why children appear to have less severe cases of COVID-19 than adults is that childhood vaccines may provide general immunity to all pathogens by boosting the innate immune system. In this post, I’m going to discuss the concepts of trained immunity and non-specific vaccine protection. Read more...
One of the hypothesis for why children appear to have less severe cases of COVID-19 than adults is that childhood vaccines may provide general immunity to all pathogens by boosting the innate immune system. In this post, I’m going to discuss the concepts of trained immunity and non-specific vaccine protection. Read more...
One of the hypothesis for why children appear to have less severe cases of COVID-19 than adults is that childhood vaccines may provide general immunity to all pathogens by boosting the innate immune system. In this post, I’m going to discuss the concepts of trained immunity and non-specific vaccine protection. Read more...
In this post, I am covering some topics related to influenza, including antigenic shift vs. drift, immunodominance, and original antigenic sin (OAS). These aren’t unique to influenza, but they have been well characterized in influenza, one of the most common human viruses. Read more...
In this post, I am covering some topics related to influenza, including antigenic shift vs. drift, immunodominance, and original antigenic sin (OAS). These aren’t unique to influenza, but they have been well characterized in influenza, one of the most common human viruses. Read more...