#immunological — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #immunological, aggregated by home.social.
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Could the blood of camel species help save us from serious diseases? | DW Documentary
What’s known as #nanobodies from the blood of #camels are at the heart of a #medical revolution. Due to their special properties, these nanobodies can be used in a variety of ways, whether in the fight against #infectious diseases, in #cancer therapy or in the diagnosis of #Alzheimer's disease.
Small #antibodies with a big impact: camel blood contains #immunological superpowers. It all began in the 1990s with a chance #discovery at the Free #University of #Brussels: students used #dromedary blood in an experiment and came across previously unknown antibodies. The university #scientists discovered that these antibodies are present in all camel species. And, they have amazing properties. Small fragments can separate from the base of the antibody -- without causing any damage and while retaining their full binding capacity.
This was the discovery of the nanobody: a tiny, extremely robust #molecule which, due to its small size, can also penetrate areas too small to be targeted by complete antibodies. The nanobody, however, can attach itself with extremely high precision to pathogenic antigens.
This discovery triggered a wave of innovations and shook up the big #pharmaceutical companies. In 2018, the first drug based on nanobodies went on the market, designed to combat an autoimmune #blood clotting disorder. Numerous potential applications were developed within a very short space of time. Whether in the fight against cancer, in Alzheimer's diagnostics or to kill #pathogenic #bacteria - the success of camel antibodies has been so resounding that many #medical research centers now have their own herds of llamas or alpacas.
But why do members of the camel family in particular have such immunological superpowers? With the help of camel experts and microbiologists, the documentary sheds light on the surprising abilities of camels and the medical revolution of nanobodies.
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Could the blood of camel species help save us from serious diseases? | DW Documentary
What’s known as #nanobodies from the blood of #camels are at the heart of a #medical revolution. Due to their special properties, these nanobodies can be used in a variety of ways, whether in the fight against #infectious diseases, in #cancer therapy or in the diagnosis of #Alzheimer's disease.
Small #antibodies with a big impact: camel blood contains #immunological superpowers. It all began in the 1990s with a chance #discovery at the Free #University of #Brussels: students used #dromedary blood in an experiment and came across previously unknown antibodies. The university #scientists discovered that these antibodies are present in all camel species. And, they have amazing properties. Small fragments can separate from the base of the antibody -- without causing any damage and while retaining their full binding capacity.
This was the discovery of the nanobody: a tiny, extremely robust #molecule which, due to its small size, can also penetrate areas too small to be targeted by complete antibodies. The nanobody, however, can attach itself with extremely high precision to pathogenic antigens.
This discovery triggered a wave of innovations and shook up the big #pharmaceutical companies. In 2018, the first drug based on nanobodies went on the market, designed to combat an autoimmune #blood clotting disorder. Numerous potential applications were developed within a very short space of time. Whether in the fight against cancer, in Alzheimer's diagnostics or to kill #pathogenic #bacteria - the success of camel antibodies has been so resounding that many #medical research centers now have their own herds of llamas or alpacas.
But why do members of the camel family in particular have such immunological superpowers? With the help of camel experts and microbiologists, the documentary sheds light on the surprising abilities of camels and the medical revolution of nanobodies.
-
Could the blood of camel species help save us from serious diseases? | DW Documentary
What’s known as #nanobodies from the blood of #camels are at the heart of a #medical revolution. Due to their special properties, these nanobodies can be used in a variety of ways, whether in the fight against #infectious diseases, in #cancer therapy or in the diagnosis of #Alzheimer's disease.
Small #antibodies with a big impact: camel blood contains #immunological superpowers. It all began in the 1990s with a chance #discovery at the Free #University of #Brussels: students used #dromedary blood in an experiment and came across previously unknown antibodies. The university #scientists discovered that these antibodies are present in all camel species. And, they have amazing properties. Small fragments can separate from the base of the antibody -- without causing any damage and while retaining their full binding capacity.
This was the discovery of the nanobody: a tiny, extremely robust #molecule which, due to its small size, can also penetrate areas too small to be targeted by complete antibodies. The nanobody, however, can attach itself with extremely high precision to pathogenic antigens.
This discovery triggered a wave of innovations and shook up the big #pharmaceutical companies. In 2018, the first drug based on nanobodies went on the market, designed to combat an autoimmune #blood clotting disorder. Numerous potential applications were developed within a very short space of time. Whether in the fight against cancer, in Alzheimer's diagnostics or to kill #pathogenic #bacteria - the success of camel antibodies has been so resounding that many #medical research centers now have their own herds of llamas or alpacas.
But why do members of the camel family in particular have such immunological superpowers? With the help of camel experts and microbiologists, the documentary sheds light on the surprising abilities of camels and the medical revolution of nanobodies.
-
Could the blood of camel species help save us from serious diseases? | DW Documentary
What’s known as #nanobodies from the blood of #camels are at the heart of a #medical revolution. Due to their special properties, these nanobodies can be used in a variety of ways, whether in the fight against #infectious diseases, in #cancer therapy or in the diagnosis of #Alzheimer's disease.
Small #antibodies with a big impact: camel blood contains #immunological superpowers. It all began in the 1990s with a chance #discovery at the Free #University of #Brussels: students used #dromedary blood in an experiment and came across previously unknown antibodies. The university #scientists discovered that these antibodies are present in all camel species. And, they have amazing properties. Small fragments can separate from the base of the antibody -- without causing any damage and while retaining their full binding capacity.
This was the discovery of the nanobody: a tiny, extremely robust #molecule which, due to its small size, can also penetrate areas too small to be targeted by complete antibodies. The nanobody, however, can attach itself with extremely high precision to pathogenic antigens.
This discovery triggered a wave of innovations and shook up the big #pharmaceutical companies. In 2018, the first drug based on nanobodies went on the market, designed to combat an autoimmune #blood clotting disorder. Numerous potential applications were developed within a very short space of time. Whether in the fight against cancer, in Alzheimer's diagnostics or to kill #pathogenic #bacteria - the success of camel antibodies has been so resounding that many #medical research centers now have their own herds of llamas or alpacas.
But why do members of the camel family in particular have such immunological superpowers? With the help of camel experts and microbiologists, the documentary sheds light on the surprising abilities of camels and the medical revolution of nanobodies.
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A University of Cambridge-led study identifies the #protein #interferon gamma (IFN-γ) as a potential #biomarker for Long #COVID fatigue and highlights an #immunological mechanism underlying the disease
#Virology #Medical #sflorg
https://www.sflorg.com/2024/02/vi02212401.html -
What is going on with our immune cells after COVID-19 infection?
This thread will explore some of the impacts of #COVID #infection on our #immune system even after people are recovered including:
- Missing naive #T-cells
- Exhausted T-cells
- Loss of #B-cell maturation
- Hyper-activated #inflammatory response
- Immune system is impeded post-infection
- #Immunological #dysfunction persists 8+ months
- #Depletion and dysfunction of #dendritic cells🧵 1/