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To what do antibodies attach on the pathogen?
Antibodies attach to specific antigens on the surface of pathogens.
Are enzymes and antibodies examples of DNA RNA or proteins?
Enzymes and antibodies are examples of proteins. They are molecules made up of amino acids that perform specific functions in the body, such as catalyzing chemical reactions (enzymes) and recognizing and binding to specific molecules (antibodies). DNA and RNA are nucleic acids that carry genetic information and serve as templates for protein synthesis.
What is the difference between protein G and protein A in terms of their binding capabilities to antibodies?
Protein G and protein A are both proteins that can bind to antibodies, but they have different specificities. Protein G can bind to a wider range of antibodies from different species, while protein A has a higher affinity for antibodies from certain species like mice and rabbits.
What happens next after the ribosome reaches the start codon?
tRNA molecules attach to codons.-apex
To which specific part of the pathogen do antibodies attach?
Antibodies attach to specific proteins on the surface of pathogens, called antigens, to help neutralize and eliminate them from the body.
Are antibodies large protein molecules that are attach to pathogens?
Yes, antibodies are Y-shaped proteins produced by the immune system in response to pathogens. They can attach to specific antigens on pathogens, marking them for destruction by other immune cells.
To what do antibodies attach on the pathogen?
Antibodies attach to specific antigens on the surface of pathogens.
A specific protein that recognizes certain molecules?
There are antibodies and cell-surface receptors and enzymes; is there a more specific A. in view?
Do antibodies have a carbohydrate structure?
Yes, antibodies have a carbohydrate structure attached to the Fc region, which can affect their stability, solubility, and function. These carbohydrate structures play a role in protein folding, immune response modulation, and interaction with other molecules.
Which are special molecules of protein produced by the immune system that match parts of pathogens and prevent them from infecting cells?
Antibodies are special molecules of protein produced by the immune system that match parts of pathogens and prevent them from infecting cells.
Which RNA was soluble rna?
The RNA molecules that attach the amino acid to the protein chain are usually soluble.
Are enzymes and antibodies examples of DNA RNA or proteins?
Enzymes and antibodies are examples of proteins. They are molecules made up of amino acids that perform specific functions in the body, such as catalyzing chemical reactions (enzymes) and recognizing and binding to specific molecules (antibodies). DNA and RNA are nucleic acids that carry genetic information and serve as templates for protein synthesis.
What is the difference between protein G and protein A in terms of their binding capabilities to antibodies?
Protein G and protein A are both proteins that can bind to antibodies, but they have different specificities. Protein G can bind to a wider range of antibodies from different species, while protein A has a higher affinity for antibodies from certain species like mice and rabbits.
What happens next after the ribosome reaches the start codon?
tRNA molecules attach to codons.-apex
To which specific part of the pathogen do antibodies attach?
Antibodies attach to specific proteins on the surface of pathogens, called antigens, to help neutralize and eliminate them from the body.
How do protein A and protein G differ in their ability to bind to specific antibodies?
Protein A and protein G differ in their ability to bind to specific antibodies based on their binding preferences. Protein A primarily binds to antibodies from the IgG class, while protein G has a broader binding range and can bind to antibodies from multiple classes, including IgG, IgM, and IgA.
Antibodies can stick to?
Antibodies stick to any viruses or infections. They don't attack, but they are like homing devices. They track the diseases so white blood cells (the attackers) know where the diseases are.
