letter atory has now developed a technology to i did you fight one specific antibody which binds to sascoc to for example or to other viruses so this antibody can then neutralize a virus and can be used as a doc to fight the disease and it's a molecule which is made in our own bodies so it's not a chemical or not an artificial substance it's a molecule which is identical to the one which is in our body anyway if we get the infection can you briefly briefly let me in on the secret had how did you actually pinpoint that out of how many did you say 10000000000. how did you do that. it's a trick which i co-invented about 30 years ago together with some other people and it's a. trick where we managed to connect the blueprint though the genetic information to the function which is the proteins in front of not all particles so we have 10000000000 different not all particles which can be then selected by a simple. experiment. for the binding itself and when you have the binding of the protein it has the genetic information inspect back and be done but get it back and grown and get the antibodies s

and my letter atory has now developed a technology to identify one specific antibody which binds to sascoc 2 for example or to other viruses so this antibody can then neutralize the virus and can be used as a duck to fight the disease and it's a molecule which is mate in our own body so it's not a chemical or not an artificial substance it's a molecule which is identical to the one which is in our body anyway if we get the infection can you briefly briefly let me in on a secret had how did you actually pinpoint that out of how many did you say 10000000000. how did you do that. it's a trick which i co-invented about 30 years ago together with some other people and it's a. trick where we managed to connect the blueprint though that genetic information to the function which is the proteins in front of nano particles so we have 10000000000 different not all particles which can be then selected by a simple. experiment. for the binding itself and when you have the binding of the protein it has the genetic information inspect back and be done but get it back and isolate their own and get the unde

letter atory has now developed a technology to i did you fight one specific antibody which binds to sascoc to for example or to other viruses so this antibody can then neutralize a virus and can be used as a doctor to fight the disease and it's a molecule which is made in our own bodies so it's not a chemical or not an artificial substance it's a molecule which is identical to the one which is in our body anyway if we get the infection can you briefly briefly let me in on the secret had how did you actually pinpoint that out of how many did you say 10000000000. how did you do that. it's a trick which i co-invented about 30 years ago together with some other people and it's a. trick where we managed to connect the blueprint though the genetic information to the function which is the proteins in front of nano particles so we have 10000000000 different not all particles which can be then selected by a simple. experiment. for the binding itself and when you have the binding of the protein it has the genetic information inspect back and began but get it back and isolate their own and get the un

letter atory has now developed a technology to i did you fight one specific antibody which binds to sascoc 2 for example or 2 other viruses so this antibody can then neutralize a virus and can be used as a doctor to fight the disease and it's a molecule which is mate in our own body so it's not a chemical or not an artificial substance it's a molecule which is identical to the one which is in our body anyway if we get the infection can you briefly briefly let me in on the secret had how did you actually pinpoint that out of how many did you say 10000000000. how did you do that. it's a trick which i co-invented about 30 years ago together with some other people and it's a. trick where we managed to connect the blueprint though the genetic information to the function which is the proteins in front of not all particles so we have 10000000000 different not all particles which can be then selected by a simple. experiment. for the binding itself and when you have the binding of the protein it has the genetic information inspect back and be done but get it back and isolate their own and get the a