Our current experimental procedure works because Con A adheres strongly to the nitrocellulose membrane while HRP hardly binds to the membrane at all. If HRP binds as strongly to the membrane as Con A...


Our current experimental procedure works because Con A adheres strongly to the nitrocellulose membrane<br>while HRP hardly binds to the membrane at all. If HRP binds as strongly to the membrane as Con A does, our<br>current scheme will not work. Assuming that's the case (HRP strongly binds to the membrane non-specifically,<br>regardless of the presence of ConA), you will need to treat the membrane with an additional solution before<br>treating it with HRP. What solution would that be?<br>O Saturated NaCI solution.<br>O Concentrated HCI.<br>A membrane-binding protein.<br>Concentrated glucose slution.<br>

Extracted text: Our current experimental procedure works because Con A adheres strongly to the nitrocellulose membrane while HRP hardly binds to the membrane at all. If HRP binds as strongly to the membrane as Con A does, our current scheme will not work. Assuming that's the case (HRP strongly binds to the membrane non-specifically, regardless of the presence of ConA), you will need to treat the membrane with an additional solution before treating it with HRP. What solution would that be? O Saturated NaCI solution. O Concentrated HCI. A membrane-binding protein. Concentrated glucose slution.

Jun 11, 2022
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