AbstractOur understanding of the way antibodies are built in vivo has provided an approach for engineering synthetic human antibodies in bacteria. Such antibodies have not only been raised against foreign antigens, but also against highly conserved antigens or human self-antigens, and have considerable practical potential as reagents for research and also as therapeutics. The approach also has implications for the design of antibody repertoires and for engineering other proteins with desirable binding properties. This review takes a personal view
In protein engineering, rational design and selection from combinatorial libraries are methods used ...
Template Assembled Synthetic Proteins (TASP) approach has been applied to mimic 3D-conformations of ...
The human immune system naturally makes antibodies to protect us from infection. By using new techno...
AbstractOur understanding of the way antibodies are built in vivo has provided an approach for engin...
The successful introduction of antibody-based protein therapeutics into the arsenal of treatments fo...
Recombinant human antibody technology has been the cornerstone of the uprising of biologics in the p...
The number of therapeutic antibodies in preclinical, clinical, or approved phases has been increasin...
Antibodies and antibody-like molecules are broadly used as biochemical reagents and therapeutics. Th...
Since genetic engineering of humanized murine monoclonal antibodies was first demonstrated over two ...
Antibodies are the support of adaptive humoral immunity and they are characterized by their high div...
The hypervariable loops of an antibody molecule are supported on the relatively conserved β-sheeted ...
Protein therapeutics are playing an expanding role in modern medicinal chemistry. Among them, native...
A number of recent technological developments have greatly facilitated the genetic engineering of im...
The versatility of antibodies in modern life science or medicine is based not only on their ability ...
After the completion and refinement of the human genome, the characterization of individual gene pro...
In protein engineering, rational design and selection from combinatorial libraries are methods used ...
Template Assembled Synthetic Proteins (TASP) approach has been applied to mimic 3D-conformations of ...
The human immune system naturally makes antibodies to protect us from infection. By using new techno...
AbstractOur understanding of the way antibodies are built in vivo has provided an approach for engin...
The successful introduction of antibody-based protein therapeutics into the arsenal of treatments fo...
Recombinant human antibody technology has been the cornerstone of the uprising of biologics in the p...
The number of therapeutic antibodies in preclinical, clinical, or approved phases has been increasin...
Antibodies and antibody-like molecules are broadly used as biochemical reagents and therapeutics. Th...
Since genetic engineering of humanized murine monoclonal antibodies was first demonstrated over two ...
Antibodies are the support of adaptive humoral immunity and they are characterized by their high div...
The hypervariable loops of an antibody molecule are supported on the relatively conserved β-sheeted ...
Protein therapeutics are playing an expanding role in modern medicinal chemistry. Among them, native...
A number of recent technological developments have greatly facilitated the genetic engineering of im...
The versatility of antibodies in modern life science or medicine is based not only on their ability ...
After the completion and refinement of the human genome, the characterization of individual gene pro...
In protein engineering, rational design and selection from combinatorial libraries are methods used ...
Template Assembled Synthetic Proteins (TASP) approach has been applied to mimic 3D-conformations of ...
The human immune system naturally makes antibodies to protect us from infection. By using new techno...