Kayser is an associate professor whose research focuses on the development of vaccines and biologics.
Specific areas of interest include:
The development of vaccines and biologics;
Biosimilars and next-generation biologics (biobetters);
Therapeutic monoclonal antibodies (mAbs);
Bispecific mAbs;
Nanoparticle–mAb conjugates;
Antibody–drug conjugates;
Viruses: rabies, influenza, Ebola, Crimean–Congo haemorrhagic virus, and MERS;
Vaccines: influenza, rabies, MERS, etc.;
The formulation of biologics;
Protein folding and aggregation;
The stabilization and formulation of biotherapeutics and vaccines;
The molecular engineering of biopharmaceutical products;
Formulation development (e.g., ionic liquids);
The development of novel methods to study biologics and vaccines;
Nucleation and crystallization;
Time-resolved fluorescence spectroscopy; and
Biophysical methods.
Research Keywords & Expertise
Antibodies
Biologics
Biosimilars
Peptides
Protein Aggregation
Vaccines
Fingerprints
43%
Antibodies
19%
Vaccines
16%
Biologics
16%
Protein Aggregation
7%
Peptides
5%
Biosimilars
Short Biography
Kayser is an associate professor whose research focuses on the development of vaccines and biologics.
Specific areas of interest include:
The development of vaccines and biologics;
Biosimilars and next-generation biologics (biobetters);
Therapeutic monoclonal antibodies (mAbs);
Bispecific mAbs;
Nanoparticle–mAb conjugates;
Antibody–drug conjugates;
Viruses: rabies, influenza, Ebola, Crimean–Congo haemorrhagic virus, and MERS;
Vaccines: influenza, rabies, MERS, etc.;
The formulation of biologics;
Protein folding and aggregation;
The stabilization and formulation of biotherapeutics and vaccines;
The molecular engineering of biopharmaceutical products;
Formulation development (e.g., ionic liquids);
The development of novel methods to study biologics and vaccines;
Nucleation and crystallization;
Time-resolved fluorescence spectroscopy; and
Biophysical methods.