THE BLOOM GROUP

BIOLOGICS

Covalently linking different therapeutic modalities together delivers new scaffolds with enhanced therapeutic activity. Creating these entities requires the development of highly selective biocompatible chemistries to bring the basic building blocks together. The Bloom lab aims to create a suite of new synthetic reactions to generate defined macromolecular structures composed of two or more modalities, i.e., bio-hybrids, that address human disease.  

Photoredox catalysis, peptide therapeutics, biologics, targets, drug discovery, Pharma, Pharma, Bloom, Steve Bloom, The Bloom Group, KU, Science, Peptides, research, unnatural amino acids, peptide libraries, biocompatible photocatalysts, tethering biomolecules, chemotherapeutics, photochemical strategies, fusion proteins, antibody conjugates, bi-specific peptides, light activated molecules, electron oxidation, synthetic radical intermediates, therapeutic scaffolds, medicinally relevant compounds, bio-derived therapeutics, small cell lung cancer, viral capsid, improved therapeutics,
Photoredox catalysis, peptide therapeutics, biologics, targets, drug discovery, Pharma, Pharma, Bloom, Steve Bloom, The Bloom Group, KU, Science, Peptides, research, unnatural amino acids, peptide libraries, biocompatible photocatalysts, tethering biomolecules, chemotherapeutics, photochemical strategies, fusion proteins, antibody conjugates, bi-specific peptides, light activated molecules, electron oxidation, synthetic radical intermediates, therapeutic scaffolds, medicinally relevant compounds, bio-derived therapeutics, small cell lung cancer, viral capsid, improved therapeutics,

OUR RESEARCH

Photoredox catalysis, peptide therapeutics, biologics, targets, drug discovery, Pharma, Pharma, Bloom, Steve Bloom, The Bloom Group, KU, Science, Peptides, research, unnatural amino acids, peptide libraries, biocompatible photocatalysts, tethering biomolecules, chemotherapeutics, photochemical strategies, fusion proteins, antibody conjugates, bi-specific peptides, light activated molecules, electron oxidation, synthetic radical intermediates, therapeutic scaffolds, medicinally relevant compounds, bio-derived therapeutics, small cell lung cancer, viral capsid, improved therapeutics,

photoredox catalysis

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peptide drug discovery

peptide therapeutics

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