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Scientific expertise across peptide design, biomaterials and drug delivery
Scientific expertise across peptide design, biomaterials and drug delivery
Peptide research brings together chemistry, molecular interactions, material science and biological function. Understanding how these areas connect is essential when designing new peptides, developing functional biomaterials or investigating peptide-based delivery systems.
Peptide Intelligence Consulting brings a peptide-focused perspective to these challenges, combining scientific knowledge, experimental experience and computational approaches to help researchers evaluate ideas and make informed research decisions.
Our areas of expertise
Our areas of expertise
Peptide Chemistry & Molecular Design
Peptide Chemistry & Molecular Design
We focus on the relationship between peptide sequence, chemical structure and molecular behaviour. This includes peptide design principles, chemical modifications, sequence comparisons and approaches for investigating how molecular changes influence function.
Key areas: Peptide design, sequence optimization, chemical modification and structure–function relationships.
Self-Assembly & Peptide Biomaterials
Self-Assembly & Peptide Biomaterials
Peptide self-assembly provides a route to organized molecular structures, nanofibres, hydrogels and other supramolecular materials. We investigate the scientific principles that connect molecular design and assembly conditions with material properties.
Key areas: Self-assembling peptides, peptide hydrogels, peptide amphiphiles, supramolecular nanostructures and biomaterial characterization.
Membrane Interactions & Drug Delivery
Membrane Interactions & Drug Delivery
Peptide–membrane interactions are important in membrane-active systems, lipid-based formulations and intracellular delivery. Our focus includes understanding how peptide design and molecular environment influence membrane association and delivery-related behaviour.
Key areas: Membrane-active peptides, lipid nanoparticles, liposomes, endosomal escape and stimuli-responsive delivery concepts.
Computational & Data-Driven Peptide Science
Computational & Data-Driven Peptide Science
Computational approaches can help investigate peptide structures, molecular interactions and conformational behaviour. We aim to connect modelling and simulation with clear scientific questions and experimental evidence, using data-driven methods where suitable.
Key areas: Molecular modelling, molecular dynamics, peptide–membrane simulations, interaction analysis and AI-assisted peptide research.
Analytical Characterization & Experimental Research
Analytical Characterization & Experimental Research
Reliable characterization is essential for understanding peptide identity, structure, assembly and performance. We draw on experience with analytical and biophysical methods to assess experimental findings, compare candidate systems and identify useful follow-up investigations.
Key areas: HPLC and LC-MS, circular dichroism, FT-IR, X-ray diffraction, microscopy, scattering methods and experimental data interpretation, according to project requirements and available facilities.
How our expertise connects
How our expertise connects
Our strongest focus lies at the interfaces between disciplines. Peptide sequence influences molecular structure; molecular interactions affect self-assembly and membrane behaviour; and these properties can shape the performance of biomaterials and delivery systems.
By considering these connections, we help clients frame research questions, compare technical options and identify the next steps needed to test a scientific hypothesis.
From scientific questions to practical direction
From scientific questions to practical direction
Understand → Analyse → Design → Evaluate
We begin by defining the research challenge, assess the available evidence, identify suitable approaches and interpret the results in context. The scope of each project is tailored to its scientific objectives, available data and practical constraints.
Who we work with
Who we work with
We support academic researchers, early-stage biotech companies, peptide-focused startups and R&D teams working on peptide chemistry, biomaterials, nanomedicine and related technologies.
Let’s discuss your research challenge
Let’s discuss your research challenge
Whether you are developing a peptide concept, investigating a molecular interaction or evaluating a biomaterial or delivery system, Peptide Intelligence Consulting can help you identify a suitable scientific approach.
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