Preclinical development

Peptide Preclinical Development — IND-Enabling Studies and Beyond

Advancing a peptide development candidate to IND requires a comprehensive preclinical package — pharmacology, PK/PD, toxicology, formulation, and manufacturing feasibility. Building this package efficiently requires integrating computational prediction with targeted experimental studies. We support peptide preclinical development from development candidate selection through IND filing.

The Preclinical Development Challenge

Preclinical development is the most resource-intensive phase of peptide drug development before clinical trials. Building a complete IND-enabling package — covering pharmacology, PK/PD, safety pharmacology, toxicology, formulation, and manufacturing — requires coordinating multiple scientific disciplines and regulatory requirements.

Computational methods can significantly reduce the experimental burden of preclinical development by predicting PK parameters, identifying potential toxicity liabilities, and optimizing formulation approaches before expensive in vivo studies are conducted.

Our Preclinical Development Approach

01

IND-enabling study planning

Comprehensive planning of the preclinical package required for IND filing, with computational pre-screening to prioritize studies.

02

PK/PD optimization

Computational PK prediction and experimental PK/PD characterization to define dosing regimen and exposure targets.

03

Toxicity liability assessment

Computational identification of potential toxicity liabilities before in vivo safety studies.

04

Formulation development

Computational and experimental formulation optimization for the intended route of administration.

Preclinical Development Workflow

01

Development candidate assessment

Comprehensive evaluation of the development candidate against IND-enabling criteria.

02

Preclinical package planning

Definition of the IND-enabling study package and timeline.

03

In vitro pharmacology

Comprehensive in vitro characterization of pharmacology, selectivity, and mechanism.

04

PK/PD studies

In vivo PK/PD characterization and exposure-response modeling.

05

Safety and toxicology

Safety pharmacology and toxicology studies to support IND filing.

06

IND package preparation

Compilation and review of the complete IND-enabling data package.

What Can Be Evaluated

In vitro pharmacology and mechanism of action
Plasma protein binding and distribution
Metabolic stability and clearance prediction
In vivo PK parameters (Cmax, AUC, t1/2, Vd)
Safety pharmacology (hERG, CNS, respiratory)
Genotoxicity and cytotoxicity
Formulation stability and compatibility

What You May Receive

IND-enabling data package

Complete preclinical data package supporting IND filing.

PK/PD report

Comprehensive pharmacokinetic and pharmacodynamic characterization.

Safety assessment report

Safety pharmacology and toxicology data with regulatory interpretation.

Regulatory strategy document

Recommended regulatory pathway and IND filing strategy.

Deliverables depend on program scope and development candidate characteristics. Regulatory outcomes cannot be guaranteed.

Who This Is For

Biotech companies

Companies with development candidates requiring IND-enabling studies and regulatory preparation.

Academic spinouts

Spinout companies advancing academic peptide discoveries toward clinical development.

Pharmaceutical teams

Drug development teams requiring preclinical support for peptide candidates in their pipeline.

Frequently Asked Questions

Advance Your Peptide Candidate to IND

Submit your development candidate and program objectives. We will assess the preclinical development requirements and outline a path to IND filing.

Confidential program discussions available under NDA.