Preclinical Research
Case Study—Nanosuspension Formulation to Maximize Potency for Preclinical Studies
Coast-to-Coast Specialized Preclinical Solutions
Four Preclinical Sites to Support Your Program
With four purpose-built preclinical facilities across the U.S., we conduct over 700 safety assessment studies annually in rodent and non-rodent species. Our small and large molecule solutions include pivotal toxicology, safety pharmacology, and PK/PD studies, with comprehensive bioanalytical services to ensure your IND submissions meet global regulatory requirements.
Our specialties include:
- Therapeutic Indications
- ophthalmology
- dermatology
- CNS research
- Therapeutic Products
- cell and gene therapy
- oligonucleotides
- monoclonal antibodies
- antibody-drug conjugates
Learn more about the specific capabilities provided at each of our preclinical facilities.
Questions on how we can support your drug development program? Consult with one of our experts.
Related resources that may interest you:
- Webpage: Comprehensive Preclinical Drug Development Solutions
- Scientific Article: Navigating the IND Submission Process
- Webinar: How to Select the Right Species for Your Nonclinical Program
Metabolic Drug Development: A to Z Solutions
In the complex and dynamic field of metabolic drug development, partnering with an accomplished contract research organization is essential.
Altasciences has over 25 years of experience in metabolic diseases and supports every stage of the development process, from the initial discovery phase and preclinical studies to clinical trials and beyond.
Here are a few highlights:
- The teams at our four preclinical sites are proficient in obesity and metabolic models, and both GLP and non-GLP studies in rodents, dogs, minipigs, and NHPs.
- Our clinical teams have completed over 50 early-stage trials involving anti-diabetic and hypoglycemic agents, such as insulin, GLP-1, SGLT-2, and DPP-4, with 75 type I and type II diabetic patients enrolled in a single-center trial over four weeks.
- Our clinical database includes over 400,000 participants to more quickly qualify for inclusion/exclusion criteria based on pre-existing conditions, demographics, medication use, and BMI.
- Our scientists have developed bioanalytical assays for exenatide, glucagon, insulin glargine (M1, M2), insulin aspart, and metformin.
- We can develop additional assays tailored to your program.
- We’ve conducted numerous pharmacodynamics and immunogenicity assessments, including high-glycemic load challenge/tolerance tests, glucose clamps, insulin-induced hypoglycemic events in type 1 diabetes, and anti-drug antibody evaluations.
- We support data management both at our clinics and at external sites.
- Our pharmacokinetic, pharmacodynamic, and statistical experts support the analysis of drug concentration, biomarker, subjective measure, and immunogenicity data.
- Our medical writers and scientists have designed thousands of studies and are accustomed to preparing clinical protocols and high-quality reports.
Ready to get started? Speak with one of our experts.
You may also be interested in the following resources:
- Webpage: Metabolism and Endocrinology
- The Altascientist: The Many Faces of Metabolic Disorders
- Case Study: Concomitant Administration of Multiple Doses of Cagrilintide With Semaglutide 2·4 mg for Weight Management
When is the Right Time to Connect With a CDMO?
Timing is Everything
Early collaboration with an experienced CDMO is crucial in drug development to mitigate manufacturing risks and ensure the efficient formulation of your API for preclinical and clinical testing.
For over 25 years, we’ve been providing manufacturing and analytical testing services for solid and liquid dosage forms in most therapeutic areas.
You benefit from:
- optimized processes
- insights into scaling production to reduce costs
- assured regulatory compliance
- accelerated timelines
What's more, our manufacturing site is strategically located near our preclinical and clinical facilities, for seamless transitions from one phase to the next.
Contact us today to discuss the next stage of your drug development journey.
You may also be interested in:
- Infographic: Choosing the Optimal Dosage Form for Your Molecule
- Webinar: Overcoming the Challenges of Manufacturing for Clinical Trials
- eBook: Achieving Optimal Formulation for Preclinical Testing
Tips on How to Select the Right Species for Your Preclinical Studies
In this webinar, we dive into the scientific rationale driving species selection and how it can impact your study designs. We also focus on how in vitro species comparison studies can help determine the right species for your in vivo programs.
Deciding which animal model to utilize for your preclinical program is not always obvious. Speak with one of our experts who can help identify the appropriate species to generate the most relevant safety data needed to progress your program to Phase I clinical trials.
Related resources that may interest you:
Whole Genome Sequencing, Proteomics, and Function Characterization of the Sinclair Nanopig™ for (Bio)Pharmaceuticals Safety Assessment
Inside The Altascientist: How to Achieve Optimal Preclinical Formulation and Drug Product Manufacture
Strategies to Minimize Number of Animals Used in Toxicology Studies
Optimizing Preclinical Study Designs to Reduce Animal Use
Our latest webinar is now available on-demand―watch it at your leisure.
This webinar focuses on the methods employed to minimize the number of animals used in toxicology studies while ensuring scientific integrity and reproducible findings. Drawing from our extensive experience spanning decades, we analyze the advantages and limitations of each method.
Questions? Speak with one of our experts today and let's get your program underway.
Related resources that may interest you:
- Scientific Poster: Comparison of Safety Pharmacology Endpoints Used on Toxicology Studies Across Differing Cynomolgus Monkey Origins
- Webpage: Pivotal Toxicology Study Solutions
- Webpage: Comprehensive Preclinical Research Services
CNS-Targeted Therapies Delivery Strategies and Sampling in Non-rodent Preclinical Species: Considerations During Early Phase Discovery to IND-Enabling Regulatory Studies