HemoGenix, Inc

05/27/2026

In Vitro Preclinical Contract Services

HemoGenix® has been instrumental in promoting in vitro toxicity and safety testing to help our world-wide partners in preclinical drug and safety evaluations. Many of our studies have been included in numerous IND applications. Here are some of our areas of expertise that may be of interest to you:

> Hematotoxicity
> Immunotoxicity
> Mesenchymal Cell Toxicity
> Hepatotoxicity
> Cardiotoxicity
> Renal Toxicity
> Neurotoxicity
> Intestinal Toxicity
> Tumor Cells
> Cell Line Toxicity
> Nanoparticle Toxicity
> ComparaTox™
> High Throughput Screening
> Drug Interaction & Combination
> Mechanism of Action
> Cellular Therapeutics
> Stem Cell Toxicity & Biology
> Cell-Based Assay Services

More information available here: https://conta.cc/4nStxv7

05/12/2026

High-Throughput Toxicity Screening: https://conta.cc/422ZUgH

04/16/2026

HALO®-Tox HT

In Vitro High-Throughput Stem and Progenitor Cell Hematotoxicity Screening and Testing

Learn more: https://conta.cc/4dS4J3y

03/20/2026

Hepatotoxicity Testing

HemoGenix® offers dose-dependent, drug-induced liver toxicity (DILI) testing services using our proprietary HepatoGlo™-Tox HT platform, which can be used with different sources of hepatocytes as well as cell lines, such as Hep G2. It can also be multiplexed with other readouts.

HepatoGlo™-Tox HT can also be performed in-house using in vitro assay kits from our sister company, Preferred Cell Systems™.

Learn more: https://conta.cc/4bsotaT

03/18/2026

IMMUNOTOXICITY TESTING

HemoGenix® has developed proprietary assays for in vitro immunotoxicity high-throughput screening and testing as well as other immune assays involving T- and B-lymphocytes and subsets.

Learn more : https://conta.cc/41apJe4

03/04/2026

Bridging In Vitro and In Vivo: Extending the Value of Preclinical Research

Hematotoxicity testing is a well-established field, and HALO-Tox HT has demonstrated strong in vitro to in vivo concordance, as reported by Olaharski et al. (2009) in Toxicology Letters. Designed in line with the 3Rs, it provides accurate lympho-hematotoxicity data from early discovery through clinical development.


While HemoGenix® does not perform animal studies in-house, we collaborate with CROs to maximize the value of preclinical research.

Learn more: https://conta.cc/4aNJPAC

02/25/2026

Delivering the Highest Standard in Hematotoxicity Testing

For 25 years, HemoGenix® has partnered with small, medium, and large biopharmaceutical companies to deliver meaningful hematotoxicity data at every stage of the research and development process—prior to, during, and after animal testing.

Learn more: https://conta.cc/4tP0tY9

02/18/2026

Cytokine Release Assays are crucial for assessing immunotoxicity in drug development. At HemoGenix, we utilize various culture formats and advanced flow cytometry to analyze cytokine release. These assays help predict inflammatory responses, ensuring the safety of new therapies. Explore our capabilities and learn how we can support your research.

Email from HemoGenix Inc.   Cytokine Release Assays Immunotoxicity represents a diverse set of studies that includes Cytokine Release Assays (CRAs) to understanding whether a new drug candidate will e

01/20/2026

Early Assessment of Drug Safety Profiles
Contract Research Services

Early assessment of drug safety profiles is a critical component of the drug development process. Detecting potential toxicities at the very beginning of the drug discovery pipeline helps prevent significant downstream problems, especially those that may arise during clinical trials. This proactive approach is vital to ensure that a preclinical candidate is suitable for continued development and long-term success.

Learn more: https://conta.cc/3NtdC8q

01/15/2026

In Vitro Hematotoxicity Testing: Advancements and Capabilities

In vitro hematotoxicity testing represents one of the most established areas within toxicology research, with a robust foundation that dates back to the 1960s. This long-standing discipline has been instrumental in the development of reliable methods for assessing the toxicity effects on blood and blood-forming tissues.

Learn more: https://conta.cc/4b10GR4