Safety Pharmacology Testing

Cardiovascular system safety pharmacology studies

Cardiovascular safety pharmacology studies are essential for evaluating the potential adverse effects of new compounds on the heart and vascular system. These studies are a critical step before initiating Phase I clinical trials, as they provide key data to ensure the protection of patients and compliance with international regulatory guidelines.

Preclinical regulatory CRO

Scroll down

Established – 2000

We offer flexible administration techniques in both rodents and non-rodents, allowing us to adapt to the physicochemical properties of each compound, intended therapeutic use, and regulatory requirements. Trained personnel manage each route using validated procedures to ensure consistency, safety, and reproducibility

Cardiovascular safety system

At Vivotecnia we conduct cardiovascular safety pharmacology studies in conscious, unrestrained animals using telemetry devices, aligning with ICH M3/S7A/S7B/S6/S9 guidelines. This approach provides physiological conditions that closely resemble the clinical setting, ensuring accurate and reliable data. We utilize in-house colonies of telemetry-implanted animals, enabling rapid study initiation and high-quality data collection. Also, our telemetry systems, provided by Data Sciences International (DSI), are GLP compliant and offer digitally encoded data, including device ID, battery status, and operational time.

Cardiovascular safety system

The cardiovascular system is one of the primary areas of concern in drug development, since adverse effects on cardiac function can lead to serious safety issues and regulatory delays. To anticipate and mitigate these risks, Vivotecnia offers two complementary study approaches: 

Icon

Telemetry studies

Conducted in conscious, freely moving animals using implantable telemetry devices. These studies allow the continuous monitoring of cardiovascular function under conditions that closely resemble clinical reality, ensuring reliable and regulatory-compliant data.

hERG

hERG assay

An in vitro assay designed to evaluate the potential of a compound to block the human Ether-à-go-go-Related Gene (hERG) potassium channel. Since inhibition of this channel is associated with QT prolongation and cardiac arrhythmias, the hERG test is a standard requirement in preclinical safety evaluation.

Together, these assays provide a robust assessment of cardiovascular safety, supporting regulatory submissions and guiding the safe progression of compounds into clinical trials. 

What we offer at Vivotecnia

GLP-compliant studies in conscious non-rodent species

Advanced telemetry technology (DSI PhysioTel Digital) and compliance with CFR 21 PArt 58 and Part 11

Evaluation of ECG parameters (RR interval, PR interval, QRS duration, QT interval and QTc), heart rate and arterial blood preasure

Rapid study initiation

Industries we support

Pharmaceutical

Pharmaceutical

Biotechnoly

Biotechnology

Advanced Therapy Medicinal Products

Advanced Therapy Medicinal Products (ATMPs)

Infrastructure and equipment

Vivotecnia uses state-of-the-art telemetry systems and dedicated facilities to conduct cardiovascular safety studies in non-rodent species. Our telemetry rooms are designed to allow continuous data acquistion from conscious, freely moving animals in a controlled and stress–minimized environment.

Infrastructure and equipment

WHY VIVOTECNIA

Comprehensive digital management

Regulatory-grade telemetry systems

We use DSI PhysioTel Digital telemtry for high-resolution, artifact-free data, compliant with FDA and EMA expectations.
Specialized cardiovascular team

Specialized cardiovascular team

Our scientists and veterinarians are trained in safety pharmacology protocols and experienced in working with cardiovascular endpoints.
Speed and reliability

Speed and reliability

In-house availability of telemetry-implanted animals ensures rapid study initiation and reduces project timelines.
Specialized long-term study capabilities

Full regulatory compliance

We guide clients in using 6-month sata within ICH S1B frameworks for possible waiver of the 2-year study when justifiedAll procedures are performed under GLP conditions and in line with EMA, FDA, OECD and ICH guidelines.

Ensure the cardiovascular safety of your
compound. Contact our team to design
and execute a compliant and reliable
cardiovascular safety pharmacology
study.

We use cookies

We use cookies to improve your experience on this website. You may choose which types of cookies to allow and change your preferences at any time. Disabling cookies may impact your experience on this website. You can learn more by viewing our Cookie Policy.