Neuro-Sys Lab interprets behavioral changes in animal models through a systems physiology perspective. Our goal is to scientifically reveal how induced pathologies reflect on an organism's functional capacity and behavior.
Section I · Behavioral & Systems Physiology
Neuro-Sys Lab: Behavioral Phenotyping & Translational Modeling
We interpret behavioral changes in animal models through a systems physiology perspective, scientifically revealing how induced pathologies are reflected in an organism's functional capacity and behavior.
01
Vision & Scope
02
Multidisciplinary Integration & Application
Behavioral studies complement diverse fields like immunology, endocrinology, oncology, and pharmacology, making the "silent" effects of systemic diseases visible.
A
Systemic Diseases & Behavior
Modeling cognitive decline, anxiety, or depressive-like states induced by pathologies like diabetes, obesity, or cancer.
B
Functional Outcomes
Demonstrating the effects of drugs or surgical interventions not just at the tissue level, but on overall well-being and neuro-motor functions.
C
Holistic Approach
Analyzing disease effects reflected on the whole organism, not just isolated organs.
03
Academic Collaboration & Support
We offer academic support to researchers across disciplines to add a "behavioral dimension" to their studies, enhancing publication impact.
1
Test Battery Selection
Selection of the most appropriate behavioral test battery for the studied pathology (ischemia, toxicity, inflammation, etc.).
2
Experimental Design
Enriching and planning experimental design to include robust behavioral data.
3
Scientific Consultancy
Scientific consultancy on interpreting behavioral findings in correlation with physiological mechanisms.