Simulated Intravascular Fluid (BZ458)

This simulated fluid is only used in the field of scientific research and For in vitro use only.

Pack Size: 100 mL, 200 mL, 500 mL, 1000 mL

pH is 7.4 (can be customized on request as per the customer’s project requirement)

Validity: 6 months

Transportation and storage: transportation at room temperature, storage at 2-8 ℃.

Simulated Intravascular Fluid Features & Notes

1. Description: Simulated Intravascular Fluid is a synthetic formulation designed to replicate the properties of natural blood. It contains a balanced mixture of water, electrolytes, proteins, and other components to mimic the physical and chemical characteristics of blood. This fluid is utilized in research related to vascular physiology, blood chemistry, and studies on cardiovascular diagnostics and therapeutics.
2. Storage and Transportation: Store Simulated Intravascular Fluid at 4 degrees Celsius to maintain its stability. It can be transported at room temperature for short durations without affecting its composition. However, prolonged exposure to high temperatures should be avoided to prevent degradation or alteration of its properties.
3. Usage Restrictions: Simulated Intravascular Fluid is intended exclusively for scientific research purposes and should only be used by qualified professionals. It is not approved for clinical diagnosis, medical treatments, direct application, or pharmaceutical use. It should be handled and stored in research or laboratory environments.
4. Safety Precautions: When handling Simulated Intravascular Fluid, use appropriate protective clothing such as lab coats and disposable gloves. Adhere to standard laboratory safety protocols to avoid contamination and ensure safe handling.

Simulated Intravascular Fluid is primarily used by research laboratories to study the characteristics and behaviors of blood, including its interactions with vascular tissues, blood flow dynamics, and cardiovascular diagnostics. It is also employed in diagnostic assays to explore blood-related biomarkers and understand vascular health and physiological functions.

1. Viscosity: The viscosity of Simulated Intravascular Fluid is carefully controlled to replicate the consistency of natural blood. This ensures that the simulated fluid behaves similarly to actual blood in research and diagnostic applications, particularly in studies involving blood flow, shear stress, and cardiovascular function.
2. Density: The density of Simulated Intravascular Fluid is calibrated to closely match that of natural blood, ensuring accurate and consistent results in experimental setups and diagnostic tests related to blood circulation and vascular conditions.
3. pH Level: The pH of Simulated Intravascular Fluid is set to 7.4, reflecting the slightly alkaline nature of natural blood. This pH level ensures that the simulated fluid mirrors the natural conditions found in the bloodstream, supporting studies on blood chemistry and cardiovascular health.
4. Stability: Simulated Intravascular Fluid must maintain stability throughout testing procedures, with no significant alterations in its physical or chemical properties. This stability is crucial for reliable and reproducible results in research and diagnostics involving blood and vascular systems.
5. Color: The fluid is adjusted to a light amber color to mimic the appearance of natural blood plasma, providing visual consistency during experimentation and testing, particularly in studies focused on blood components and vascular function.

Simulated Intravascular Fluid Applications

1. Testing and Calibration: Simulated Intravascular Fluid is used for the testing and calibration of medical and research devices that interact with blood or vascular fluids. This includes diagnostic tools for assessing cardiovascular health, devices for analyzing blood flow and pressure, and equipment designed to study blood composition, flow dynamics, and related biomarkers.
2. Research and Development: Simulated Intravascular Fluid supports research and development in vascular physiology and blood health. This includes studying the composition and behavior of blood, exploring its role in cardiovascular conditions, investigating disorders related to abnormal blood flow or composition, and developing diagnostic and therapeutic interventions for vascular and cardiovascular care.
3. Training and Education: Simulated Intravascular Fluid is utilized in educational and training settings for students and professionals in fields such as cardiology, hematology, and vascular research. It provides realistic scenarios for learning and experimentation, enabling hands-on experience with blood characteristics and their implications without the need for actual biological samples.

This ready-to-use solution has the same composition as Simulated Intravascular Fluid and closely resembles Real Intravascular Fluid. This formulation contains non-toxic preservatives (optional) to avoid bacteria growth and can be stored at room temperature. The pH of the Simulated Intravascular Fluid Stabilized is 7.4 (customizable on request as per the customer’s project requirements).

We also accept customization in formulation, minerals, organic content, pack size, preservatives, and pH. The powdered Simulated Intravascular Fluid is also available for this product. Please send us an email for more information.

Biochemazone™ offers a diverse selection of Artificial fluids for the testing & Diagnostic of various diseases in Vitro laboratory and Research. Check out our various state biofluid inventory to see what’s ready to ship today.

For a custom request, please send us an email at info@biochemazone.com

Packaging: 100 mL to 1000 mL (Also available in 5, 10, and 25-Liter Containers at economical Bulk Discounted Prices, kindly send us an email for bulk purchases on discounts for your Industrial and academic requirements).