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How to Remove Serum Separator Gel? The Function of Animal Serum Separation Gel How to Prepare Sodium Heparin Solution Desheng Produces a New Resin Serum Separator Gel The Content of Anticoagulants in Blood Collection Tubes A Brief Introduction of EDTA Potassium Salt How to Add EDTA Potassium Salt into Blood Collection Tubes Manufacturers of Serum Separation Gel in China The Function of Silicon Release Agent Industrial and Medical Application of Tris Base What is EDTA What is Tris Buffer Used For? Desheng is Awarded by the Government Tris Buffer Preparation Can Luminol Detect Bloodstains from Long Time Ago? What Are the Forms of Trometamol? Acridinium Ester Chemiluminescence Thixotropic Serum Separator Gel How to Prepare EDTA K2 Powder? Tris-EDTA Buffer Preparation Tips on Purchasing Good-quality Serum Separation Gel Serum separator tube gel composition Application of TES buffer in daily chemical products What is the difference between heparin and EDTA anticoagulants? 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What is the role of luminescent reagents in antigen antibody detection Application of blood anticoagulant lithium heparin CAS 9045-22-1 Blood Coagulant,a treasure reagents in clinical blood testing Whether the luminosity of luminol is strong or not depends on these three points Factors Affecting the Price of Luminescence Reagent Acridinium Ester Chemiluminescent Reagent Luminol Used to Detect Pathological Changes of Disease Inflammation The important role of acridinium esters in the detection of cardiovascular disease What Are Some Unexpected Uses of Acridinium Esters? Effect of Lithium Heparin Additive in Green Blood Collection Tubes How does serum separator gel work? The New Serum Separator Gel of Resin System How Bubbles Form in Serum Separator Gel The Process of Adding Sodium Heparin in Blood Collection Tubes The Use of BES Buffer How to Prepare Luminol Solution Tris Buffer Composition and Applications Lithium Heparin Tubes for Serum or Plasma Collection? 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The viscosity requirement for serum separation gel: 100000 to 200000 millipascals


Serum separation gel is a common experimental tool in the field of biochemical testing. It can effectively separate serum and blood cells through centrifugation when standing, providing clear and pure serum samples for subsequent experiments. Among them, viscosity is a key indicator for measuring the quality of serum separation gel. As a special fluid, it has a specific viscosity range, usually between 100000 and 200000 millipascals.


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Serum separation gel


The viscosity significance of serum separation gel


Viscosity is a physical quantity that describes the internal friction or resistance of a fluid, and millipascals are the unit of viscosity. The viscosity requirement of serum separation gel is between 100000 and 200000 millipascals, which mainly has the following significance:


1. Separation effect: Serum separation gel with higher viscosity can provide better separation effect. By adjusting the viscosity of the gel, the separation speed of different components in serum can be controlled, thereby achieving better separation effect.


2. Stability: Moderate viscosity helps maintain the stability of serum separation gel. Low viscosity may lead to colloid instability and sedimentation phenomenon; Excessive viscosity may affect the uniform mixing of serum and colloid.


3. Permeability: The viscosity within a certain range helps to improve the permeability of serum separation gel, ensuring that the components in serum can smoothly pass through the gel and obtain more accurate detection results.


4. Compatibility: The viscosity requirements of serum separation gel also need to consider compatibility with laboratory equipment and testing methods. Excessive viscosity may affect automated operational processes, while low viscosity may affect the repeatability and accuracy of results.


5. Improving user convenience: In laboratory operations, a moderate viscosity helps to evenly apply the separation gel to the inner wall of the blood collection vessel, without being prone to flow or producing uneven coating layers, which is beneficial for improving experimental convenience and reducing the impact of manual operation.


Factors affecting the viscosity of serum separation gel


1. Composition: The composition of serum separation gel has a significant impact on its viscosity, and colloidal materials with different formulations and compositions will have different viscosity characteristics.


2. Temperature: Temperature is another important factor affecting the viscosity of serum separation gel. As the temperature increases, the viscosity of most fluids will decrease, so temperature changes will directly affect the viscosity of serum separation gel, thereby affecting its separation effect.


3. Pressure: In high-pressure environments, some serum separators may undergo deformation or structural changes, leading to changes in their viscosity. Therefore, when using serum separators in high-pressure environments, special attention should be paid to their viscosity characteristics.


4. Storage time and conditions: During the storage process, the viscosity of serum separation gel may change over time, which is related to chemical reactions or physical structural changes inside the gel. Before use, it is necessary to fully understand the storage conditions and expiration date of serum separation gel.


5. Environmental factors: Environmental factors such as humidity and oxygen in the air may also affect the viscosity of serum separation gel. These factors may affect the chemical structure of the gel through oxidation or degradation processes, thereby altering its viscosity.


6. Processing technology: The processing technology during the preparation of separation adhesive can also affect its final viscosity. Different processing techniques can lead to uneven distribution of components in the separation adhesive, thereby affecting its viscosity consistency.


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Product packaging


How to ensure the viscosity stability of serum separation gel


1. Strictly control the ratio: When preparing serum separation gel, it is necessary to strictly follow the formula ratio to ensure a reasonable proportion of each component, in order to achieve the required viscosity level.


2. Control the preparation temperature: During the preparation process of the separation gel, controlling the temperature is the key to ensuring its viscosity stability. An appropriate preparation temperature can ensure the uniformity and viscosity of the separation gel.


3. Regular testing: Regularly test the viscosity and other performance indicators of the separation adhesive to ensure its stability in a suitable environment, as any changes in the environment may lead to performance changes.


4. Optimize processing technology: Optimize the processing technology of the separation adhesive to ensure that all components are fully mixed during the preparation process, and improve the consistency and stability of the product.


The viscosity of serum separation gel is one of the key indicators affecting its performance. By reasonably controlling factors such as ingredient ratio, preparation temperature, and processing technology, the viscosity stability of the separation gel can be effectively ensured, thereby improving the effectiveness of serum separation. As an advantageous supplier of additives for blood collection vessels, Desheng can provide products with stable performance and excellent separation effect for blood collection manufacturers to try and purchase. There is a promotion for bulk goods in the current warehouse at a cheap price. If you have any relevant intentions, please click on the website to consult and purchase at any time!