News

What is a blood collection tube? Serum blood collection tubes are vacuum blood collection tubes that do not contain anticoagulants, preservatives, or separating materials. Used to collect serum for specific laboratory tests and isolate serum after phlebotomy for clinical chemistry, immunology, and therapeutic drug testing. Coagulants work to speed up blood clotting, and the use of coagulation vessels reduces turnaround time. The tube is a disposable negative pressure vacuum glass tube, or a disposable negative pressure vacuum plastic tube, which can realize quantitative blood collection and needs to be used with a venous blood collection needle. Its principle is a negative pressure vacuum blood collection tube, which uses its negative pressure to automatically and quantitatively collect venous blood samples. Human venous blood is drawn into the blood sample container through the blood collection needle under the negative pressure of the vacuum blood collection tube. One venipuncture can collect multiple tubes without leakage. The volume of the lumen connected to the blood collection needle is small, the influence on the blood collection volume is negligible, and the probability of backflow is relatively small. If the lumen volume of the butterfly blood collection needle is large, it will consume part of the vacuum of the blood collection tube, thereby reducing the blood collection volume. Siny Medical SST Tube Detection: Serum collection tubes can be used for clinical, biochemical, immunological, and serological testing. Additives: According to different additives, serum blood collection tubes can be divided into three different types (common, clot activator, gel and coagulant). They are plain tubes, procoagulant tubes, gel and coagulation activator tubes. material: The main materials used are PS, PP, PET Tube size (mm): 13*75, 13*100, 16*100. Tube colors: red non-additive tubes and orange procoagulant tubes, yellow top tubes. Classification Item Additive Color Serum Tube No Additive tube None Red Pro-coagulation Tube Clot Activator Orange Gel & clot Activator Tube Gel & Clot Activator Yellow Uses of Blood Collection Tubes of Different Colors Classification Item Additive Color Serum Tube No Additive tube None Red Pro-coagulation Tube Clot Activator Orange Gel & clot Activator Tube Gel & Clot Activator Yellow Plasma Tube Glucose Tube PotassiumOxalate/SodiumFluoride Or EDTA/SodiumFluoride Grey PT Tube 3.2% Sodium citrate Blue PT Tube Gel & 3.2% Sodium citrate Blue Heparin Tube Heparin Lithium,Heparin Sodium Green Gel & Heparin Tube Gel & Heparin Lithium, or Heparin Sodium Green Whole Blood Tube EDTA Tube EDTA-K2.EDTA-K3 Purple ESR Tube 3.8% Sodium citrate Black Siny Medical is your high-standard OEM manufacturer of serum separation tubes in China. Siny Medical is a blood collection tube factory, supplier, and manufacturer with a history of more than 20 years. Welcome to contact us to customize, develop and manufacture

What is ESR? ESR, commonly known as erythrocyte sedimentation rate, specifically refers to the rate at which red blood cells in anticoagulated blood settle in a specific ESR tube in a certain unit of time. It is a common clinical detection index. The principle of the erythrocyte sedimentation test is to place anticoagulant blood into an erythrocyte sedimentation tube and make it stand upright. The red blood cells sink due to their density. Typically, the ESR velocity is expressed as the distance of the ESR at the end of the first hour and is called the ESR. Erythrocyte sedimentation rate (ESR). The rate of erythrocyte sedimentation rate is related to plasma viscosity, especially the aggregation force between erythrocytes. The greater the aggregation force between erythrocytes, the faster the erythrocyte sedimentation rate, and vice versa. Therefore, ESR is used clinically as an indicator of erythrocyte aggregation. To reflect certain diseases of the human body. Because some clinical diseases are often characterized by the increase or decrease of erythrocyte sedimentation rate, the detection of human erythrocyte sedimentation rate can directly diagnose, identify and observe some diseases suffered by the human body. 1. Erythrocyte sedimentation rate can be used to observe the changes in pulmonary tuberculosis and rheumatic diseases and the curative effect. Increased ESR indicates recurrent and active disease, and restored ESR indicates improvement or quiescence. 2. Myocardial infarction, angina pectoris, gastric cancer, gastric ulcer, pelvic cancer, and uncomplicated ovarian cyst can be identified by ESR examination, which is widely used in clinical practice. 3. For patients with multiple myeloma, there will be a large number of abnormal globulins in the plasma, and the erythrocyte sedimentation rate is very fast. Therefore, ESR examination can be used as one of the important diagnostic indicators of this disease. We provide dynamic ESR tubes for direct specimens and short 75mm tubes that require specimen transfer. The dynamic erythrocyte sedimentation tube can be directly put on the shelf for reading after blood collection or applied to the dynamic erythrocyte sedimentation apparatus. It is suitable for all kinds of automatic erythrocyte sedimentation apparatus. Due to the small amount of blood collection and the small negative pressure in the tube, the blood collection time is relatively long. Please wait patiently for the blood flow in the tube to stop, and mix it inverted at 180° for 5-8 times to fully mix the anticoagulant with the blood.

Standard Blood Bag Single Blood Bag Double Blood Bag Triple CPDA-1 and CPD/SAG-M Quadruple CPDA-1 and CPD/SAG-M Top & Bottom Triple Blood Bag Top & Bottom Quadruple Blood Bag Transfer Bag Platelet Storage Bag Pooling System Pediatric Blood Bag System Filtration System Red Cell Filtration System Top & Bottom Red Cell Filtration System Whole Blood Filtration System Bedside Filtration System Laboratory/Blood Bank Filtration System Platelet Pooling Filtration System Others Animal Blood Bag/Media Bag Cord Blood Collection Bag Auto-transfusion Bag Single Blood Bag For the collection of whole blood, storage and transfusion of the blood components. The primary bag contains CPDA-1 or CPD anticoagulant solution. Needle Gauge Size: Available in 16G or 17G Anticoagulant /Additive Solution: CPDA or CPD Primary Bag Capacity:150ml.250ml.350ml.450ml.500ml Double Blood Bag For whole blood collection and separation of 2 different blood components - red blood cells and plasma, obtained through the process of centrifugation and separation. The primary bag contains CPDA-1 anticoagulant solution. Needle Gauge Size: Available in 16G or 17G Anticoagulant /Additive Solution: CPDA or CPD Primary Bag Capacity:150ml.250ml.350ml.450ml.500ml Satellite Bag Capacity: Available from 150mL to 500mL Triple CPDA-1 and CPD/SAG-M For whole blood collection and separation of 3 different blood components - red blood cells, plasma, and platelet concentrate or cryoprecipitate obtained through the process of centrifugation and separation. The triple Blood Bag system is available with CPDA-1 or CPD/SAG-M anticoagulant solution. The 5-day platelet storage bag is optional. Needle Gauge Size: Available in 16G or 17G Anticoagulant /Additive Solution: CPDA-1 or CPD+SAG-M Primary Bag Capacity:250ml.350ml.450ml.500ml Satellite Bag Capacity: Available from 150mL to 500mL Quadruple CPDA-1 and CPD/SAG-M PRP Method For whole blood collection and separation of 4 different blood components - plasma, red blood cells, platelets, and cryoprecipitate, obtained through the process of centrifugation and separation. BC Method For whole blood collection and separation of 3 different blood components - leucodepleted plasma, leucodepleted red blood cells, and platelets from the bu y coat, obtained through the process of centrifugation and separation.The quadruple Blood Bag system is available with CPDA-1 or CPD/SAG-M anticoagulant solution. The 5-day platelet storage is optional. Needle Gauge Size: Available in 16G or 17G Anticoagulant /Additive Solution: CPDA-1 or CPD+SAG-M Primary Bag Capacity:250ml.350ml.450ml.500ml Satellite Bag Capacity: Available from 150mL to 500mL Top & Bottom Triple Blood Bag For whole blood collection and separation of 3 different blood components - red blood cells, plasma, and buffy-coat obtained through the process of centrifugation and separation. The primary bag contains a CPD anticoagulant solution and one satellite bag contains SAG-M additive solution for red blood cell preservation. Needle Gauge Size: Available in 16G or 17G Anticoagulant /Additive Solution: CPD+SAG-M Primary Bag Capacity:350ml.450ml.500ml Satellite Bag Capacity: Available from 150mL to 500mL Top & Bottom Quadruple Blood Bag For whole blood collection and separation of different blood components - red blood cells, plasma, buffy-coat, obtained through the process of centrifugation and separation. The primary bag contains a CPD anticoagulant solution and one satellite bag contains SAG-M additive solution for red blood cell preservation. One satellite bag is for 5-day platelet storage. Needle Gauge Size: Available in 16G or 17G Anticoagulant /Additive Solution: CPD+SAG-M Primary Bag Capacity:350ml.450ml.500ml Satellite Bag Capacity: Available from 150mL to 500mL Transfer Bag The transfer bag is available from 150mL to 500mL. It is designed for the transfer of blood components from whole blood. Needle Gauge Size: For sterile connection or spike Primary Bag Capacity: Available from 150mL to 500mL Platelet Storage Bag Platelet storage bag with plasticizer TOTM is of high oxygen permeability for platelet storage for at least 5 days. Needle Gauge Size: For sterile connection or spike Primary Bag Capacity: Available from 600mL to 1000mL Pooling System The pooling system is for platelet pooling or buffy coat pooling. Needle Gauge Size: Spike Primary Bag Capacity: Available from 600mL to 1000mL Pediatric Blood Bag System Pediatric Blood Collection Bag Pediatric Blood Collection Bag is of high medical grade PVC for maximum safety and convenience. Collected blood can be divided and transferred into four equal pediatric size bags. The primary bag contains CPDA-1 anticoagulant solution. Needle Gauge Size: Available in 16G or 17G Anticoagulant /Additive Solution: CPDA-1 Primary Bag Capacity:450mL Satellite Bag Capacity: Available from 100mL to 150mL Multiple Pediatric Blood Transfer Bag Multiple Pediatric Blood Transfer Bag is of high medical grade PVC for maximum safety and convenience, which can allow blood to be divided and transferred into four equal pediatric size bags. Needle Gauge Size: For sterile connection or spike Primary Bag Capacity: Available from 100mL to 150mL Red Cell Filtration System For whole blood collection and in-line fi¬ltration of red blood cells. Needle Gauge Size: Available in 16G or 17G Anticoagulant /Additive Solution: CPD+SAG-M Primary Bag Capacity:350ml.450ml.500ml Satellite Bag Capacity: Available from 150mL to 500mL Top & Bottom Red Cell Filtration System For whole blood collection and in-line fi¬ltration of red blood cell components, obtaining plasma, leucodepleted red blood cells, and platelet-rich in buffy coat through the process of centrifugation and separation. Needle Gauge Size: Available in 16G or 17G Anticoagulant /Additive Solution: CPD+SAG-M Primary Bag Capacity:350ml.450ml.500ml Satellite Bag Capacity: Available from 150mL to 500mL Whole Blood Filtration System For whole blood collection and in-line fi¬ltration of whole blood components, obtaining leucodepleted red blood cells and leucodepleted plasma through the process of centrifugation and separation. Needle Gauge Size: Available in 16G or 17G Anticoagulant /Additive Solution: CPD+SAG-M Primary Bag Capacity:350ml.450ml.500ml Satellite Bag Capacity: Available from 150mL to 500mL Bedside Filtration System For fi¬ltration of whole blood and RBCs. Laboratory/Blood Bank Filtration System For filtration of whole blood and RBCs. Needle Gauge Size: Spike Primary Bag Capacity:500mL Platelet Pooling Filtration System For in-line filtration of platelet pooling or buffy coat pooling. Needle Gauge Size: For sterile connection or spike Primary Bag Capacity: Available from 600mL to 1000mL Satellite Bag Capacity: Customized Cord Blood Collection Bag For collecting the umbilical cord blood after the birth of the baby. The primary bag contains a CPD anticoagulant solution. Needle Gauge Size: Available in 14G or 16G Anticoagulant /Additive Solution:CPD Primary Bag Capacity:250mL.350mL We are a supplier of medical consumables, providing you with high-quality medical consumables

What is an EDTA Tube and What is it Used for? An EDTA tube, also known as an ethylenediaminetetraacetic acid tube, is a type of blood collection tube that contains the anticoagulant EDTA. EDTA is a chelating agent that binds to calcium ions, preventing blood from clotting by inhibiting the coagulation cascade. EDTA tubes are primarily used for collecting whole blood samples for hematological testing, such as complete blood count (CBC), blood typing, and blood cell morphology analysis. The anticoagulant properties of EDTA preserve the blood sample in its liquid form and prevent clotting during transportation and laboratory processing. EDTA tubes are commonly used in clinical laboratories and healthcare settings as they provide accurate and reliable results for various blood tests. The lavender or purple-colored cap of an EDTA tube helps identify it among other types of blood collection tubes. The Benefits of Using EDTA Tubes: EDTA tubes, also known as ethylenediaminetetraacetic acid tubes, are commonly used in medical and laboratory settings for blood collection and preservation. Here are some benefits of using EDTA tubes: 1. Anticoagulant properties: EDTA acts as an anticoagulant by binding to calcium ions, preventing blood from clotting. This ensures that the blood sample remains in a liquid state, allowing for accurate analysis of various blood components. 2. Preserve cellular morphology: EDTA preserves the cellular morphology of blood cells, such as red blood cells, white blood cells, and platelets. This is important for accurate identification and analysis of these cells under a microscope. 3. Stabilizes DNA and RNA: EDTA helps to protect and stabilize DNA and RNA in the blood sample. This is crucial for molecular biology studies, such as DNA sequencing and genetic testing, as it prevents the degradation of genetic material. 4. Chelates metal ions: EDTA has the ability to chelate or bind to metal ions, such as calcium, magnesium, and iron. This is useful in certain laboratory tests that require the removal of these metal ions to prevent interference with the analysis. 5. Wide range of applications: EDTA tubes are used in various laboratory tests, including complete blood count (CBC), blood typing, blood chemistry analysis, and hematology studies. They are also commonly used for DNA extraction and storage. 6. Easy to use and handle: EDTA tubes are available in different sizes and colors for different blood collection volumes and requirements. They are easy to handle, with a vacuum system that allows for efficient and safe blood collection. 7. Long shelf life: EDTA tubes have a long shelf life, making them suitable for the storage and transportation of blood samples. This ensures that the integrity of the blood sample is maintained until it can be analyzed. Types of EDTA Tubes and Their Uses: There are several types of EDTA tubes, each with a specific use in medical and laboratory settings. The most common types of EDTA tubes are: 1. Lavender or purple top tubes: These tubes contain K2EDTA or K3EDTA as an anticoagulant. They are commonly used for hematology tests, such as complete blood count (CBC), erythrocyte sedimentation rate (ESR), and blood typing. 2. Pink top tubes: These tubes contain K2EDTA or K3EDTA with a gel separator. The gel separates the plasma from the cellular components after centrifugation. They are used for various tests, including blood banking, immunohematology, and molecular testing. 3. Royal blue top tubes: These tubes contain K2EDTA or K3EDTA as an anticoagulant and are coated with a trace element-free polymer gel. They are used for trace element analysis, toxicology testing, and heavy metal analysis. 4. Green top tubes: These tubes contain lithium heparin or sodium heparin as an anticoagulant. They are commonly used for plasma determinations in chemistry tests, such as glucose, electrolytes, and liver function tests. 5. Gray top tubes: These tubes contain sodium fluoride or potassium oxalate as an anticoagulant and preservative. They are used for glucose testing, as these additives inhibit glycolysis and preserve blood glucose levels. Glucose Tube Sodium Citrate Tube Green Top Tube How to Collect a Sample Using an EDTA Tube? To collect a sample using an EDTA tube, follow these steps: 1. Gather the necessary materials: You will need an EDTA tube, blood collection needle, and gloves. 2. Put on gloves: Before starting the procedure, make sure to wear gloves to maintain hygiene and prevent contamination. 3. Identify the patient: Confirm the patient's identity by asking for their name and date of birth, and match it with the information on their identification band or medical records. 4. Prepare the EDTA tube: Remove the EDTA tube from its packaging. Ensure that the tube is not expired and check for any damages or leaks. The tube should contain a lavender or pink-colored stopper, indicating the presence of EDTA. 5. Clean the patient's arm: Use an alcohol swab to clean the patient's arm at the site where the blood will be drawn. Allow the area to air dry completely. 6. Locate a suitable vein: Identify a suitable vein for venipuncture. Common sites include the median cubital vein in the antecubital fossa or the back of the hand. 7. Apply a tourniquet: Use a tourniquet to apply pressure above the selected vein. This will help to distend the vein and make it easier to access. 8. Perform venipuncture: Hold the blood collection needle at a 15-30-degree angle to the patient's skin. Insert the needle into the vein and slowly draw the desired amount of blood into the syringe. 9. Remove the needle: Once the blood is collected, remove the needle from the vein and immediately apply gentle pressure with a sterile cotton ball or gauze to the site to stop any bleeding. 10. Mix the blood and EDTA: After the blood is transferred, gently invert the tube several times to ensure thorough mixing of the blood with the EDTA anticoagulant. 11. Label the tube: Use a pen or marker to label the EDTA tube with the patient's name, date of birth, and any other required information. 12. Store and transport the sample: Place the labeled EDTA tube in a biohazard bag or container as per the laboratory's guidelines. Store and transport the sample at the appropriate temperature to maintain its integrity. Tips for Proper Storage and Handling of EDTA Tubes: 1. Store EDTA tubes in a cool and dry place to prevent any degradation or contamination. Avoid exposure to direct sunlight or extreme temperatures. 2. Handle EDTA tubes with clean gloves to prevent any contamination from skin oils or other substances. 3. Avoid shaking or agitating EDTA tubes vigorously, as this can cause hemolysis (rupture of red blood cells) and affect the accuracy of test results. 4. Label the EDTA tubes properly with patient information, date, and time of collection. This will help ensure accurate identification and traceability of the samples. 5. Use a gentle inversion method to mix the blood with the anticoagulant in the EDTA tube. Invert the tube 8-10 times immediately after collection to ensure proper mixing. 6. Do not use expired or damaged EDTA tubes, as they may not provide accurate results. Check the expiration date and integrity of the tubes before use. 7. Transport EDTA tubes carefully to the laboratory, keeping them upright and avoiding any excessive movement or jostling. 8. Regularly monitor and maintain the storage conditions of EDTA tubes to ensure their integrity and reliability for future use. We are manufacturers and suppliers of wholesale EDTA Tube. Sizes range from 1 ml to 10 ml. In addition, we offer customizable services. Siny Medical can meet your needs. If you are in need of EDTA Tube manufacturers and suppliers, please contact us.

What is a Surgical Suture? A surgical suture, also known as stitches, is a medical device used to hold tissues and wound edges together after surgery or injury. It is a thread-like material that is stitched through the skin, muscles, or other body tissues to close a wound or incision. Sutures are commonly made of materials such as silk, nylon, and polyester, or absorbable materials like polyglycolic acid or polydioxanone. They can be either absorbable, meaning they break down and are absorbed by the body over time, or non-absorbable, requiring removal by a healthcare professional. Surgical sutures help promote healing, reduce the risk of infection, and provide support to the healing tissues until they regain strength. Types of Sutures There are several types of sutures used in medical procedures. Some common types include: 1. Absorbable sutures: These sutures are made from materials that are naturally broken down and absorbed by the body over time. They do not need to be removed after the wound has healed. Examples of absorbable sutures include polyglycolic acid (PGA), polyglactin 910 (PGLA), and poliglecaprone 25 (PGCL). 2. Non-absorbable sutures: These sutures are made from materials that are not broken down by the body and need to be removed once the wound has healed. Examples of non-absorbable sutures include silk, nylon, polypropylene, and stainless steel. 3. Monofilament sutures: These sutures are made from a single strand of material and have a smooth surface. They are less likely to cause tissue reactions and are easier to handle. Examples of monofilament sutures include nylon and polypropylene. 4. Multifilament sutures: These sutures are made from multiple strands of material and have a braided or twisted appearance. They provide better tensile strength but may cause more tissue reactions. Examples of multifilament sutures include silk and polyester. 5. Barbed sutures: These sutures have small barbs or hooks along their length, which help to anchor the suture in place without the need for knots. They are commonly used in procedures where there is a need for strong tissue approximation, such as in plastic surgery or laparoscopic procedures. 6. Synthetic absorbable sutures: These sutures are made from synthetic materials and are absorbed by the body over time. They have a predictable rate of absorption and are commonly used in surgeries where long-term wound support is required. 7. Natural sutures: These sutures are made from natural materials such as silk or catgut. They are less commonly used today due to the availability of synthetic sutures, but they may still be used in certain situations. Benefits of Surgical Sutures There are several benefits of surgical sutures, including: 1. Wound closure: Surgical sutures are used to close wounds after surgery or injury. They help to bring the edges of the wound together, promoting healing and reducing the risk of infection. 2. Strength and durability: Sutures are made from strong materials such as silk, nylon, or polypropylene, which provide strength and durability to hold the wound edges together during the healing process. 3. Flexibility: Sutures come in various sizes and types, allowing surgeons to choose the most appropriate suture for different types of wounds and tissues. This flexibility ensures that the sutures can be used in a wide range of surgical procedures. 4. Reduced scarring: Properly placed sutures can help minimize scarring by bringing the wound edges together evenly. This can result in a more cosmetically appealing outcome for patients. 5. Tissue approximation: Sutures are designed to hold tissues in place, allowing them to heal properly. By bringing the edges of the wound together, sutures facilitate the healing process and promote tissue approximation. 6. Controlled wound healing: Sutures provide controlled tension on the wound, which helps to promote healing and prevent complications such as wound dehiscence (opening of the wound) or tissue necrosis. 7. Versatility: Surgical sutures can be used in a variety of surgical procedures, including general surgery, orthopedics, plastic surgery, and obstetrics. They can be used to close skin, muscle, or organ tissue, making them a versatile tool in the operating room. 8. Easy removal: Sutures can be easily removed once the wound has healed sufficiently. This minimizes discomfort for the patient and allows for a smooth recovery process. How to Properly Use Sutures Using sutures is a common technique in medical practice for closing wounds and promoting proper healing. Here are the steps to properly use sutures: 1. Gather the necessary equipment: You will need sterile sutures, a needle holder, scissors, forceps, and sterile gloves. Ensure that all equipment is clean and sterile. 2. Prepare the wound: Clean the wound thoroughly with an antiseptic solution to minimize the risk of infection. Remove any debris or foreign objects from the wound. 3. Anesthetize the area (if necessary): Depending on the location and severity of the wound, you may need to administer local anesthesia to numb the area. This will help minimize pain during the suturing process. 4. Select the appropriate suture material: Choose the appropriate type and size of suture material based on the characteristics of the wound. Common types include absorbable and non-absorbable sutures. 5. Position yourself and the patient correctly: Ensure that both you and the patient are in a comfortable and stable position. The wound should be adequately exposed and accessible. 6. Hold the needle with the needle holder: Grasp the needle with the needle holder, ensuring a firm grip. The needle should be held at a 45-degree angle to the wound and perpendicular to the skin surface. 7. Insert the needle: Insert the needle through one side of the wound, starting from the bottom and coming out at the top. Be careful not to pass the needle too close to the wound edges to prevent tissue damage. 8. Pass the needle through the other side: Insert the needle through the other side of the wound, opposite to the first entry point. Maintain an equal distance from the wound edges to ensure proper wound closure. 9. Tie a knot: Once the needle is through both sides of the wound, tie a knot to secure the suture. Use a surgeon's knot or a square knot to ensure the knot does not loosen easily. 10. Repeat the process: Continue suturing the wound by repeating steps 6 to 9 until the entire wound is closed. Maintain consistent tension on the suture line to ensure proper wound approximation. 11. Trim excess suture material: Once all sutures are in place, use scissors to trim any excess suture material, leaving enough length for easy removal. 12. Clean and dress the wound: Clean the sutured wound again with an antiseptic solution and apply an appropriate dressing to protect the wound from contamination.

What is a Biohazard Waste Bag? A biohazard waste bag, also known as a biohazardous waste bag or biomedical waste bag, is a specially designed bag used for the safe disposal of materials that are contaminated with potentially infectious substances or biological hazards. These bags are typically made of heavy-duty plastic and are color-coded to distinguish them from regular trash bags. The purpose of a biohazard waste bag is to prevent the spread of pathogens or toxins that could pose a risk to human health or the environment. They are commonly used in healthcare facilities, laboratories, research institutions, and other settings where there is a need to handle and dispose of biohazardous waste safely. What Materials are Used for Biohazard Waste Bags? Biohazard waste bags are typically made from strong and durable materials that can withstand the potential hazards associated with biohazardous waste. The most common materials used for biohazard waste bags include: 1. High-density polyethylene (HDPE): HDPE is a strong and flexible plastic material that is resistant to punctures, tears, and leaks. It is commonly used for biohazard waste bags due to its durability and ability to contain potentially hazardous materials. 2. Low-density polyethylene (LDPE): LDPE is another type of plastic material that is commonly used for biohazard waste bags. It is known for its flexibility and resistance to chemicals, making it suitable for containing biohazardous waste. 3. Polypropylene (PP): PP is a thermoplastic polymer that is commonly used for biohazard waste bags. It is known for its strength, durability, and resistance to chemicals and punctures. 4. Polyvinyl chloride (PVC): PVC is a synthetic plastic material that is commonly used for biohazard waste bags. It is known for its strength, flexibility, and resistance to chemicals and punctures. What Items are Stored in Biohazard Waste Bags? Biohazard waste bags are specifically designed to safely store and dispose of biohazardous or infectious materials. Some common items that are stored in biohazard waste bags include: 1. Used gloves and masks 2. Contaminated personal protective equipment (PPE) 3. Used needles, syringes, and lancets 4. Soiled bandages and dressings 5. Blood-soaked materials 6. Cultures and specimens from laboratories 7. Pathological waste (e.g., tissues, organs, body parts) 8. Microbiological waste (e.g., cultures, Petri dishes) 9. Contaminated sharps containers 10. Broken glassware contaminated with biohazardous substances 11. Animal waste or carcasses contaminated with infectious materials 12. Any other items or materials that have come into contact with potentially infectious agents or biohazardous substances. How Should Biohazard Waste Bags Be Handled? Medical waste bags should be handled with care to prevent the spread of potentially infectious materials. Here are some guidelines for handling biohazard waste bags: 1. Personal Protective Equipment (PPE): Wear appropriate PPE such as gloves, goggles, and a lab coat or disposable gown before handling biohazard waste bags. This helps protect you from potential exposure to pathogens. 2. Segregation: Keep biohazard waste bags separate from other waste streams to prevent contamination. Use designated biohazard waste containers or bins for collection. 3. Proper Labeling: Ensure that biohazard waste bags are clearly labeled with the international biohazard symbol and the word "Biohazard" or "Infectious Waste." This alerts others to the potential hazards and helps prevent accidental exposure. 4. Secure Closure: Seal the biohazard waste bags tightly to prevent leakage or accidental opening. Use zip ties, twist ties, or adhesive tape to secure the bag's opening. 5. Avoid Overfilling: Do not overfill the biohazard waste bags. Leave enough space at the top to allow for proper closure and handling without risking spills or tears. 6. Safe Transport: When transporting biohazard waste bags, use appropriate carts or containers that are leak-proof and easy to clean. Avoid dragging or dropping the bags to prevent damage or rupture. 7. Disposal: Follow local regulations and guidelines for the proper disposal of biohazard waste bags. Typically, these bags should be incinerated or autoclaved to ensure complete destruction of infectious materials. 8. Decontamination: After handling biohazard waste bags, wash your hands thoroughly with soap and water. If any contamination occurs, clean the affected area with an appropriate disinfectant. Where to Purchase Biohazard Waste Bags? Siny medical manufacturers and suppliers wholesale medical waste bags In addition, we offer customizable services. Siny Medical can meet your needs. If you are in need of medical consumables manufacturers and suppliers, please contact us

What is a Blood Collection Tube? A blood collection tube is a small, sterile container used to collect and store blood samples for laboratory testing. It is typically made of glass or plastic and has a rubber stopper or cap to seal the tube and prevent leakage. Blood collection tubes come in various sizes and colors, each designed for specific tests or procedures. The tube may contain additives or anticoagulants to prevent blood clotting or preserve certain components of the blood. The Different Types of Blood Collection Tubes: There are several different types of blood collection tubes used in medical settings. These tubes are designed to collect and preserve different components of the blood for various laboratory tests. Here are some of the most commonly used blood collection tubes: 1. Red-top tube (Plain tube): This tube does not contain any additives or anticoagulants. It is used for collecting blood samples for serum testing, which involves analyzing the liquid portion of the blood after it has clotted and the cells have been removed. 2. Lavender-top tube (EDTA tube): This tube contains the anticoagulant ethylenediaminetetraacetic acid (EDTA). It is used for collecting blood samples for complete blood count (CBC) tests, as EDTA prevents blood from clotting and preserves the cellular components of the blood. 3. Light blue-top tube (Sodium citrate tube): This tube contains the anticoagulant sodium citrate. It is used for collecting blood samples for coagulation studies, such as prothrombin time (PT) and activated partial thromboplastin time (aPTT) tests. 4. Green-top tube (Heparin tube): This tube contains the anticoagulant heparin. It is used for collecting blood samples for various tests, including electrolyte levels, arterial blood gas analysis, and some enzyme assays. 5. Gray-top tube (Sodium fluoride tube): This tube contains the anticoagulant sodium fluoride and an additive called potassium oxalate. It is used for collecting blood samples for glucose testing, as sodium fluoride inhibits the breakdown of glucose in the blood. 6. Yellow-top tube (ACD tube): This tube contains the anticoagulant acid citrate dextrose (ACD). It is used for collecting blood samples for DNA testing, paternity testing, and blood transfusion compatibility testing. These are just a few examples of the different types of blood collection tubes available. The choice of the tube depends on the specific tests that need to be performed and the preservation requirements of the blood components being tested. Black Tube Top EDTA Tube Pen-Type Blood Collection Needle The Benefits of Blood Collection Tubes: Blood collection tubes are essential tools used in medical and laboratory settings to collect and store blood samples. They offer several benefits, including: 1. Easy and convenient collection: Blood collection tubes provide a simple and efficient way to collect blood samples. They are designed with a vacuum system that draws the blood into the tube, eliminating the need for manual aspiration. This makes the process quick and easy for both the healthcare professional and the patient. 2. Preservation of sample integrity: Blood collection tubes are designed to preserve the integrity of the blood sample. They are made of materials that prevent contamination and maintain the stability of the blood components. This ensures accurate test results and minimizes the risk of false readings. 3. Different tube types for various tests: Blood collection tubes come in different types, each designed for specific tests. For example, there are tubes for routine blood tests, coagulation tests, chemistry tests, and molecular diagnostics. This allows healthcare professionals to collect the appropriate sample for the specific test required, ensuring accurate and reliable results. 4. Preservation of sample quality: Blood collection tubes are often coated with additives that help preserve the quality of the blood sample. These additives can include anticoagulants, preservatives, or clot activators. They prevent coagulation, maintain cell stability, and preserve the integrity of the sample during transportation and storage. 5. Standardization and compatibility: Blood collection tubes are standardized, meaning they are universally recognized and compatible with different laboratory equipment and testing methods. This ensures consistency and accuracy in sample collection and analysis across different healthcare facilities and laboratories. 6. Increased efficiency and cost-effectiveness: The use of blood collection tubes streamlines the blood collection process, making it more efficient and reducing the risk of errors. This can save time and resources for healthcare professionals and laboratories, leading to increased productivity and cost-effectiveness. How to Properly Use Blood Collection Tubes: Properly using blood collection tubes is crucial to ensure accurate and reliable laboratory test results. Here are some steps to follow when using blood collection tubes: 1. Gather the necessary equipment: You will need the appropriate blood collection tubes for the specific tests you are conducting, a needle, a tourniquet, alcohol swabs, gloves, and a biohazard bag for disposal. 2. Prepare the patient: Explain the procedure to the patient and obtain their consent. Ensure that the patient's arm is accessible and comfortable. 3. Apply the tourniquet: Select an appropriate vein and apply the tourniquet a few inches above the intended puncture site. This will help to make the veins more visible and easier to access. 4. Prepare the site: Clean the puncture site with an alcohol swab and allow it to air dry. This helps to reduce the risk of contamination. 5. Put on gloves: Always wear gloves to protect yourself and the patient from potential infections. 6. Insert the needle: Hold the needle at a 15-30 degree angle and insert it into the vein. Ensure that the needle is properly secured and blood flows freely into the collection tube. 7. Fill the tubes: Fill the appropriate blood collection tubes in the correct order. Different tests require different types of tubes with specific additives. Follow the instructions provided by the laboratory or the manufacturer to ensure accurate test results. 8. Remove the tourniquet: Release the tourniquet before removing the needle from the patient's arm. This helps to prevent blood pooling and potential complications. 9. Remove the needle: Gently remove the needle from the patient's arm and apply pressure to the puncture site with a sterile cotton ball or gauze. This will help to stop any bleeding. 10. Dispose of the needle and tubes: Place the used needle in a sharps container and the used blood collection tubes in a biohazard bag for proper disposal. 11. Label the tubes: Clearly label each tube with the patient's name, date, and time of collection. This helps to ensure proper identification and traceability of the samples. 12. Transport the samples: Store the labeled tubes in a cool and secure container to avoid any damage or contamination during transport to the laboratory.

What is a Blood Bag? A blood bag is a sterile, flexible container used for collecting, storing, and transporting blood and its components. It is typically made of plastic and is designed to prevent contamination and maintain the integrity of the blood product. Blood bags are used in blood banks, hospitals, and other healthcare settings for various purposes, including blood transfusions, blood donations, and laboratory testing. They are available in different sizes and configurations, depending on the specific needs and requirements of the medical facility. Benefits of Blood Bags 1. Convenience: Blood bags are a portable and easy-to-use method for storing and transporting blood. They are lightweight and can be easily carried to different locations, making them ideal for emergency situations or blood donation drives. 2. Sterility: Blood bags are designed to maintain the sterility of the blood and prevent contamination. They are made from materials that are safe for storing blood and have a special closure system that ensures aseptic conditions. 3. Extended shelf life: Blood bags are designed to extend the shelf life of blood products. The bags are typically made from materials that minimize the interaction between blood components and the bag itself, which helps to preserve the quality of the blood for a longer period. 4. Versatility: Blood bags are available in different sizes and types, allowing for the storage of various blood components such as whole blood, red blood cells, platelets, and plasma. This versatility enables healthcare professionals to use the appropriate blood product based on the patient's needs. 5. Traceability: Blood bags often come with labels or barcodes that allow for easy tracking and identification of the blood product. This helps to ensure that the right blood is given to the right patient, reducing the risk of transfusion errors. 6. Safety: Blood bags are designed with safety features to minimize the risk of accidental needlestick injuries. They often have a self-sealing port or a closed system that prevents blood from leaking out and reduces the potential for exposure to bloodborne pathogens. 7. Cost-effective: Blood bags are a cost-effective solution for blood storage compared to traditional glass bottles or containers. They are disposable and do not require extensive cleaning or sterilization, which helps to reduce the overall cost of blood transfusion services. 8. Compatibility: Blood bags are compatible with various blood collection and transfusion equipment, making them widely used in healthcare settings. They can be easily connected to blood administration sets, blood collection devices, or automated blood processing systems. 9. Quality control: Blood bags undergo rigorous quality control measures to ensure their safety and reliability. They are manufactured according to strict standards and regulations to meet the requirements of blood banks and healthcare facilities. 10. Donor and patient comfort: Blood bags are designed to be comfortable for both blood donors and recipients. They are flexible and have smooth surfaces, minimizing discomfort during blood collection or transfusion procedures. Single Blood Bag Quadruple Blood Bag Triple Blood Bag Types of Blood Bags There are several types of blood bags used for blood collection and storage. Some common types include: 1. Single blood bag: This is the most basic type of blood bag and is used for collecting and storing a single unit of blood. It typically consists of a plastic bag with an anticoagulant solution and a needle attached for blood collection. 2. Double blood bag: This type of blood bag is used for collecting and storing two units of blood. It consists of two compartments within a single bag, allowing for the separation of blood components during collection. This is often used in blood banks for efficient storage and distribution. 3. Triple blood bag: Similar to the double blood bag, the triple blood bag is used for collecting and storing three units of blood. It has three compartments within a single bag, allowing for the separation of different blood components. 4. Quadruple blood bag: This type of blood bag is used for collecting and storing four units of blood. It consists of four compartments within a single bag, allowing for the separation of different blood components. 5. Satellite bag: Satellite bags are used in conjunction with primary blood bags to collect and store additional blood components. These bags are attached to the primary bag and can be used to collect plasma, platelets, or other blood components. 6. Transfer bag: Transfer bags are used for transferring blood or blood components from one bag to another. They are often used during blood component processing and are designed to prevent contamination or mixing of different blood components. How Blood Bags are Manufactured Blood bags are manufactured in a carefully controlled and sterile environment to ensure the safety and quality of the final product. The manufacturing process typically involves the following steps: 1. Selection of raw materials: The main component of blood bags is medical-grade plastic, usually made of polyvinyl chloride (PVC) or polyolefin. The plastic sheets used must be of high quality and meet the required safety standards. 2. Plastic extrusion: The selected plastic sheets are melted and extruded into long, continuous tubes. These tubes will form the main body of the blood bag. 3. Tube cutting and sealing: The continuous tubes are cut into appropriate lengths, depending on the desired size of the blood bag. The ends of the tubes are then sealed to create a closed system. 4. Tube welding: Additional tubes are welded onto the main body of the blood bag to serve as access points for filling and emptying the bag. These tubes are also sealed to maintain a closed system. 5. Sterilization: The blood bags are subjected to a sterilization process, such as gamma irradiation or ethylene oxide gas, to eliminate any potential pathogens or contaminants. 6. Quality control: The manufactured blood bags undergo rigorous quality control checks to ensure they meet the required standards. This includes testing for integrity, leak resistance, and compatibility with blood components. 7. Packaging: The blood bags are individually packaged in sterile pouches to maintain their sterility. The pouches are then placed in boxes or other suitable containers for transportation and storage. Finding the Right Blood Bag Manufacturer Finding the right blood bag manufacturer is crucial for ensuring the safety and quality of blood products. Here are some steps to help you find the right blood bag manufacturer: 1. Research and identify potential manufacturers: Start by researching and identifying potential blood bag manufacturers. Look for manufacturers that specialize in producing medical-grade bags and have experience in the healthcare industry. 2. Evaluate their certifications and compliance: Check if the manufacturer has the necessary certifications and compliance with regulatory bodies such as the FDA (Food and Drug Administration) in the United States or the European Medicines Agency (EMA) in Europe. These certifications ensure that the manufacturer follows strict quality control standards. 3. Assess their production capabilities: Evaluate the manufacturer's production capabilities and capacity to meet your requirements. Consider factors such as production volume, lead time, and ability to customize the blood bags according to your specifications. 4. Quality control and testing procedures: Inquire about the manufacturer's quality control and testing procedures. They should have stringent quality control measures in place to ensure the safety and integrity of the blood bags. Ask for details about their testing protocols and certifications. 5. Request samples and evaluate product quality: Request samples from the shortlisted manufacturers and evaluate the quality of their blood bags. Pay attention to factors such as material durability, leak resistance, and ease of use. 6. Consider pricing and cost-effectiveness: Obtain quotes from the manufacturers and compare their pricing. However, keep in mind that the cost should not be the sole determining factor. It is important to balance cost-effectiveness with quality and reliability. 7. Check for references and customer reviews: Ask for references from the manufacturer and reach out to their existing clients to gather feedback about their experiences. We are manufacturers and suppliers of wholesale Medical consumables In addition, we offer customizable services. Siny Medical can meet your needs. If you are in need of medical consumables manufacturers and suppliers, please contact us.

A surgical suture is a piece of wire used to sew tissue or skin together during surgery. It is usually made of absorbable or non-absorbable materials, such as polyester, polypropylene, polyester, etc. Absorbable surgical sutures are absorbed into the body tissue within a certain period of time and do not require surgery to remove them. Non-absorbable surgical sutures need to be removed again after surgery. The choice of surgical sutures depends on the nature of the surgery, postoperative healing requirements, and individual factors. Characteristics and applications of sutures: Because sutures are foreign bodies to the human body, they can cause an inflammatory reaction in the skin. The inflammatory response peaked from day 2 to day 7 after suturing. When suturing a wound or incision, the surgeon must ensure that no dead space is left behind in the subcutaneous tissue. The sutures should not be too tight to avoid affecting the blood supply and causing tissue necrosis. The tension on the wound should be as low as possible. Medical surgical sutures should have the following characteristics: 1. Non-allergenic 2. Sufficient tensile strength 3. Easy to control 4. Knotted firmly to provide sufficient support for tissue edges until complete healing 5. Not easy to hide bacteria or Pathogenic microorganisms 6. Will not cause damage to tissues Natural sutures and chemically synthesized sutures Sutures: Natural sutures are derived from natural materials, usually represented by silk, flat gut, and chrome gut. It is absorbed by the body through protease degradation in the intestine. Because these sutures are made of multiple fibers, they are very strong during the first few days of wound healing. However, over the next few weeks, their intensity will decrease rapidly. The gut can be used to suture muscles because muscles heal quickly, but high-strength sutures are needed in the early stages of healing. With the advent of high-strength chemically synthesized threads, the use of gut has decreased. The chemical synthesis line is composed of polyglycolic acid (PGA), polyesters (POLYESTERS), polydioxanone (PDO), and other polymers. The degradation of chemically synthesized threads is not due to the action of enzymes but is accomplished through a hydrolysis process. Because of this, unlike the gut, synthetic threads do not cause a strong inflammatory response and only a mild tissue reaction. Sutures can also be divided into absorbable sutures and non-absorbable sutures. Absorbable sutures can be degraded by body tissues or completely absorbed. The time required for complete absorption varies depending on the material, size, local environment, wound location, and overall patient health.

The difference between TC-treated Petri dishes and Non-TC-treated Petri dishes: TC (tissue culture) processing is a common experimental technique used to treat cells or tissue samples to promote their growth, proliferation, and maintenance of their specific properties. Compared with Petri dishes without TC treatment, TC-treated Petri dishes have the following differences: 1. Surface treatment: TC-treated culture dishes usually have special surface coatings, such as collagen, gels, or polymers, to provide a suitable environment for cell attachment and growth. Petri dishes that have not been treated with TC usually have ordinary uncoated surfaces. 2. Cell adhesion: The surface coating of culture dishes treated with TC can enhance the adhesion of cells, making it easier for cells to attach and expand. The surface of Petri dishes that have not been treated with TC usually does not have this property. 3. Cell proliferation: TC-treated culture dishes can provide a more suitable environment to promote cell proliferation and growth. In contrast, culture dishes without TC treatment may not be ideal and have poor effects on cell proliferation and growth. 4. Cell function: TC-treated culture dishes can maintain the specific functions and phenotypes of cells, making them closer to the physiological state in the body. Petri dishes without TC treatment may not be able to provide such an environment, resulting in changes or loss of cell function.

Introduction: Diabetes is a chronic condition that affects millions of people worldwide. It requires careful management and monitoring to maintain healthy blood sugar levels. One of the most significant advancements in diabetes treatment is the development of insulin injectors. These devices have revolutionized the way insulin is administered, making it easier and more convenient for individuals with diabetes to manage their condition effectively. In this article, we will explore the benefits, features, and importance of insulin injectors in diabetes management. 1. Understanding Insulin: Insulin is a hormone produced by the pancreas that regulates blood sugar levels. In individuals with diabetes, the body either does not produce enough insulin (Type 1 diabetes) or cannot effectively use the insulin it produces (Type 2 diabetes). Insulin therapy is crucial for managing diabetes and preventing complications. 2. Traditional Insulin Administration: Before the advent of insulin injectors, insulin was typically administered using vials and syringes. This method required drawing the correct dosage from the vial and injecting it into the body manually. It was a time-consuming and often cumbersome process, especially for individuals with limited dexterity or visual impairments. 3. The Advantages of Insulin Syringe: Insulin injectors have transformed diabetes management by offering several advantages over traditional methods: a. Convenience: Insulin injectors are compact and portable, allowing individuals to carry them wherever they go. This convenience enables users to administer insulin discreetly and easily, even in public settings. b. Accurate Dosage: Insulin injectors are designed to deliver precise and consistent doses of insulin. This eliminates the need for manual measurement, reducing the risk of dosage errors and ensuring optimal blood sugar control. c. User-Friendly: Insulin injectors are designed with user-friendliness in mind. They often feature clear dosage indicators, ergonomic grips, and simple mechanisms for injection. This makes them suitable for individuals of all ages and abilities. d. Reduced Pain and Discomfort: Insulin injectors utilize fine needles and advanced injection technologies, resulting in minimal pain and discomfort during administration. This is particularly beneficial for individuals who require multiple daily injections. e. Improved Compliance: The ease of use and convenience offered by insulin injectors can improve treatment compliance. Individuals are more likely to adhere to their prescribed insulin regimen, leading to better diabetes management and reduced risk of complications. 4. Types of Insulin Syringes: There are various types of insulin injectors available on the market, each with its unique features and functionalities. Some common types include: a. Pen Injectors: Pen injectors resemble writing pens and are pre-filled with insulin cartridges. They offer precise dosage control, ease of use, and discreet administration. b. Jet Injectors: Jet injectors use high-pressure air to deliver insulin through the skin without the need for needles. They are suitable for individuals who have needle phobia or difficulty with manual injections. c. Patch Injectors: Patch injectors are wearable devices that deliver insulin through microneedles. They provide continuous insulin delivery and eliminate the need for frequent injections. 5. Conclusion: Insulin injectors have revolutionized diabetes management by simplifying the process of insulin administration. Their convenience, accuracy, and user-friendly features make them invaluable tools for individuals with diabetes. By ensuring precise dosage delivery, reducing pain, and improving compliance, insulin injectors contribute to better blood sugar control and overall health. As technology continues to advance, we can expect further innovations in insulin injectors, further enhancing the lives of individuals living with diabetes.

What is a medical waste bag? Medical waste garbage bags are special garbage bags designed to collect and process medical waste. Medical waste refers to waste that is infectious, toxic, harmful, or has other hazardous characteristics generated during medical activities. These wastes include medical supplies, medical devices, medical equipment, medical consumables, medical packaging materials, etc. Medical waste garbage bags are usually made of special materials with anti-leakage and anti-pollution properties, which can effectively prevent the leakage and spread of medical waste. These bags are usually red or yellow for easy identification and differentiation from regular trash. The use of medical waste garbage bags is to protect the environment and human health and prevent medical waste from causing pollution and harm to the environment and personnel. These bags are generally used in medical institutions, hospitals, clinics, laboratories, and other places, and are classified, collected, transported, and processed in accordance with relevant laws and regulations. Different colored biohazard Waste bags are often used to differentiate between different types of hazardous waste for proper handling and disposal. Here are some common different colors of biohazard trash bags and their uses: 1. Red: Red biohazard garbage bags are usually used to package infectious waste, such as medical waste, blood, body fluids, organs and tissues, etc. The purpose of these garbage bags is to prevent the leakage and spread of infectious materials and protect the safety of workers and the environment. 2. Yellow: Yellow biohazard garbage bags are usually used to package chemical waste, such as chemical containers, discarded medicines, chemical experiment waste, etc. The purpose of these garbage bags is to prevent chemical leakage and contamination of the environment, ensuring safe handling and disposal. 3. Blue: Blue biohazard garbage bags are usually used to package radioactive waste, such as medical equipment, nuclear medicine waste, radioactive pharmaceuticals, etc. The purpose of these garbage bags is to prevent radiation and contamination of radioactive materials and ensure safe handling and disposal. 4. Green: Green biohazard garbage bags are usually used to package biomedical waste, such as discarded syringes, needles, cotton swabs, gloves, etc. The purpose of these garbage bags is to prevent infection and contamination of biomedical waste and ensure safe handling and disposal. The steps for using medical waste bags are as follows: 1. Determine the type of garbage bag: Medical garbage bags usually have different colors and logos. Choose the corresponding garbage bag according to different garbage types. 2. Put the medical waste into the bag: Put the medical waste into the garbage bag one by one, making sure that the garbage bag does not exceed its capacity. 3. Sealing: Seal the mouth of the garbage bag, using tape or knotting, to ensure that garbage does not spill out. 4. Label garbage bags: Mark the garbage type and date on the garbage bags for subsequent disposal.

What kind of blood collection tube is used to extract PRP? Here you will find PRP tubes for the preparation of platelet-rich plasma. PRP tubes for the production of platelet-rich plasma. What is PRP Therapy? PRP is an injectable treatment that uses platelet-rich plasma from the patient's own blood. The plasma component contains platelets containing growth factors. When injected back into the skin, it accelerates the natural regeneration process of the body's skin. Benefits and safety of platelet-rich plasma? PRP has many benefits. This treatment improves skin texture and tone, reduces fine lines and scarring, and stimulates collagen and skin cell production for a plumper, more radiant complexion. PRP is actually a very safe injectable treatment because you're basically using your own natural elements. What are PRP tubes and what are they used for? PRP tubes are used by medical professionals to separate platelets while removing unwanted components such as red blood cells. PRP tubes allow the collection of highly purified autologous plasma with therapeutic properties. The substance contained in the PRP tube is used to make PRP, which allows the collection of autologous plasma suitable for injection into the body. The separating gel forms a reliable barrier during centrifugation, preventing the plasma from mixing with the red blood cell extract. Due to its cell regeneration-promoting properties, PRP has been used in many medical fields for more than a decade, including dentistry, maxillofacial surgery, cardiac surgery, orthopedics, ophthalmology, urology, ulcer and wound treatment, etc. The production process of PRP: Autologous venous blood (from the patient himself) is collected in PRP tubes, which are then centrifuged and concentrated in a PRP centrifuge. The procedure for producing PRP is through a method that requires the use of special PRP tubes and centrifuges. In this way, we obtain plasma by separation, which contains a high concentration of platelets, which upon activation produce growth factors. 1. Unlike synthetic fillers, PRP is produced starting from the patient's own ingredients to ensure maximum biocompatibility and naturalness of treatment without risk of intolerance, allergic or other immune reactions. 2. Due to the high concentration of platelets, PRP can induce repair processes through various growth factors and cytokines released by platelet activation. Through these regenerative processes, PRP aids and improves the healing of many imperfections such as scars, hair loss, aging skin, acne, skin ulcers, and more. 3. PRP also stimulates neovascularization, that is, the development of new blood vessels from existing ones. PRP can promote the proliferation and migration of fibroblasts, collagen synthesis, and the removal of necrotic cells. PRP is widely used in dermatology, trichology, surgical oncology, gynecology, orthopedics, aesthetics and regenerative medicine. PRP therapy has been used for over 15 years. The purpose of centrifugation is to separate red blood cells and prevent them from clotting. Centrifugation is usually performed for 7-12 minutes at a rate high enough to pellet the red blood cells. Due to the role of PRP in wound healing, its use extends to all areas of dermatology, from the treatment of chronic ulcers to trichology and aesthetics. There are also large differences in the standardization and manufacturing schemes of PRP. The cost of commercially available PRP tubing has prevented their use in larger populations. Sinymedical is a blood collection tube factory with 20 years of production experience, among which PRP tubes are exported to more than 20 countries, If you have any questions about PRP tubes, please contact us

PRP is an acronym for Platelet Rich Plasma. It is an endogenous concentrate of platelets and growth factors obtained from the patient's own blood. PRP is used in medicine and cosmetics to treat various diseases and conditions. How does PRP work? PRP works on the principle that a patient's own blood has healing properties and can be used to repair damaged or aging cells. For this, a small amount of blood is drawn from the patient and processed in a special centrifuge. During this process, red and white blood cells are separated from platelet-rich (platelet) plasma. Platelets are responsible for blood clotting but also contain many growth factors that stimulate cell division and differentiation. They also have anti-inflammatory and immunomodulatory effects that restore tissue balance. The platelet-rich plasma is then injected into the affected area with a fine needle, where it takes effect. Its purpose is to stimulate the body's own regeneration and speed healing. In medicine, PRP is used to treat a variety of conditions, including: 1. Osteoarthritis 2. Tendonitis 3. Muscle damage 4. Wound healing disorder 5. Scar treatment 6. Hair loss 7. Beauty How to get PRP? PRP is obtained from the patient's own blood. To do this, a small amount of blood is first drawn from the patient using a special PRP tube. The blood is then separated in a centrifuge to separate the platelets and growth factors from the red blood cells. The PRP is then taken out of the tube and used for treatment. How is PRP applied? PRP can be applied in a variety of ways. The most common method is injection. Here, PRP is injected into the area to be treated. In some cases, PRP can also be applied externally. For example, it can be applied to the skin in the form of a cream or mask. What are the side effects of PRP? PRP is a relatively safe treatment. However, in rare cases, side effects may occur, including swelling, pain, redness, bruising How long do the effects of PRP last? The effects of PRP usually last for several months. In individual cases, the effect may last longer. Is PRP an expensive treatment? The cost of PRP treatment varies by the type of treatment and the number of injections. In general, however, PRP treatments are relatively inexpensive. Is PRP an effective treatment? PRP is an effective treatment for a variety of diseases and conditions. However, the results of PRP treatment vary from person to person. In some cases, the results are very good, in others not so good. How can I find offers from PRP Tube Manufacturers? Sinymedical is a manufacturer of blood collection tubes with 20 years of experience! How much does PRP treatment cost? The cost of PRP treatment varies by the type of treatment and the number of injections. In general, however, PRP treatments are relatively inexpensive. Is PRP a painful treatment? PRP is a relatively painless treatment. However, in some cases, pain, swelling, and redness may occur. However, these side effects are usually mild and go away after a few days. How long does PRP treatment take? PRP treatments usually take about an hour. How Often Do I Need PRP Treatment? The number of treatments required depends on the nature of the disease or disorder. Generally, 3 to 6 treatments are required. Are there any risks with PRP treatment? PRP is a relatively safe treatment. However, in rare cases, side effects may occur: swelling, redness, spasms, and bruising These side effects are usually harmless and subside in a few days.

What are the functions of vacuum blood collection tubes of different colors? Different colors of standard vacuum sampling head caps and labels represent different types of additives and test uses, so corresponding test tubes can be selected according to requirements. The colors of vacuum blood collection vessels are generally divided into the following categories: The color of the blood collection vessel: Red cap tube (dry vacuum tube without additives): It uses the principles of natural blood clotting to clot the blood. After the serum has naturally separated, it is centrifuged. Mainly used for serum biochemistry (liver function, kidney function, myocardial enzymes, amylase, etc.), electrolytes (serum potassium, sodium, chloride, calcium, phosphorus, etc.), thyroid function, drug testing, AIDS testing, tumor markers, serum immunity Learn and so on. Vacutainer tube color: orange cap tube (procoagulant tube) Coagulant is added at the same time. Coagulants activate fibrin, converting soluble fibrin into insoluble fibrin polymers. Blood tube color: Gold cap tube (blood collection tube containing inert separation gel and coagulant) is siliconized and coated with coagulant, which can accelerate blood coagulation and shorten the detection time. Add a separating gel to the tube. The separation gel tube has a good affinity and plays an isolation role. Generally speaking, even on an ordinary centrifuge, the separation gel can completely separate the liquid components (serum) and solid components (blood cells) in the blood, and accumulate in the test tube to form a barrier. After centrifugation, no oil droplets are produced in the serum, so the machine will not clog. Mainly used for serum biochemistry (liver function, kidney function, myocardial enzymes, amylase, etc.), electrolytes (serum potassium, sodium, chloride, calcium, phosphorus, etc.), thyroid function, drug testing, AIDS testing, tumor markers, PCR, Torch, serum immunology test, etc. Blood collection tube color: green cap tube (heparin anticoagulant tube) Heparin is a mucopolysaccharide containing a sulfate group with a strong negative charge, which can enhance the effect of antithrombin III by inactivating serine protease, thereby preventing the formation of thrombin and preventing platelet aggregation. Heparin tubes are generally used for emergency biochemical, flare, and hemorheological testing. When detecting sodium ions in blood samples, sodium heparin tubes cannot be used, so as not to affect the test results. It also cannot be used for white blood cell counts and differentials because heparin causes white blood cell aggregation. Blood collection tube color: purple cap tube (EDTA Tube) EDTA is an amino polycarboxylic acid that can effectively chelate calcium ions in the blood. Chelated calcium removes calcium from the point of reaction, preventing and terminating the intrinsic or extrinsic coagulation process, thereby preventing blood clotting. Compared with other anticoagulants, EDTA has less effect on hemagglutination and blood cell morphology, so EDTA salts (2k, 3k, 2Na) are usually used as anticoagulants. For general hematology (blood routine) examination and blood ammonia detection. Cannot be used for hemagglutination and trace element detection. Blood collection tube color: blue cap tube (blood collection tube containing sodium citrate anticoagulant) Sodium citrate chelates calcium ions in blood samples and acts as an anticoagulant. The ratio of anticoagulant to blood is 1:9. Mainly used in the fibrinolytic system (prothrombin time, thrombin time, activated partial thrombin time, fibrinogen). Pay attention to the blood volume (2ml) when collecting blood to ensure the accuracy of the test results. Immediately after blood collection, mix by inversion 8-10 times. PT Tube color: black cap tube (containing 0.109mol/l sodium citrate) The volume ratio of anticoagulant to blood is 1:4, which is generally used for ESR detection. When the anticoagulant ratio is too high, the blood is diluted, which can accelerate ESR. Pay attention to the blood volume (2ml) when collecting blood to ensure the accuracy of the test results. Immediately after blood collection, mix by inversion 8-10 times. ESR tube color: gray cap tube (contains potassium oxalate/sodium fluoride) Sodium fluoride is a weak anticoagulant, which has a good effect on preventing the degradation of blood sugar. It is a great antiseptic for blood sugar testing. When using, pay attention to slowly inverting and stirring evenly. It is generally used for blood sugar detection, not for the determination of urea by the urease method, nor for the detection of alkaline phosphatase and amylase.

Materials and Additives for Vacuum Blood Collection Tubes Vacuum blood collection tube material Vacuum tube material for blood collection: Most of the blood collection tubes are ordinary glass tubes and pet blood collection tube. Ordinary glass test tubes are prone to hemolysis due to the high pH value, while the glass test tubes made by the extubation process are densely arranged with linear grooves, and the depth and thickness are irregular, resulting in cell hanging on the wall. Plastic vacuum blood collection tubes are made of PET plastic. PET plastic tubes are light in weight and easy to transport; the probability of tube wall damage is extremely small, and the possibility of sample leakage during transportation, centrifugation, and testing is extremely small. It has the advantages of incineration and destruction. The inner wall of a good test tube is specially treated during injection molding, which can effectively reduce the adhesion of blood cells to the tube wall and reduce the generation of fibrin filaments. Vacuum blood collection tube additive Additives include anticoagulant, coagulant, buffer, protective agent, inner wall treatment agent, nozzle treatment agent, separation gel, etc. Its type, performance, and concentration directly affect the properties and test results of blood samples. Commonly used are the following: 1. Biochemistry Tube Additive-free tube (red cap): mainly used for serum biochemistry (liver function, kidney function, myocardial enzymes, amylase, etc.), electrolytes (serum potassium, sodium, chloride, calcium, phosphorus, etc.), thyroid function, and drug testing, AIDS testing, tumor markers, serum immunology, etc. The procoagulant tube (orange cap) is generally used for emergency biochemistry. Separation hose (yellow cap) is mainly used for serum biochemistry (liver function, kidney function, myocardial enzymes, amylase, etc.), electrolytes (serum potassium, sodium, chloride, calcium, phosphorus, etc.), thyroid function, drug testing, AIDS Detection, tumor markers, PCR, TORCH, serum immune detection, etc. 2. Anticoagulant Tubes Heparin tube (green cap): suitable for erythrocyte osmotic fragility test, blood gas, plasma permeability, hematocrit, erythrocyte sedimentation rate, and general biochemical determination. Blood EDTA tube (purple cap): used for hematology (blood routine) examination and blood ammonia detection. Can not be used for blood coagulation and trace element detection. Coagulation Tube (blue cap): used for fibrinolytic system (prothrombin time, thrombin time, activated partial thrombin time, fibrinogen). ESR tube (black cap): generally used for ESR testing. Blood sugar tube (gray): Widely used to check blood sugar, glucose tolerance, red blood cell electrophoresis, alkali-resistant hemoglobin, sugar hemolysis, and other items. Sinymedical is a manufacturer of vacuum blood collection tubes, providing OEM ODM services, welcome to consult!

PRP tubes with biotin are specialized blood collection tubes for the preparation of biotin-supplemented platelet-rich plasma (PRP). Biotin is a water-soluble B vitamin that plays a vital role in the metabolism of carbohydrates, fats, and proteins. PRP tubes with biotin are designed to enhance the therapeutic properties of PRP by providing additional nutrients that promote cell growth and tissue regeneration. Biotin is known for its ability to support healthy skin, hair, and nails, making it a beneficial cosmetic addition to PRP treatments. To collect PRP with biotin, the patient's blood is drawn into specialized tubes that contain an anticoagulant to prevent clotting. The tube is then centrifuged to separate the platelet-rich plasma from the other blood components. The resulting PRP can be used in various medical and cosmetic procedures such as skin rejuvenation, hair restoration, and wound healing. What is the role of PRP with biotin? The addition of biotin to the PRP tubes provides additional nutrients to support the regenerative properties of platelets. Biotin helps stimulate cell proliferation, collagen synthesis, and tissue repair, thereby enhancing the overall effectiveness of PRP treatments.

To collect blood using capillary blood collection tubes, follow the steps below: 1.Prepare the necessary materials: capillary blood collection tubes, blood lancet or blood collection needles, alcohol swabs, gauze or cotton balls, and bandages. 2. Prepare the collection site: Select a clean and dry area on the fingertip, usually the side of the fingertip. Clean the affected area with an alcohol swab and let it dry naturally. 3. Prepare the capillary blood collection tube: Remove the cap from the tube, making sure to maintain sterility inside the cap. 4. Prepare the blood needle or lancet: If using a lancet, remove the protective cap. If using a lancet, attach it to a syringe or lancing set. 5. Puncture: Hold a puncture needle or blood collection needle perpendicular to the fingertip, and quickly puncture the skin. Gently press with fingertips to promote blood flow. 6. Blood collection: Hold the capillary blood collection tube close to the puncture site and touch the blood drop. The test tube is filled by capillary action. Avoid excessive pressing or squeezing of the fingertip, as this will dilute the blood sample with interstitial fluid. 7. Cap the tube: Once the tube is filled with the desired volume of blood, carefully put the cap back on the tube, making sure it is securely closed. 8. Pressing and bandaging: Use gauze or cotton balls to gently press on the puncture to stop bleeding. Secure with bandages or adhesive strips if necessary. 9. Dispose of materials: Dispose of lancets, lancets, and any used materials properly in sharps containers or designated biohazard containers. CAUTION: Proper safety protocols and blood collection guidelines must be followed to prevent any contamination or injury.

What are the different functions of different types of blood collection bags? Single blood collection bags, double blood collection bags, triple blood collection bags, and quadruple blood collection bags are devices used to collect and store blood, mainly for blood transfusion and blood component separation. 1. Single blood collection bag: single blood collection bag is the most basic blood collection bag, which consists of a blood bag and a blood collection needle. When blood is drawn, a needle is inserted into a vein, and the blood flows through the tube into a blood bag. Single blood collection bags are suitable for routine whole blood collection. 2. Double blood collection bag: The double blood collection bag is composed of two blood bags and a blood collection needle. When taking blood, the blood first enters the first blood bag and then flows into the second blood bag through the connecting tube. This blood collection bag is suitable for separating blood components after collecting whole blood, such as red blood cells, platelets, plasma, etc. 3. Triple blood bag: Triple blood bag is composed of three blood bags and one blood collection needle. When taking blood, the blood first enters the first blood bag, then flows into the second blood bag through the connecting tube, and finally flows into the third blood bag. This blood collection bag is suitable for collecting and storing whole blood, red blood cells, and plasma at the same time. 4. Quadruple blood collection bag: The quadruple blood collection bag is composed of four blood bags and one blood collection needle. When taking blood, the blood first enters the first blood bag, then flows into the second blood bag through the connecting tube, then flows into the third blood bag, and finally flows into the fourth blood bag. This blood collection bag is suitable for collecting and storing whole blood, red blood cells, plasma, and platelets at the same time. The above is a detailed description of single blood collection bags, double blood collection bags, triple blood collection bags, and quadruple blood collection bags. These blood collection bags are designed to meet different blood collection and storage needs, providing convenience for blood transfusion and blood component separation What are the advantages of using blood collection bags? 1. Convenience: The blood collection bag can be directly connected to the venous access for convenient collection of blood samples without using traditional test tubes and needles. 2. Safety: The blood collection bag has a leak-proof design, which can effectively prevent the risk of blood leakage and cross-infection. 3. Reduce pollution: The blood collection bag can directly seal the blood sample, reducing the pollution to the environment and operators. 4. Accurate measurement: The blood collection bag usually has a scale line, which can accurately measure the amount of blood collected and avoid excessive or insufficient collection. 5. Convenient storage: The blood collection bag can be directly used for blood storage and transfusion, without transferring the blood to other containers, reducing the risk of loss and contamination of blood samples. 6. Wide range of applications: blood collection bags can be used to collect various types of blood samples, including whole blood, plasma, platelets, etc. Blood Collection bag supplier As a leading blood bag supplier, we are committed to providing high-quality and reliable medical products, our company specializes in selling cutting-edge medical blood bags that meet the strict standards of the medical industry. Product Quality and Compliance: We pride ourselves on maintaining the highest quality and safety. Our triple blood collection bags are manufactured with high-quality medical-grade materials and thoroughly tested for compatibility and durability. We comply with strict international regulations and guidelines, such as ISO 9001 and ISO 13485, FDA, and other certificates to ensure that our products comply with the latest medical device standards. Innovative Design and Technology: Our team of experts is constantly working on innovative designs and employing advanced manufacturing techniques. This allowed us to develop a triple blood collection bag that optimizes the blood collection, storage, and transport process. Our bags are equipped with user-friendly features to simplify handling and reduce the risk of contamination during blood transfusion. Collaboration and Customization: We understand that different healthcare organizations have unique needs. We partner with customers to deliver customizable blood bags that improve operational efficiency and patient care. Strict Quality Control: We have a comprehensive quality control process to ensure the highest quality standards. Every blood collection bag is rigorously tested and inspected before it leaves our facility. Our commitment to quality control ensures that healthcare professionals can rely on our products for safe and adequate blood collection and transfusion procedures. FAQ How many bags of blood can you donate? You can donate whole blood every eight weeks, platelets every seven days up to 24 times in a twelve-month period. how much blood is in a bag? The blood bag capacity is generally 250-500 ml per bag. Additive solutions are anticoagulant-preservative solutions containing varying concentrations of adenine that extend the storage time of red blood cells up to 42 days. What are blood bags made of? The blood bag is made of PVC material. What are the additives in the blood collection bag? The additive in the blood collection bag is usually an anticoagulant, which is used to prevent the blood from clotting.

There are various types of blood collection tubes used for different assays. The most commonly used blood collection tubes include: 1. Red top tube (without additives): used for serum collection. 2. Lavender top tube (EDTA additive): used for whole blood collection for hematology tests. 3. Light blue top tube (sodium citrate additive): used for coagulation test. 4. Green top tube (heparin additive): used to collect plasma for various tests. 5. Grey top tube (sodium fluoride and potassium oxalate additive): used for glucose and lactate detection. 6. Yellow top tube (Clot activator additive):The procoagulant tube contains a coagulant, which accelerates blood coagulation and shortens the turnaround time. It is used in clinical chemistry, immunology, therapeutic drug monitoring, and other determinations. 7. Royal blue top tube (EDTA or heparin additive): used for trace element detection or toxicology research. These are some of the commonly used blood collection tubes, but there may also be additional specialized tubes for specific testing or research purposes. Sinymedical is a manufacturer with more than 20 years of experience in producing blood collection tubes, if you have any questions or business cooperation, please contact us.