Tag Archives: blood collection

Blood Collection Cards (100/box): For Lab & Forensics

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The Blood Sample Collection Card (100 pcs/box) is designed for the safe and efficient collection, storage, and transportation of blood samples. Whether for forensic investigations, medical diagnostics, or research purposes, these cards ensure high-quality preservation of DNA and other blood components at room temperature, providing a reliable tool for laboratory and field use.

Key Features:

  1. Bulk Packaging: Each box contains 100 individual cards, making it ideal for large-scale operations, medical facilities, and forensic labs.

  2. Easy Blood Collection: The card is designed to easily absorb and preserve blood samples, ensuring high-quality DNA for future testing.

  3. Room-Temperature Storage: No refrigeration required; the card stabilizes DNA effectively at room temperature, making it convenient for use in diverse environments.

  4. Forensic and Laboratory Use: Perfect for forensic investigations, medical diagnostics, and research applications, offering reliable preservation for extended periods.

  5. Sterile and Secure: Each card is individually sterile and packaged to avoid contamination, ensuring the integrity of collected samples.

Operational Use:

  1. Collect the Blood Sample: Apply the blood sample to the card, allowing the material to be absorbed into the fibers.

  2. Allow Drying: Let the sample dry completely on the card to ensure optimal DNA preservation.

  3. Store at Room Temperature: Once dried, the card can be stored at room temperature for long-term storage.

  4. Label and Transport: Properly label the card and transport it securely for analysis or testing.

Scope:
The Blood Sample Collection Card (100 pcs/box) is ideal for forensic investigators, medical professionals, and researchers who require an efficient, cost-effective solution for blood sample collection, storage, and long-term preservation.

FTA Cards: Room-Temp DNA Storage

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The FTA Blood Sample Collection and Storage Card is designed to collect, preserve, and store blood samples at room temperature for long-term DNA analysis. This advanced card ensures the safe stabilization of DNA over extended periods, making it ideal for forensic investigations, medical research, and criminal justice applications.

Key Features:

  1. Long-Term DNA Preservation: The FTA card ensures that blood samples are preserved at room temperature without degradation, making it suitable for long-term storage and future DNA analysis.

  2. Easy Blood Collection: The card is equipped with FTA-activated paper that absorbs and stabilizes blood quickly, facilitating easy and efficient collection in the field.

  3. No Refrigeration Needed: Unlike traditional DNA collection methods, the FTA card does not require refrigeration, making it highly portable and convenient for use in remote areas or field conditions.

  4. Sterile and Secure: Each FTA card is sterile and individually packaged to maintain the integrity of the sample and avoid contamination.

  5. Ideal for Forensic and Medical Use: Perfect for crime scene investigations, legal cases, and medical diagnostics, ensuring reliable DNA preservation for future testing.

Operational Use:

  1. Collect the Blood Sample: Use the card to absorb blood from the subject using a fingerstick or other appropriate methods.

  2. Allow Drying: Let the blood sample air dry on the FTA card for several minutes.

  3. Store at Room Temperature: After drying, store the FTA card in a safe, secure location at room temperature for long-term preservation.

  4. Label and Transport: Label the sample clearly and transport it securely to the lab for DNA extraction and analysis when needed.

Scope:
The FTA Blood Sample Collection and Storage Card is ideal for law enforcement, medical professionals, researchers, and forensic investigators who need a reliable, room-temperature solution for long-term DNA sample preservation.

Standard Blood Sample Collection Card – 50 Sheets Per Box

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The Standard Blood Sample Collection Card – 50 Sheets Per Box is designed for efficient and reliable collection of blood samples for medical, forensic, and research applications. Each card is pre-treated to preserve the integrity of the blood, ensuring optimal sample quality for further analysis. Ideal for high-throughput environments, this pack offers convenience and reliability for blood sample collection.

Key Features:

  1. 50 Sheets Per Box: Each box contains 50 collection cards, making it ideal for large-scale testing and clinical environments.

  2. Optimized for Blood Collection: The card is specially designed to absorb and preserve blood samples, ensuring that they remain intact for accurate testing.

  3. Sterile and Ready-to-Use: Each card is individually sterilized and packaged, ensuring contamination-free collection right out of the box.

  4. Easy-to-Use: The card allows for simple collection by placing a small drop of blood on the designated area, making it easy for both professionals and non-professionals.

  5. Reliable Sample Preservation: The card stabilizes blood for transport and long-term storage, ensuring no degradation or loss of integrity.

Operational Use:

  1. Sample Collection: Open the sterile package and collect a small blood sample using a lancet or other suitable method.

  2. Blood Application: Apply the blood to the designated area on the card and allow it to dry.

  3. Storage and Transport: Store the card in a dry, secure place and transport it to the lab for analysis, ensuring the sample remains intact.

Scope:
The Standard Blood Sample Collection Card is used in medical diagnostics, forensic investigations, and genetic research, providing an efficient and reliable method for blood sample collection and preservation.

Dual-Head Forensic Swab: Blood & Saliva Collection

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The Double-Head Blood/Saliva Collection Swab is a versatile tool designed for efficient and non-invasive extraction of biological samples such as blood and saliva in forensic investigations. Its dual-head design allows for the collection of multiple types of evidence from a single surface, ensuring that even trace amounts are captured for analysis.

Key Features:

  1. Dual-Head Design: Each swab features two absorbent heads, enabling the collection of both blood and saliva samples with a single tool. This increases efficiency, especially in crime scene investigations.

  2. Sterile and Safe: The swab is made from sterile materials to prevent contamination, ensuring that the collected sample remains uncontaminated and suitable for analysis.

  3. High Absorbency: The swab heads are designed to absorb small quantities of blood or saliva effectively, even from challenging surfaces or small traces.

  4. Easy Handling: The ergonomic handle provides a firm grip, allowing for precise and controlled sampling in various environments, including crime scenes and medical settings.

  5. Compact and Disposable: Lightweight and single-use, the swab is easy to carry and dispose of after use, reducing the risk of cross-contamination.

Operational Use:

  1. Sample Collection: Gently rub the swab on the surface of interest, such as the inside of the cheek or a bloodstain, to collect the sample.

  2. Storage: After collection, place the swab in a sterile container or packaging to preserve the sample.

  3. Transport: Transport the collected sample to the laboratory for analysis, ensuring the chain of custody is maintained.

Scope:
This swab is essential for forensic professionals, law enforcement, and medical practitioners, used in criminal investigations, paternity testing, and clinical diagnostics. It is ideal for collecting biological samples from a variety of surfaces or individuals.

Safe Blood Collection & Transport Protocols

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Safe and efficient blood sample collection and transportation are critical for accurate medical and forensic analysis. Proper techniques ensure sample integrity, prevent contamination, and maintain the sample’s viability during transit.

Standard Methods for Blood Collection:

  1. Preparation: Ensure all necessary equipment is sterile, including collection tubes, lancets, gloves, and labels. Confirm the patient’s identity before collection to avoid mix-ups.

  2. Collection:

    • Clean the collection site with an alcohol swab to disinfect it.

    • Use sterile lancets or needles to draw blood from the vein or finger.

    • Fill the collection tube according to the required volume. Use tubes with preservatives or anticoagulants as necessary.

  3. Sealing and Labeling: After collection, securely seal the tube and label it with the patient’s information, date, time, and any other relevant identifiers to maintain accurate records.

Transportation Procedures:

  1. Preservation: If the sample requires refrigeration, store it in a cool environment immediately after collection to maintain stability. For non-refrigerated samples, ensure they are kept at room temperature, as instructed.

  2. Leak-Proof Containers: Place the sealed blood sample in a secure, leak-proof container to avoid contamination and prevent spills.

  3. Timely Transport: Transport the sample to the laboratory as soon as possible, preferably within the time frame required by the testing method (e.g., within 24 hours for most blood tests).

  4. Chain of Custody: Document the chain of custody to ensure traceability and prevent tampering during transport, especially for forensic samples.

Key Features:

  • Sterile Collection: Ensures no contamination of the blood sample during collection.

  • Secure Packaging: Leak-proof containers and secure seals ensure safe transport.

  • Temperature Control: Proper storage methods preserve sample integrity.

  • Accurate Documentation: Labeling and chain-of-custody protocols guarantee traceability.

Scope:
These methods are applied in medical diagnostics, forensic investigations, and legal settings, ensuring the accuracy and reliability of blood sample analysis.

DNA Blood Collection for Paternity Testing

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Standardized DNA blood sample collection procedures are crucial in ensuring the accuracy and reliability of paternity testing. Proper sample collection, handling, and storage are essential to avoid contamination and maintain the integrity of the DNA for accurate results.

Collection Procedures:

  1. Patient Identification: Properly verify the identity of the individuals involved in the paternity test to avoid mix-ups.

  2. Collection Method: Use sterile, single-use blood collection cards or tubes. Collect blood samples with minimal handling to prevent contamination. For consistency, use standardized equipment and techniques.

  3. Labeling: Clearly label all samples with the participant’s name, date, and any other identifying information to prevent misidentification.

  4. Preservation: Immediately dry blood samples on the collection card, if applicable, to preserve DNA integrity. Store the samples in a cool, dry place until transport.

  5. Transport and Submission: Transport the samples securely and promptly to the testing laboratory, following chain-of-custody procedures.

Key Features:

  • Accurate Results: Standardized procedures ensure reliable DNA extraction and analysis, minimizing errors.

  • Consistency: Following uniform procedures across different locations ensures consistency in results, regardless of where the sample is collected.

  • Minimized Contamination Risk: Strict adherence to sterilization protocols reduces the chance of cross-contamination between samples.

Scope:
These standardized procedures are used in forensic paternity testing, legal cases, family disputes, and genetic research, ensuring fair and accurate results.

Field Blood Sample Collection and Submission Workflow Analysis

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Effective blood sample collection in field conditions is critical for ensuring the reliability and integrity of diagnostic results. A streamlined workflow for blood sample collection and submission can minimize contamination risks, reduce delays, and ensure the accurate analysis of the sample.

Workflow Steps:

  1. Preparation: Before collection, ensure the availability of sterilized equipment (lancets, collection tubes, gloves, etc.) and clear instructions for the collection process.

  2. Collection: Collect blood samples using sterile, one-time use tools. The samples should be properly labeled to avoid mix-ups.

  3. Storage: Immediately store the blood samples in temperature-stable, leak-proof containers to prevent degradation. Depending on the test requirements, samples may need to be kept at ambient temperature or refrigerated.

  4. Transportation: Transport the samples to the laboratory in a timely manner, ensuring they remain secure and within the required environmental conditions.

  5. Submission: Upon arrival, submit the samples with accompanying documentation and chain-of-custody forms, ensuring proper handling at each step.

Key Features:

  • Hygienic and Safe: Use of sterile, disposable tools ensures that the blood collection process is clean and prevents cross-contamination.

  • Efficient and Organized: Clear workflows and timely transportation reduce errors and delays, enabling faster diagnostic results.

  • Traceability: Proper labeling and documentation ensure sample integrity and prevent misidentification.

Scope:
This workflow is essential for fieldwork in remote locations, clinical settings, forensics, emergency medical services, and military applications, where blood samples must be collected and transported under challenging conditions.

Disposable Tools for Blood Draws

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One-time use sampling tools are designed to enhance both the safety and efficiency of blood collection processes. These tools, including lancets, collection cards, and microtubes, offer several advantages for medical professionals and researchers.

The primary benefit of these tools is their single-use design, reducing the risk of contamination and cross-contamination between samples. Since they are used only once, they eliminate the need for sterilization or cleaning between uses, making them ideal for environments requiring high standards of hygiene, such as hospitals, clinics, and forensic labs.

Additionally, one-time use tools are user-friendly, ensuring quicker sample collection and reducing the risk of needle-stick injuries or exposure to bloodborne pathogens. Their compact and portable design allows for easy transportation and storage, making them suitable for both field and clinical use.

Key Features:

  • Single-use design prevents contamination and reduces risk

  • Eliminates cleaning or sterilization between uses

  • Enhanced safety features, reducing needle-stick injuries

  • Compact and easy to store or transport

  • Ideal for use in high-hygiene environments

Scope:
One-time use sampling tools are used in blood collection for diagnostic tests, research, forensics, paternity testing, and public health screenings. They are particularly beneficial in mobile clinics and field-based applications.

Instructions for Using Blood Tube Labels and Biohazard Warnings

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Proper use of blood tube labels and biohazard warnings is crucial for maintaining the integrity of biological samples and ensuring safety during handling. Labels should include essential information such as patient details, sample collection time, and test type. Biohazard warnings must be clearly displayed to alert personnel of potential contamination risks. These labels help track the chain of custody and prevent errors in sample identification. In forensic and medical settings, correct labeling is essential for sample traceability, compliance with health regulations, and preventing mishandling or cross-contamination.

Key Features:

  • Clear labeling for accurate sample identification

  • Biohazard warnings to ensure safety during handling

  • Helps maintain sample integrity and traceability

  • Required for legal and clinical compliance

Application Scope:

  • Forensic and clinical blood sample collection

  • Laboratory research and diagnostics

  • Healthcare and safety regulations

  • Medical and legal sample management

Optimal Combination of Alcohol Swabs and Vacuum Blood Tubes

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The optimal combination of alcohol swabs and vacuum blood tubes is essential for effective and contamination-free blood sample collection. Alcohol swabs are used to clean the skin prior to venipuncture, reducing the risk of contamination while ensuring the sample is free from external impurities. Vacuum blood tubes, designed to maintain sample integrity, are then used to draw and store the blood, preventing clotting and preserving DNA for analysis. This combination ensures accurate results in clinical, forensic, and diagnostic applications, from drug testing to genetic analysis.

Key Features:

  • Alcohol swabs ensure skin cleanliness and contamination prevention

  • Vacuum blood tubes preserve sample integrity for long-term storage

  • Suitable for PCR, sequencing, and genotyping

  • Ideal for clinical, forensic, and diagnostic use

Application Scope:

  • Blood collection for forensic investigations

  • Clinical diagnostics and medical testing

  • DNA analysis and genetic research

  • Drug testing and toxicology