20240041442. SOFT TISSUE FINE NEEDLE CORE BIOPSY AND SPECIMEN FIXATION DEVICES AND METHODS simplified abstract (TransMed7, LLC)

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SOFT TISSUE FINE NEEDLE CORE BIOPSY AND SPECIMEN FIXATION DEVICES AND METHODS

Organization Name

TransMed7, LLC

Inventor(s)

James W. Vetter of Portola Valley CA (US)

SOFT TISSUE FINE NEEDLE CORE BIOPSY AND SPECIMEN FIXATION DEVICES AND METHODS - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240041442 titled 'SOFT TISSUE FINE NEEDLE CORE BIOPSY AND SPECIMEN FIXATION DEVICES AND METHODS

Simplified Explanation

The patent application describes a device that includes a collection tube with an interior space, a tissue collection magazine, a sealing cap, and a tube-shaped mesh screen.

  • The collection tube has a first end and a second end, with a luer at one end.
  • The tissue collection magazine is placed inside the collection tube's interior space.
  • The sealing cap is designed to receive one end of the tissue collection magazine and connect to the first end of the collection tube. It also has a second end that can selectively receive a work element of a biopsy device, a vacuum source, or a source of fluid.
  • The tube-shaped mesh screen is positioned within the tissue collection magazine, facing the interior surface of the collection tube. It has an open end closest to the sealing cap and a closed end furthest away from the sealing cap.

Potential applications of this technology:

  • Biopsy procedures: The device can be used for collecting tissue samples during biopsies.
  • Medical research: The device can aid in the collection and preservation of tissue samples for research purposes.
  • Diagnostic testing: The collected tissue samples can be used for various diagnostic tests, such as genetic analysis or pathology examinations.

Problems solved by this technology:

  • Improved tissue collection: The device provides a more efficient and reliable method for collecting tissue samples.
  • Preservation of tissue integrity: The tube-shaped mesh screen helps prevent damage to the collected tissue samples during collection and transportation.
  • Versatile sealing cap: The sealing cap allows for the connection of different elements, such as a biopsy device, vacuum source, or fluid source, providing flexibility in the collection process.

Benefits of this technology:

  • Enhanced accuracy: The device ensures accurate and intact tissue collection, reducing the risk of false results or inadequate samples.
  • Ease of use: The device's design simplifies the tissue collection process, making it more user-friendly for medical professionals.
  • Improved sample preservation: The tube-shaped mesh screen helps maintain the integrity of the collected tissue samples, ensuring their suitability for various analyses and tests.


Original Abstract Submitted

a device may comprise a collection tube comprising an interior surface defining an interior space, the collection tube comprising a first end and a second end defining a luer; a tissue collection magazine received within the interior space of the collection tube; a sealing cap comprising a first end configured to receive one end of the tissue collection magazine and couple to the first end of the collection tube, the sealing cap comprising a second end configured to selectively receive one of a work element of a biopsy device, a vacuum source and a source of a fluid; and a tube-shaped mesh screen disposed within the tissue collection magazine and facing the interior surface, the tube-shaped mesh screen comprising an open end closest to the sealing cap and a closed end furthest away from the sealing cap.