188 results about "Early breast cancer" patented technology

A method for using computer-aided diagnosis (CAD) for digital tomosynthesis mammograms (DTM) including retrieving a DTM image file having a plurality of DTM image slices; applying a three-dimensional gradient field analysis to the DTM image file to detect lesion candidates; identifying a volume of interest and locating its center at a location of high gradient convergence; segmenting the volume of interest by a three dimensional region growing method; extracting one or more three dimensional object characteristics from the object corresponding to the volume of interest, the three dimensional object characteristics being one of a morphological feature, a gray level feature, or a texture feature; and invoking a classifier to determine if the object corresponding to the volume of interest is a breast cancer lesion or normal breast tissue.

Methods and compositions for the identification of breast cancer grade signatures are provided. The signature profiles are identified based upon multiple sampling of reference breast tissue samples from independent cases of breast cancer and provide a reliable set of molecular criteria for identification of cells as being in one or more particular stages and/or grades of breast cancer.

A microwave breast cancer imaging method that includes an examination table that is both comfortable and reliable is provided that includes a support system and an orientation system such that breasts can remain in a fixed position to allow for scanning. A horizontal microwave and optically transparent scan plate forms part of the top of the examination table. The imprint of the breasts on the scan plate may be visually displayed to aid in the orienting of each breast such that all volumes within the breast are scanned. Microwave power is then scanned upward through the scan plate to develop a microwave response that is indicative of the presence of a lesion. After scanning, the visual imprint of the breast is recorded. As needed, microwave equipment can be included within a microwave shielded enclosure that also forms part of the scan table. Spurious leakage of microwave power may be further suppressed by use of microwave-absorbing materials, within the enclosure and, in the padding that covers the surface of the examination table and removable pads.

The present invention relates to a new method of adjuvant therapy in the treatment of early breast cancer, comprising administering six cycles of docetaxel, doxorubicin and cyclophosphamide to a patient in need thereof, wherein said dosages have a marked therapeutic effect when compared to other adjuvant therapies.

The invention relates to a breast cancer detecting marker by utilizing 16 specific tiny ribonucleic acids steadily existing in blood serum and blood plasma of a human body as well as a detecting method, a kit and a biological chip thereof, and the detecting marker can be used in the aspects of diagnosis and differential diagnosis of breast cancer, occurrence and recurrence forecast as well as efficacy assessment of disease complications, screening and therapeutic evaluation of medicinal active ingredients and the like, and has the advantages of wide detection pedigree, high sensitivity and low detection cost, the materials are conveniently taken, the samples are easy to store and the like. The method can be widely used in related work such as breast cancer census, the defects of low specificity and low sensitivity caused by insuperable individual difference of a single marker can be improved and the clinical detectable rate of the breast cancer is notably improved, and is an effective mean of early breast cancer diagnosis.

Apparatus and method for performing interstitial laser therapy and adjunctive therapy on a patient are revealed. The apparatus employs a combination of a mammography unit, an interstitial laser treatment device attached to the mammography unit and a treatment platform positioned relative to the mammography unit to enable the interstitial laser therapy to be performed. The use of the treatment platform with the mammography unit enables the interstitial laser therapy to be performed and, if necessary, adjunctive therapy to be performed in the same treatment room without transferring the patient to a new platform.

A method of removing undesirable cells and killing cells surrounding a cavity caused by the removal of the undesirable cells includes the step of inserting a probe through an incision made in the skin of a patient. The method further includes the steps of removing undesirable cells using the probe and using image-guided technology and inserting a balloon into the cavity formed by the removal of the undesirable cells. Still further, the method includes the steps of conforming the balloon to a shape of the cavity and providing sufficient fluid to fill the cavity based on the volume and reaching a temperature in the fluid to achieve a temperature in the tissue surrounding the cavity that kills cells surrounding the cavity.

A method of treating a cancerous region in a breast of a patient comprising (i) imaging the breast in a three-dimensional coordinate system, (ii) stereotactically determining the location of the cancerous region in the breast, (iii) optionally determining the volume of the entire cancerous region to be treated, and (iv) while maintaining the breast in a three-dimensional coordinate system that is identical to or corresponds with the three-dimensional coordinate system used in (i), noninvasively exposing the cancerous region of the breast of the patient to a cancer-treatment effective dose of radiation; and equipment for use in such a method.

An imaging method for microcalcification displays microcalcification distribution by acquiring and overlapping a photoacoustic image of microcalcification and an ultrasonic image of tissue. The image acquired by the present invention, in comparison to images acquired by ultrasonic and X-ray mammography, has advantages in no speckle noises, higher optical contrast, higher ultrasonic resolution, and so on. The present invention also has advantage in safety by adopting a light source having no ionizing radiation. An imaging method for diagnosing breast cancer is also herein disclosed.

The disclosed testing block for Her2 express in mammary tissue includes: the Her2 high-express area, the express contrast area, the no-express contrast area, and the testing area for target tissue. This invention can provide accurate evaluation standard for clinic diagnosis on breast cancer.

The invention provides a processing method and device for a pathological image of lymphatic metastasis of a breast cancer. The method comprises: S1, an example image is obtained and example image calibration information corresponding to the example image is obtained; S2, according to the example image and the example image calibration information, a training sample set is generated; S3, deep learning network training and parameter optimization are carried out based on the training sample set to obtain a convolutional neural network model; and S4, a testing image is tested by using the convolutional neural network model and a target area is detected. According to the processing method and device, automatic image classification is realized by using the deep learning technology; technical problems of poor consistency and low accuracy of the manual film reading and classification work are solved; the work efficiency is improved; and the probability of errors is reduced.

The invention concerns methods and compositions that can be used for detecting cancer in mammals, particularly humans. The invention particularly concerns serum markers of cancers and their use in diagnostic procedures. The invention also concerns tools and/or kits that can be used for carrying out these methods (reagents, probes, primers, antibodies, chips, cells, etc., the preparation thereof and their use. The invention can be used for detecting the presence or the progression of a cancer in mammals, particularly breast cancer including during early stages.

The invention discloses an early-stage breast cancer nondestructive screening and imaging system, which mainly comprises circular gears, an annular ultrasonic array, a bowl-shaped annular shell, ultrasonic coupling liquid, a protective film, a horn antenna, a waveguide tube, a microwave generator, a frequency divider, a data acquisition circuit, a preprocessing circuit, a stepping motor, a driver, a digital I/O card, a computer and a display. The working process of the system is that: detected mammary glands are radiated by pulse microwaves to generate thermo-acoustic signals which are received by the annular ultrasonic array and are finally acquired by the computer; the driver drives the annular ultrasonic array to rotate to a next position around detected biological tissues; and the steps of acquisition and rotation are repeated until the thermo-acoustic signals of enough positions are received, and the computer re-establishes three-dimensional thermo-acoustic images of the detectedtissues. The early-stage breast cancer nondestructive screening and imaging system can quickly and nondestructively realize the three-dimensional thermo-acoustic imaging of the detected mammary glands to provide one of important bases for the diagnosis of early-stage breast cancer.

Methods of treating patients having HER2-positive, operable, locally advanced or inflammatory breast cancer with the antibody-drug conjugate Trastuzumab-MCC-DM1 and Pertuzumab are provided.

The invention provides a kit for evaluating prognostic risks of breast cancer. Big-data clinical validation test results show that 12 miRNAs are combined to be used as a molecular marker, and the molecular marker has an outstanding advantage on the aspect of evaluation of prognostic risks of ER/PR(+)HER2(-) breast cancer. The molecular marker formed by combining the 12 miRNAs is firstly applied to development of the miRNA detection kit of ER/PR(+)HER2(-) breast cancer. The breast cancer miRNA detection kit can realize prognosis evaluation of ER/PR(+)HER2(-) breast cancer on the basis of a real-time fluorogenic quantitative PCR method, and can screen patients with high relapse risks, guide clinical individualized treatment and improve treatment accuracy.

An apparatus and method for treating a tumor mass location in a breast of a patient. The breast is stabilized in space, preferably by creating a reduced pressure environment around the breast. Particle beams are applied to a tumor mass location positioned at the center of a substantially spherical (or cylindrical) portion of a chamber filled with a fluid having an electron density substantially similar to the breast. The patient treatment platform is translated to aim the particle beam at the tumor mass location while traversing and beaming perpendicular to the portion of the chamber.

The invention belongs to the field of biological detection and specifically relates to a triple test diagnostic kit for breast cancer of tumor serum markers CA125, HE4 and P-her2. The triple test diagnostic kit for breast cancer provided by the invention mainly comprises an abzyme elisa plate, a biotin antibody enveloped plate, bovine serum albumin, serum diluent, horse radish peroxidase, tetramethyl benzidine, sulfuric acid, negative control liquid and positive control liquid. The triple test diagnostic kit for breast cancer provided by the invention can be used for detecting the expression levels of CA125, HE4 and P-her2 in the body of the patient after operative treatment or the relapsing and metastatic tumor patient; the triple test diagnostic kit for breast cancer has important significance in clinical diagnosis of breast cancer; the triple test diagnostic kit for breast cancer provided by the invention can reduce the interference of other matters in serum, can greatly increase the accuracy and stability of detection result and is beneficial to the early diagnosis and prognosis treatment of the patient suffering from breast cancer.

The present invention relates to a method for the prevention or treatment of certain breast cancers or ovarian cancer comprising administering to a patient in need thereof of a therapeutically effective amount of a 17,20-lyase inhibitor, wherein the breast cancer or ovarian cancer is estrogen receptor (ER) negative.

A gene for predicting or diagnosing the prognosis of early-stage breast cancer and to a use thereof is disclosed, and more specifically a genetic marker for predicting or diagnosing the prognosis of breast cancer, including TRBC1 (T cell receptor beta constant 1), BTN3A2 (butyrophilin, subfamily 3 member A2) or HLA-DPA1 (major histocompatibility complex, class II, DP alpha 1) for providing information necessary for predicting or diagnosing the prognosis of a breast cancer patient. The genetic marker allows the prediction or diagnosis of the prognosis of a breast cancer patient, and can therefore advantageously be used for the purpose of providing a direction as to the future course of breast cancer treatment, including a decision on whether anticancer therapy is necessary.