New Breast Screening Machine

In this introductory section, we provide basic statistics and a brief exploration of the several subtypes of breast cancer – recognizing that the term 'breast cancer' is often used as a proxy for several distinct genetic, histopathological, and hormonal profiles for the disease. We then introduce a series of key framing concepts necessary for appreciating the complex evidence supporting (or not) a growing understanding of the data implicating specific environmental toxicants in an increased risk for developing breast cancer. These framing concepts include: (a) low-dose and non-monotonic responses; (b) interactions between environmental toxicants; (c) gene-environment interactions and epigenetic changes; (d) cell-cell interactions and the Tissue Organization Field Theory; and (e) timing of exposures. We conclude with a schematic model of the complexity of factors influencing risk for developing breast cancer, with an emphasis on environmental factors.

Breast cancer statistics

The Surveillance, Epidemiology, and End Results (SEER) program of the National Cancer Institute (NCI) predicted that in 2015 in the U.S., 40,290 women and 440 men would die of breast cancer and 231,840 women and 2350 men would be diagnosed with invasive breast cancer; another 60,290 women would be diagnosed with breast cancer in situ. As of early 2016, the NCI estimated that approximately 3,560,570 U.S. women are living with a prior diagnosis of breast cancer .

The most recent year for which accurate data exist related to breast cancer incidence and mortality is 2012. In addition to total national incidence and mortality reports, SEER data are broken down by major census self-described categories of race/ethnicity. The average incidence rates (number of women diagnosed per 100,000 women, age-adjusted and normalized to the 2000 standardized U.S. population) across the 5 years from 2008 to 2012 differed across census categories, as did the trends across time. Five-year average incidence rates for whites were the highest (126.1), with rates for black women only slightly lower (124.1). However, in 2012 for the first time since SEER began collecting data in 1975, incidence for these two groups converged; historically black women had a significantly lower rate of the disease. Average 5-year incidence rates were lower for American Indian/Native American (91.9), Hispanic (91.9) and Asian-Pacific Island (88.3) women .

Early Detection of Breast Cancer: Breast detection devices are designed to aid in the early detection of breast abnormalities, including potential tumors or masses. Early detection is crucial for better treatment outcomes.
①Breast Cancer Screening: These devices are often used as a screening tool for breast cancer, providing an additional method for women to monitor their breast health alongside traditional screening methods like mammography.
②Monitoring Breast Changes: Breast detection devices may be employed to monitor changes in breast tissue over time. Regular use can help individuals become more aware of any variations or abnormalities.
③Home Use and Self-Examination: Some breast detection devices are designed for home use, allowing individuals to perform self-examinations. This can empower users to take an active role in monitoring their breast health.
④Complement to Traditional Methods: Breast detection devices are often considered a complement to traditional breast cancer screening methods, such as mammography. They may offer an additional layer of detection and awareness.
⑤Risk Assessment: In some cases, these devices may be used as part of a risk assessment strategy for individuals with a family history of breast cancer or other risk factors.
⑥Educational Tool: Breast detection devices may serve as educational tools, helping individuals understand the importance of regular breast self-exams and the significance of early detection.

① Red light therapy has been widely used in hospitals and other medical institutions. Red light therapy is a treatment method based on photochemistry. Red light is strongly absorbed by cell mitochondria and undergoes various processes such as catalase and superoxide dismutase. Enzyme activity is stimulated, which speeds up cell metabolism, increases glycogen content, increases protein synthesis and increases decomposition of adenosine triphosphate, thereby promoting cell synthesis, increasing phagocytosis of white blood cells, and increasing decomposition of 5-hydroxyadenosine. In the early and middle stages of inflammation, the content of serotonin in local tissues increases, and this serotonin can cause pain in the body. [4] Red light irradiation can reduce the serotonin content and achieve the effects of anti-inflammation, swelling, pain relief, and itching.

②Clinical research has found that light waves with a wavelength of about 630-650nm are at the absorption peak of hemoglobin spectrum and are most easily absorbed by hemoglobin in human blood to cause photochemical reactions. As a light source, it is the most effective in clinical treatment and has the best therapeutic effect. , its safety is also the most reliable and will not cause thermal damage. The red light therapy device has no obvious heat sensation and overcomes the disadvantage that infrared irradiation cannot be used for acute and subacute inflammation. Because it can increase the phagocytosis of white blood cells, it can also improve the body's immune function and increase the body's defense function. The unique red light is effective for some acute, subacute and chronic inflammations. The penetrating ability of red light is the strongest among visible lights. According to experiments, red light can penetrate 4 centimeters of human tissue.

③ The stimulation of red light can increase the number of fibroblasts and increase the formation of collagen, so it can strengthen cell regeneration and promote the growth of granulation tissue. Research shows that red light treatment for mastitis has few side effects and is easily accepted by patients. The photochemical effect produced by red light irradiation therapy promotes the proliferation and release of white blood cells and red blood cells and improves the level of melatonin in the human body. It has high application value in the field of clinical medicine and has a significant effect in the collaborative treatment of rehabilitation medicine and diseases. The red light emitted by the mammary gland red light examination and treatment device in treatment mode is strongly absorbed by cell mitochondria, activating the activity of catalase, superoxide dismutase and other enzymes, speeding up cell metabolism, increasing glycogen content, protein Increased synthesis and increased decomposition of adenosine triphosphate, thereby promoting cell synthesis and increasing phagocytosis of white blood cells. It emits red light while vibrating and massaging the breasts, which can strengthen blood circulation in the breast area, play an anti-inflammatory and analgesic role, thereby protecting breast health.

①Place the product on the area of the chest that needs to be irradiated

②Press and hold the power button to turn on the phone, and then perform irradiation

①non-invasivec , no side effect, physical method
②size portable , easy to carry
③Light wavelength 580nm to 645nm
③Breast light for breast cancer awareness
④led light screening device

A clinical breast exam is an examination by a doctor or nurse, who uses his or her hands to feel for lumps or other changes.

②Breast Self-Awareness

Being familiar with how your breasts look and feel can help you notice symptoms such as lumps, pain, or changes in size that may be of concern. These could include changes found during a breast self-exam. You should report any changes that you notice to your doctor or health care provider.

Having a clinical breast exam or doing a breast self-exam has not been found to lower the risk of dying from breast cancer.

③Benefits and Risks of Screening

Every screening test has benefits and risks, which is why it's important to talk to your doctor before getting any screening test, like a mammogram.

④Benefit of Screening

The benefit of screening is finding cancer early, when it's easier to treat.

⑤Risks of Screening

Harms can include false positive test results, when a doctor sees something that looks like cancer but is not. This can lead to more tests, which can be expensive, invasive, time-consuming, and may cause anxiety.

Tests also can lead to overdiagnosis, when doctors find a cancer that would not have gone on to cause symptoms or problems, or even may go away on its own. Treatment of these cancers is called overtreatment. Overtreatment can include treatments recommended for breast cancer, such as surgery or radiation therapy. These can cause unnecessary and unwanted side effects. Other potential harms from breast cancer screening include pain during procedures and radiation exposure from the mammogram test itself. While the amount of radiation in a mammogram is small, there may be risks with having repeated X-rays.

Mammograms may also miss some cancers, called false negative test results, which may delay finding a cancer and getting treatment.