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Prevention of a miscarriage can sometimes be accomplished by decreasing risk factors. [11] This may include good prenatal care, avoiding drugs and alcohol, preventing infectious diseases, and avoiding X-rays. [11] Identifying the cause of the miscarriage may help prevent future pregnancy loss, especially in cases of recurrent miscarriage.
IR is more dangerous than NIR and a source of this radiation is X-rays used in medical procedures, for example in radiotherapy. [2] IR can have varying impacts which depend on many factors including age, irradiation field and treatment dose and duration. Where the radiotherapy is directed is important as IR to the pelvis will affect the ovary ...
Miscarriage risks are those circumstances, conditions, and substances that increase the risk of miscarriage. Some risks are modifiable and can be changed. Other risks cannot be modified and can't be changed. Risks can be firmly tied to miscarriages and others are still under investigation.
Infertility may be caused by an issue along any part of the process of fertilizing an egg through birth of the child. This can include: the release of the egg, the ability of the sperm to fertilize the egg, the implantation of the egg in the uterine wall, and the ability of the fetus to complete development without miscarriage. [6]
During an infertility work-up a hysterosalpingogram, an X-ray procedure that uses a contrast agent to image the fallopian tubes, shows the retort-like shape of the distended tubes and the absence of spillage of the dye into the peritoneum. If, however, there is a tubal occlusion at the utero-tubal junction, a hydrosalpinx may go undetected.
An X-ray film obtained in the AP view of the pelvic inlet and outlet will show a marked gap between the pubic bones. [3] A normal pelvis will show a gap that is 4–5 mm. However, in pregnancy the hormonal influences cause relaxation of the connecting ligaments and the bones separate up to 9 mm. A gap measuring greater than 10 mm indicates a ...
Medical imaging can lead to patient and healthcare provider harm through exposure to ionizing radiation, iodinated contrast, magnetic fields, and other hazards. [41] Lead is the main material used for radiographic shielding against scattered X-rays.
Acute effects of radiation were first observed in the use of X-rays when German physicist Wilhelm Röntgen intentionally subjected his fingers to X-rays in 1895. He published his observations concerning the burns that developed, though he misattributed them to ozone, a free radical produced in air by X-rays. Other free radicals produced within ...