Is Danger Pregnant By Ray J

I just read that it's not been confirmed either way, but he and VH1 have denied it from the beginning. He did, however, attend her baby shower, but as a "supportive friend." The article I read's opinion (and my own personal opinion) is that she's not really pregnant by him, but it's a test for the girls to see who would stick by him even when another girl's is supposedly pregnant by him. I think that's most plausible because if that were true, they wouldn't have shown that clip yet because it would be a huge part from the season. Also, she's already had the baby, so it would've been announced by now if he truly was the dad. (In my opinion). Here's the link: -j-and-danger-having-a-baby-is-monica-leon-pregnant/

I just read that it's not been confirmed either way, but he and VH1 have denied it from the beginning. He did, however, attend her baby shower, but as a "supportive friend." The article I read's opinion (and my own personal opinion) is that she's not really pregnant by him, but it's a test for the girls to see who would stick by him even when another girl's is supposedly pregnant by him. I think that's most plausible because if that were true, they wouldn't have shown that clip yet because it would be a huge part from the season. Also, she's already had the baby, so it would've been announced by now if he truly was the dad. (In my opinion). 1.)My thoughts exactly. Besides the commercials/teasers I havent seen 1 episode of season 2 but from what I'm told Danger hasnt shown her stomach yet2.) she already had her baby this past spring

The situation began after Moorhouse Group CEO Lyndon Wood asked in a tweet, "Do you agree or not, that Pfizer is a real danger to the world?" Zach replied, "Hardcore agree." Pfizer, of course, was one of the main companies to roll out a COVID vaccine in 2021.

Most of the ways a pregnant woman may be exposed to radiation, such as from a diagnostic medical exam or an occupational exposure within regulatory limits, are not likely to cause health effects for a fetus. However, accidental or intentional exposure above regulatory limits may be cause for concern.

Table 1 summarizes the potential non-cancer health risks of concern. This table is intended to help physicians advise pregnant women who may have been exposed to radiation, not as a definitive recommendation. The indicated doses and times post-conception are approximations.

ABSTRACT: Imaging studies are important adjuncts in the diagnostic evaluation of acute and chronic conditions. However, confusion about the safety of these modalities for pregnant and lactating women and their infants often results in unnecessary avoidance of useful diagnostic tests or the unnecessary interruption of breastfeeding. Ultrasonography and magnetic resonance imaging are not associated with risk and are the imaging techniques of choice for the pregnant patient, but they should be used prudently and only when use is expected to answer a relevant clinical question or otherwise provide medical benefit to the patient. With few exceptions, radiation exposure through radiography, computed tomography scan, or nuclear medicine imaging techniques is at a dose much lower than the exposure associated with fetal harm. If these techniques are necessary in addition to ultrasonography or magnetic resonance imaging or are more readily available for the diagnosis in question, they should not be withheld from a pregnant patient. Breastfeeding should not be interrupted after gadolinium administration.

With few exceptions, radiation exposure through radiography, computed tomography (CT) scan, or nuclear medicine imaging techniques is at a dose much lower than the exposure associated with fetal harm. If these techniques are necessary in addition to ultrasonography or MRI or are more readily available for the diagnosis in question, they should not be withheld from a pregnant patient.

The use of gadolinium contrast with MRI should be limited; it may be used as a contrast agent in a pregnant woman only if it significantly improves diagnostic performance and is expected to improve fetal or maternal outcome.

The American College of Gynecology and Obstetrics recommends that pregnant patients should be reviewed on a case-to-case basis, and the risk-benefit ratio needs to be made by the physicians involved. There are no known biological effects of MRI on fetuses. Gadolinium should be avoided when examining a pregnant patient.

The following standard of practice for pregnant employees in the MRI environment is based on the standards set forth in the ACR Guidance Document on MR Safe Practices: 2013, , under Health Care Practitioner Pregnancies:

Pregnant health care practitioners are permitted to work in and around the MR environment throughout all stages of their pregnancy. Aceptable activities include, but are not limited to, positioning patients, scanning, archiving, injecting cotrast, and entering the MR scan room in response to an emergency. Although permitted to work in and around the MR environment, pregnant health care practitioners are requested not to remain within the MR scanner bore or scan room during actual data acquisition or scanning.

No law or professional standard requires that radiologists determine in advance whether a patient of childbearing-age is pregnant [1]. However, it is clearly good practice to implement the following guidelines:

It should be noted that current recommendations do not recognize a safe period during the menstrual cycle, and so the concept of the "ten day rule" is obsolete. A patient who thinks she may be pregnant should be discussed with the referring physician, in order to determine the appropriate course of action (e.g., rescheduling after pregnancy testing, proceeding with the test after counseling, or changing to another modality).

Relative agreement exists on when to recommend termination of pregnancy after radiation exposure. The so-called "Danish rule" was offered in 1959 by Hammer-Jacobsen, who suggested termination was advisable for a fetal dose of over 10 rads [1]. This guideline has been widely followed. Wagner et al suggest termination should only be considered if a radiation dose of over 5 rad occurs between 2 and 15 weeks of gestation, and is probably indicated only for doses over 15 rad. Hall suggests termination may be considered for a radiation of over 10 rad received between a gestational age of 10 days and 26 weeks [2]. In practice, it is exceptionally unlikely that any single radiological study would deliver a radiation dose sufficient to justify termination. Nonetheless, it is helpful to be aware of the expected radiation dose from common procedures [3, 4], and the magnitude of risk to the fetus per unit dose. This information, which is listed below, can be used to counsel pregnant patients who require a study involving ionizing radiation to the pelvis, or who inadvertently undergo such a study at a time when pregnancy is unsuspected.

The current guidelines of the FDA require labeling of the MRI devices to indicate that the safety of MRI with respect to the fetus "has not been established". Safety concerns arise with respect to both mother and fetus. Maternal safety concerns are the same as for a non-pregnant patient, and are addressed by pre-scan screening. Fetal concerns are twofold; first, the possibility of teratogenic effects, and second, the possibility of acoustic damage. In general, it should be noted that most studies evaluating MRI safety during pregnancy show no ill effects [1-4].

A small number of studies have raised the possibility of teratogenic effects of MRI exposure in early pregnancy. A reduction in crown-rump length was seen in mice exposed to MRI in midgestation [1]. Exposure to the electromagnetic fields simulating a clinical study caused eye malformations in a genetically predisposed mouse strain [2]. Several hours of exposure of chick embryos in the first 48 hours of life to a strong static magnetic field and rapid electromagnetic gradient fluctuations resulted in an excess number of dead or abnormal chick embryos, when examined at day 5 [3]. Possible mechanisms for apparent deleterious effects include the heating effect of MR gradient changes, and direct non-thermal interaction of the electromagnetic field with biological structures. Tissue heating is greatest at the maternal body surface, and approaches negligible levels near the body center [4], making it unlikely that thermal damage to the fetus is a serious risk. A possible criticism of many of these studies is that they are not applicable to humans. However, they provide sufficient cause for concern such that a cautionary approach should be taken regarding fetal MRI in the first trimester. Accordingly, the guidelines of the National Radiological Protection Board in the United Kingdom is that "it might be prudent to exclude pregnant women during the first three months of pregnancy" [5]. An additional concern in the first trimester is the underlying relatively high rate of spontaneous abortion in this period. An MRI study could be coincidentally followed by a spontaneous abortion, but might give rise to parental concerns regarding causal effect. From a practical viewpoint, first trimester MRI will usually be performed for maternal rather than fetal indications, and in this context MRI is still preferable to any imaging study involving ionizing radiation [6].

A less obvious concern is the potential risk of acoustic damage to the fetus, due to the loud tapping noises generated by the coils of the MR scanner as they are subjected to rapidly oscillating electromagnetic currents, especially with EPI, which is the noisiest sequence in current clinical use. In a follow-up study of 18 patients who had undergone EPI as fetuses, 16 passed their 8 month hearing test, compared to 16.7 expected [1]. In a second study, a microphone was passed through the esophagus into the fluid filled stomach of a volunteer [2]. The aim was to simulate the acoustic environment of the gravid uterus. The sound intensity in the stomach was measured during MRI scanning across a range of radiofrequencies. The attenuation of the transmitted sound was greater than 30 dB, sufficient to reduce sound intensity from near the dangerous level of 120 dB to an acceptable level of under 90 dB. The results of these studies provide reassuring clinical and experimental evidence that there is no significant risk of acoustic injury to the fetus during prenatal MRI. 2b1af7f3a8

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