“Bismuth (Bi)”  [Atomic Number: 83] 

Bismuth

  In chemistry, Bismuth (Bi) is a trivalent poor metal element, considered one of the six members of the post-transition metals group. Bismuth is the most naturally diamagnetic of all metals, as heavy metal element it is the heaviest almost stable element, and one of a few elements that expands when it freezes.

Bismuth Biochemically

  In our body, Bismuth (Bi) is a whitish metal with a pinkish hue, that burns with a blue flame, that as it leaves our body can turn our stools black. *

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“Bismuth as an Oligodynamic Element”  

  In our body, Bismuth (Bi) is an oligodynamic element.

In Published Studies

  In published studies, Bismuth thiols were effective antimicrobial agents against biofilms formed by wound bacteria. **

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“Bismuth Salts”  

Bismuth Salt

  In chemistry, Bismuth Salts contain the heavy metal element bismuth (Bi) bonded to a mineral salt (such as a carbonate).
  In our body's Stomach, Bismuth Salts protect the gastric mucosa from damage, the primary mode of action of the bismuth on the gastric mucosal barrier appears to be at the pre-epithelial level. **

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“Radiations”  

Radiation

  Radiations are the emission or propagation of acoustic waves (sound), electromagnetic energy waves (such as light, radio waves, gamma rays, or x-rays), or a stream of subatomic particles (such as electrons, neutrons, protons, or alpha particles).
  In chemistry, all of the elements heavier than Bismuth (Bi) [Atomic Number: 83] and a few lighter than bismuth are considered at least somewhat naturally radioactive.
  Examples of radiation concepts and topics include:

electromagnetic radiations Gamma Rays Light Radio Waves Terahertz Radiation X-Rays

ionizing radiation non-ionizing radiation Radiation Absorption Radiation Dosage Radiation Effects Radiation Exposure

Solar Energy Radioactivity Radiotherapy Radiometry Nuclear Warfare

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