User talk:95.250.228.79

--95.250.228.79 (talk) 01:53, 30 July 2021 (UTC)Venturi Sebastiano--95.250.228.79 (talk) 01:53, 30 July 2021 (UTC) 95.250.228.79 (talk) 07:20, 5 August 2021 (UTC) venturi sebastiano 95.250.228.79 (talk) 07:20, 5 August 2021 (UTC)

Cesium in Biology

Cesium (Cs), 133-Cs, is an alkali metal, water-soluble, which exists naturally at very low

concentrations in the soil, as the Cs+ ion. In humans, animals and plants cesium ion (Cs+) behaves like

potassium ion (K+) and is localized mainly inside the cells, were has no known beneficial function

however, at high concentrations, it can cause toxicity, manifested as growth inhibition.

In 2020, Italian researcher Venturi reported

that bioaccumulation of Cs is greater in exocrine pancreas, salivary glands, intestine, in skeletal

muscles and also in germinal cells of ovary and of testicle. About 86% of ingested Cs is excreted in the urine by the kidney, and the remaining 14% is

eliminated in the feces, by saliva and pancreatic juice. Its bioaccumulation is greater in carnivores

than in herbivores and children have shown an absorption more than double than adults . In humans, the biological half-life of absorbed Cs varies from 50 to 150 days. “Prussian Blue” (ferric

ferrocyanide) is able to chelate Cs in the intestine and preventing its reuptake, eliminates it with

feces. In renal insufficiency Cs level increases by 100% in the pancreatic tissue. Contrary to the

opinion of many researchers Cs is not uniformly distributed in human tissues. For this reason,the

chronic radiocesium damage is greater in pancreas, where most pancreatic cancers originate, and can

also cause an increase of secondary (pancreatogenic) diabetes, while the acute damage is can cause a

severe acute pancreatitis, as in the case of population Fukushima-population, in 2011. 95.250.228.79 (talk) 07:20, 5 August 2021 (UTC) venturi sebastiano 95.250.228.79 (talk) 07:20, 5 August 2021 (UTC)

95.250.228.79 (talk) 23:27, 9 August 2021 (UTC)venturi sebastiano--95.250.228.79 (talk) 23:27, 9 August 2021 (UTC)

cesium in biology
--95.250.228.79 (talk) 07:34, 5 August 2021 (UTC)venturi sebastiano--95.250.228.79 (talk) 07:34, 5 August 2021 (UTC)

Cesium in Biology

Cesium (Cs), 133-Cs, is an alkali metal, water-soluble, which exists naturally at very low

concentrations in the soil, as the Cs+ ion. In humans, animals and plants cesium ion (Cs+) behaves like

potassium ion (K+) and is localized mainly inside the cells, were has no known beneficial function

however, at high concentrations, it can cause toxicity, manifested as growth inhibition. In 2020, Italian researcher Venturi reported that bioaccumulation of Cs is greater in

exocrine pancreas, salivary glands, intestine, in skeletal muscles and also in germinal cells of ovary

and of testicle. About 86% of ingested Cs is

excreted in the urine by the kidney, and the remaining 14% is eliminated in the feces, by saliva and

pancreatic juice. Its bioaccumulation is greater in carnivores than in herbivores and children have

shown an absorption more than double than adults . In humans, the biological half-life of absorbed Cs varies from 50 to 150 days. “Prussian Blue” (ferric

ferrocyanide) is able to chelate Cs in the intestine and preventing its reuptake, eliminates it with

feces. In renal insufficiency Cs level increases by 100% in the pancreatic tissue. Contrary to the

opinion of many researchers Cs is not uniformly distributed in human tissues. For this reason,the

chronic radiocesium damage is greater in pancreas, where most pancreatic cancers originate, and can

also cause an increase of secondary (pancreatogenic) diabetes, while the acute damage is can cause a

severe acute pancreatitis, as in the case of population Fukushima-population, in 2011.