Strontium Milks | Did Fukushima Mutate New blood Types? Langereis & Junior Discovered After Meltdowns in Japan @FukushimaRadiation | Uploaded January 2020 | Updated October 2024, 6 minutes ago.
Japan appears 2 new blood types. Could it be related to the Fukushima nuclear catastrophe? It is reported that experts cannot find a more accurate reason at present. Scientists believe that the impact could soon spread across the globe.
See all my latest videos on Bitchute
bitchute.com/channel/strontiummilks
Lets connect on minds minds.com/Reup
Researchers speculate that more than a dozen new blood types may emerge in the future. The new blood types are called Langereis blood types and Junior blood types to distinguish them from traditional classifications. According to scientists, this phenomenon is related to the leakage of radioactive materials caused by the Fukushima nuclear accident.
http://m.sohu.com/n/475218377/?wscrid=1137_6&fbclid=IwAR0puXixD6cAZ5QIUnTE2QbkbzHiNcgKEoit-9511vzoSkn5n32IkxvCDLE
Gene deletion; single nucleotide deletion and sequence duplication, which introduce reading-frame shifts; nonsense mutation; intergenic recombination between closely linked genes, giving rise to hybrid genes and hybrid proteins;
link.springer.com/article/10.1007/s00439-009-0738-2
Japan appears 2 new blood types. Could it be related to the Fukushima nuclear catastrophe? It is reported that experts cannot find a more accurate reason at present. Scientists believe that the impact could soon spread across the globe.
See all my latest videos on Bitchute
bitchute.com/channel/strontiummilks
Lets connect on minds minds.com/Reup
Researchers speculate that more than a dozen new blood types may emerge in the future. The new blood types are called Langereis blood types and Junior blood types to distinguish them from traditional classifications. According to scientists, this phenomenon is related to the leakage of radioactive materials caused by the Fukushima nuclear accident.
http://m.sohu.com/n/475218377/?wscrid=1137_6&fbclid=IwAR0puXixD6cAZ5QIUnTE2QbkbzHiNcgKEoit-9511vzoSkn5n32IkxvCDLE
Gene deletion; single nucleotide deletion and sequence duplication, which introduce reading-frame shifts; nonsense mutation; intergenic recombination between closely linked genes, giving rise to hybrid genes and hybrid proteins;
link.springer.com/article/10.1007/s00439-009-0738-2