Que el cáncer suba entre menores de 55 debería preocuparnos más. Este estudio del NIH señala que la velocidad a la que envejecen tus órganos predice el riesgo mejor que la edad real. Cuidar ese envejecimiento biológico empieza a ser prevención, y poca gente lo tiene en el radar.
NIH (@NIH) profile pictureNIH
@NIHNov 10
As cancer rates rise among adults under the age of 55, researchers are looking for new methods of early cancer detection and prevention. An NIH-supported study found that faster biological aging of the whole body and specific organs can increase the risk of early-onset cancer. Read how this study may inform future cancer prevention and detection efforts: bit.ly/4kdTAxb
A split-screen image shows two individuals facing each other with DNA strands in the background. The text reads: "RESEARCH NEWS: A recent study found that younger generations may be aging faster biologically than older generations, increasing the risk of early-onset cancer." The NIH logo is at the bottom.

ALT A split-screen image shows two individuals facing each other with DNA strands in the background. The text reads: "RESEARCH NEWS: A recent study found that younger generations may be aging faster biologically than older generations, increasing the risk of early-onset cancer." The NIH logo is at the bottom.

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well, when you repeatedly inject experimental gene therapy into the arms of a population, anything's possible.
NIH (@NIH) profile pictureNIH
@NIHNov 10
As cancer rates rise among adults under the age of 55, researchers are looking for new methods of early cancer detection and prevention. An NIH-supported study found that faster biological aging of the whole body and specific organs can increase the risk of early-onset cancer. Read how this study may inform future cancer prevention and detection efforts: bit.ly/4kdTAxb
A split-screen image shows two individuals facing each other with DNA strands in the background. The text reads: "RESEARCH NEWS: A recent study found that younger generations may be aging faster biologically than older generations, increasing the risk of early-onset cancer." The NIH logo is at the bottom.

ALT A split-screen image shows two individuals facing each other with DNA strands in the background. The text reads: "RESEARCH NEWS: A recent study found that younger generations may be aging faster biologically than older generations, increasing the risk of early-onset cancer." The NIH logo is at the bottom.

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Jadi NIH konfirmasi ada peningkatan pada bukan usia lansia..
NIH (@NIH) profile pictureNIH
@NIHNov 10
As cancer rates rise among adults under the age of 55, researchers are looking for new methods of early cancer detection and prevention. An NIH-supported study found that faster biological aging of the whole body and specific organs can increase the risk of early-onset cancer. Read how this study may inform future cancer prevention and detection efforts: bit.ly/4kdTAxb
A split-screen image shows two individuals facing each other with DNA strands in the background. The text reads: "RESEARCH NEWS: A recent study found that younger generations may be aging faster biologically than older generations, increasing the risk of early-onset cancer." The NIH logo is at the bottom.

ALT A split-screen image shows two individuals facing each other with DNA strands in the background. The text reads: "RESEARCH NEWS: A recent study found that younger generations may be aging faster biologically than older generations, increasing the risk of early-onset cancer." The NIH logo is at the bottom.

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NIH should not draw conclusions that are not supported by the study. "Biological aging" doesn't mean people are literally getting older faster. Biomarkers reflect physiological dysregulation, inflammation, and metabolic damage. And association is not causation for early cancers.
NIH (@NIH) profile pictureNIH
@NIHNov 10
As cancer rates rise among adults under the age of 55, researchers are looking for new methods of early cancer detection and prevention. An NIH-supported study found that faster biological aging of the whole body and specific organs can increase the risk of early-onset cancer. Read how this study may inform future cancer prevention and detection efforts: bit.ly/4kdTAxb
A split-screen image shows two individuals facing each other with DNA strands in the background. The text reads: "RESEARCH NEWS: A recent study found that younger generations may be aging faster biologically than older generations, increasing the risk of early-onset cancer." The NIH logo is at the bottom.

ALT A split-screen image shows two individuals facing each other with DNA strands in the background. The text reads: "RESEARCH NEWS: A recent study found that younger generations may be aging faster biologically than older generations, increasing the risk of early-onset cancer." The NIH logo is at the bottom.

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Cercate in FDA, soprattutto nei conti bancari del loro CTS e troverete la risposta.
NIH (@NIH) profile pictureNIH
@NIHNov 10
As cancer rates rise among adults under the age of 55, researchers are looking for new methods of early cancer detection and prevention. An NIH-supported study found that faster biological aging of the whole body and specific organs can increase the risk of early-onset cancer. Read how this study may inform future cancer prevention and detection efforts: bit.ly/4kdTAxb
A split-screen image shows two individuals facing each other with DNA strands in the background. The text reads: "RESEARCH NEWS: A recent study found that younger generations may be aging faster biologically than older generations, increasing the risk of early-onset cancer." The NIH logo is at the bottom.

ALT A split-screen image shows two individuals facing each other with DNA strands in the background. The text reads: "RESEARCH NEWS: A recent study found that younger generations may be aging faster biologically than older generations, increasing the risk of early-onset cancer." The NIH logo is at the bottom.

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Is accelerated biological aging of the whole body and specific organs a random process? If not, there must be an underlying root cause, distinct from direct or indirect triggers. Eliminating this root cause represents the optimal approach for prevention and treatment. Traditional Chinese Medicine, which can identify the origin of disease and treat illnesses by removing that root cause, is capable of doing this.
NIH (@NIH) profile pictureNIH
@NIHNov 10
As cancer rates rise among adults under the age of 55, researchers are looking for new methods of early cancer detection and prevention. An NIH-supported study found that faster biological aging of the whole body and specific organs can increase the risk of early-onset cancer. Read how this study may inform future cancer prevention and detection efforts: bit.ly/4kdTAxb
A split-screen image shows two individuals facing each other with DNA strands in the background. The text reads: "RESEARCH NEWS: A recent study found that younger generations may be aging faster biologically than older generations, increasing the risk of early-onset cancer." The NIH logo is at the bottom.

ALT A split-screen image shows two individuals facing each other with DNA strands in the background. The text reads: "RESEARCH NEWS: A recent study found that younger generations may be aging faster biologically than older generations, increasing the risk of early-onset cancer." The NIH logo is at the bottom.

12
Typical. They are not trying to figure out why cancer rates are on the rise. They can't make money if the trend is reversed.
NIH (@NIH) profile pictureNIH
@NIHNov 10
As cancer rates rise among adults under the age of 55, researchers are looking for new methods of early cancer detection and prevention. An NIH-supported study found that faster biological aging of the whole body and specific organs can increase the risk of early-onset cancer. Read how this study may inform future cancer prevention and detection efforts: bit.ly/4kdTAxb
A split-screen image shows two individuals facing each other with DNA strands in the background. The text reads: "RESEARCH NEWS: A recent study found that younger generations may be aging faster biologically than older generations, increasing the risk of early-onset cancer." The NIH logo is at the bottom.

ALT A split-screen image shows two individuals facing each other with DNA strands in the background. The text reads: "RESEARCH NEWS: A recent study found that younger generations may be aging faster biologically than older generations, increasing the risk of early-onset cancer." The NIH logo is at the bottom.

8
Which one may be causing accelerating aging—ingesting toxic plastic forever chemicals? Chemicals engineered into our food by food scientists? Big Pharma vaccs and pharmaceuticals? All of the above?
NIH (@NIH) profile pictureNIH
@NIHNov 10
As cancer rates rise among adults under the age of 55, researchers are looking for new methods of early cancer detection and prevention. An NIH-supported study found that faster biological aging of the whole body and specific organs can increase the risk of early-onset cancer. Read how this study may inform future cancer prevention and detection efforts: bit.ly/4kdTAxb
A split-screen image shows two individuals facing each other with DNA strands in the background. The text reads: "RESEARCH NEWS: A recent study found that younger generations may be aging faster biologically than older generations, increasing the risk of early-onset cancer." The NIH logo is at the bottom.

ALT A split-screen image shows two individuals facing each other with DNA strands in the background. The text reads: "RESEARCH NEWS: A recent study found that younger generations may be aging faster biologically than older generations, increasing the risk of early-onset cancer." The NIH logo is at the bottom.

17
cancer is not old folks disease, take note folks, things change some cancers are becoming more frequently detected in young folks (younger than 55) than before In Canada 90% of the cancers are (used to be) detected in folks 55 years and older
NIH (@NIH) profile pictureNIH
@NIHNov 10
As cancer rates rise among adults under the age of 55, researchers are looking for new methods of early cancer detection and prevention. An NIH-supported study found that faster biological aging of the whole body and specific organs can increase the risk of early-onset cancer. Read how this study may inform future cancer prevention and detection efforts: bit.ly/4kdTAxb
A split-screen image shows two individuals facing each other with DNA strands in the background. The text reads: "RESEARCH NEWS: A recent study found that younger generations may be aging faster biologically than older generations, increasing the risk of early-onset cancer." The NIH logo is at the bottom.

ALT A split-screen image shows two individuals facing each other with DNA strands in the background. The text reads: "RESEARCH NEWS: A recent study found that younger generations may be aging faster biologically than older generations, increasing the risk of early-onset cancer." The NIH logo is at the bottom.

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