RT @guty2370: 🔗 Paper Shorter telomere lengths in patients with severe COVID-19 disease https://t.co/dW6JvpqlDD
RT @jbravogil: @CuecaLabs Telomeros, wow!! Quien puso eso ahi? https://t.co/vZUVTPL10O https://t.co/GjzfUahexe
@CuecaLabs Telomeros, wow!! Quien puso eso ahi? https://t.co/vZUVTPL10O https://t.co/GjzfUahexe
@andyaschmidt @mrmickme Critically short telomeres impair the regenerative capacity of tissues and trigger loss of tissue homeostasis and disease. The SARS-CoV-2 virus infects many different cell types, forcing cell turn-over and regeneration to maintain t
RT @guty2370: 🔗 Paper Shorter telomere lengths in patients with severe COVID-19 disease https://t.co/dW6JvpqlDD
RT @guty2370: 🔗 Paper Shorter telomere lengths in patients with severe COVID-19 disease https://t.co/dW6JvpqlDD
🔗 Paper Shorter telomere lengths in patients with severe COVID-19 disease https://t.co/dW6JvpqlDD
@inkblue01 Thank you for highlight this! https://t.co/PQvfH3pMTx
RT @SandraWeeden: @Celestite66 A process connected with alteration of telomeres, possible with injection of spike protein? https://t.co/R0…
RT @SandraWeeden: @Celestite66 A process connected with alteration of telomeres, possible with injection of spike protein? https://t.co/R0…
RT @SandraWeeden: @Celestite66 A process connected with alteration of telomeres, possible with injection of spike protein? https://t.co/R0…
RT @SandraWeeden: @Celestite66 A process connected with alteration of telomeres, possible with injection of spike protein? https://t.co/R0…
@Celestite66 A process connected with alteration of telomeres, possible with injection of spike protein? https://t.co/R0AD8AOiOs https://t.co/Q4lfPYlgvQ
RT @0bj3ctivity: @ClothMask4Life @mattgurney ... One mechanism of aging is the progressive shortening of telomeres, which are protective st…
@ClothMask4Life @mattgurney ... One mechanism of aging is the progressive shortening of telomeres, which are protective structures at chromosome ends. Critically short telomeres impair the regenerative capacity of tissues and trigger loss of tissue homeost
RT @agingdoc1: Shorter telomere lengths in patients with severe COVID-19 disease (2020) "We find that shorter telomeres are associated to…
Shorter telomere lengths in patients with severe COVID-19 disease (2020) "We find that shorter telomeres are associated to increased severity of the disease..." https://t.co/7x4xjiB0br https://t.co/IxJXX5Eafs
Shorter telomere lengths in patients with severe COVID-19 disease - PMC https://t.co/6UHfjkTtnC
RT @keisuke4713: 重度コロナ:テロメア短縮 https://t.co/yC8eCxdI1Z 多くの異なる細胞型に感染⇨組織の恒常性維持に細胞回転再生を強制 高齢患者に短いテロメア存在⇨感染組織反応が制限と仮定 29〜85歳テロメア短さが重症度↑関連 テロメア長さ…
@MichaelDaignau3 @me_again666 Critically short telomeres impair the regenerative capacity of tissues and trigger loss of tissue homeostasis and disease. The SARS-CoV-2 virus infects many different cell types, forcing cell turn-over and regeneration to main
@1984PinkPanther @72powpow There might be some connection, the virus have shown to shorten telomere length so it's plausible the spike protein is involved and will have the samme effect from shots. https://t.co/mMKdWFo2hH
@buck2miller @DrAseemMalhotra The SARS-CoV-2 virus infects many different cell types, forcing cell turn-over and regeneration to maintain tissue homeostasis." https://t.co/fQTWi5gQls #CAA
RT @TactNowInfo: COVID Accelerated Aging. (CAA) Critically short telomeres impair the regenerative capacity of tissues & trigger loss of t…
RT @TactNowInfo: COVID Accelerated Aging. (CAA) Critically short telomeres impair the regenerative capacity of tissues & trigger loss of t…
RT @TactNowInfo: COVID Accelerated Aging. (CAA) Critically short telomeres impair the regenerative capacity of tissues & trigger loss of t…
RT @Parsifaler: 12) All of this happens very quickly. Within 48 hours of infection. Before symptoms appear. https://t.co/0ZDO91G05Y https:…
RT @TactNowInfo: COVID Accelerated Aging. (CAA) Critically short telomeres impair the regenerative capacity of tissues & trigger loss of t…
RT @TactNowInfo: COVID Accelerated Aging. (CAA) Critically short telomeres impair the regenerative capacity of tissues & trigger loss of t…
RT @TactNowInfo: COVID Accelerated Aging. (CAA) Critically short telomeres impair the regenerative capacity of tissues & trigger loss of t…
From 15/9/22:
RT @TactNowInfo: COVID Accelerated Aging. (CAA) Critically short telomeres impair the regenerative capacity of tissues & trigger loss of t…
RT @TactNowInfo: COVID Accelerated Aging. (CAA) Critically short telomeres impair the regenerative capacity of tissues & trigger loss of t…
RT @TactNowInfo: COVID Accelerated Aging. (CAA) Critically short telomeres impair the regenerative capacity of tissues & trigger loss of t…
RT @TactNowInfo: COVID Accelerated Aging. (CAA) Critically short telomeres impair the regenerative capacity of tissues & trigger loss of t…
RT @TactNowInfo: COVID Accelerated Aging. (CAA) Critically short telomeres impair the regenerative capacity of tissues & trigger loss of t…
RT @TactNowInfo: "Critically short telomeres impair the regenerative capacity of tissues and trigger loss of tissue homeostasis and disease…
The need for speed aka Quercetin, Fisetin and Apigenin
COVID Accelerated Aging. (CAA) Critically short telomeres impair the regenerative capacity of tissues & trigger loss of tissue homeostasis. COVID infects many different cell types, forcing cell turn-over & regeneration to maintain tissue homeostas
RT @TactNowInfo: "The SARS-CoV-2 virus infects many different cell types, forcing cell turn-over and regeneration to maintain tissue homeos…
RT @TactNowInfo: "Critically short telomeres impair the regenerative capacity of tissues and trigger loss of tissue homeostasis and disease…
RT @TactNowInfo: "Critically short telomeres impair the regenerative capacity of tissues and trigger loss of tissue homeostasis and disease…
RT @TactNowInfo: "Critically short telomeres impair the regenerative capacity of tissues and trigger loss of tissue homeostasis and disease…
@BuenoEnfurecido @PatriotSkyrific @EthicalSkeptic "COVID infects many different cell types, forcing cell turn-over and regeneration to maintain tissue homeostasis." https://t.co/fQTWi5gQls #CAA
RT @TactNowInfo: @Peston Critically short telomeres impair the regenerative capacity of tissues & trigger loss of tissue homeostasis & dise…
RT @TactNowInfo: "Critically short telomeres impair the regenerative capacity of tissues and trigger loss of tissue homeostasis and disease…
"Critically short telomeres impair the regenerative capacity of tissues and trigger loss of tissue homeostasis and disease. The SARS-CoV-2 virus infects many different cell types, forcing cell turn-over and regeneration to maintain tissue homeostasis." ht
@Peston Critically short telomeres impair the regenerative capacity of tissues & trigger loss of tissue homeostasis & disease. The SARS-CoV-2 virus infects many different cell types, forcing cell turn-over and regeneration to maintain tissue homeos
@RWittenbrink Spannend. Es geht auch anders herum. Altersbedingte kürzere Telomere könnten ein Grund sein, warum älterer Menschen heftiger auf eine Infektion reagieren. https://t.co/UyoQbol2Uj
@GGNorewrite @1goodtern Critically short telomeres impair the regenerative capacity of tissues and trigger loss of tissue homeostasis and disease. The SARS-CoV-2 virus infects many different cell types, forcing cell turn-over and regeneration to maintain t
RT @TactNowInfo: @chainga1ns @MannySinghBal @StatisticsBC @Anyskyy @ann_mcnitt @nbcsnl COVID infects many different cell types, forcing cel…
@chainga1ns @MannySinghBal @StatisticsBC @Anyskyy @ann_mcnitt @nbcsnl COVID infects many different cell types, forcing cell turn-over and regeneration to maintain tissue homeostasis." https://t.co/fQTWi5gQls #CAA
@LizzyStarrrdust @BTUR3 @jeffgilchrist Critically short telomeres impair the regenerative capacity of tissues and trigger loss of tissue homeostasis and disease. The SARS-CoV-2 virus infects many different cell types, forcing cell turn-over and regeneratio
@dlcmcrcc @SickKidsNews Here goes another one...https://t.co/37Pa0jgJBq, good luck with your due diligence
@MickTT11 "Critically short telomeres impair the regenerative capacity of tissues and trigger loss of tissue homeostasis and disease. The SARS-CoV-2 virus infects many different cell types, forcing cell turn-over and regeneration to maintain tissue homeost
@Colinkillian17 @CDCDirector "Critically short telomeres impair the regenerative capacity of tissues and trigger loss of tissue homeostasis and disease. The SARS-CoV-2 virus infects many different cell types, forcing cell turn-over and regeneration to main
@JanTanHide @CDCDirector The SARS-CoV-2 virus infects many different cell types, forcing cell turn-over and regeneration to maintain tissue homeostasis." https://t.co/fQTWi5givU
RT @TactNowInfo: "The SARS-CoV-2 virus infects many different cell types, forcing cell turn-over and regeneration to maintain tissue homeos…
RT @TactNowInfo: "The SARS-CoV-2 virus infects many different cell types, forcing cell turn-over and regeneration to maintain tissue homeos…
RT @TactNowInfo: "The SARS-CoV-2 virus infects many different cell types, forcing cell turn-over and regeneration to maintain tissue homeos…
RT @TactNowInfo: "The SARS-CoV-2 virus infects many different cell types, forcing cell turn-over and regeneration to maintain tissue homeos…
"The SARS-CoV-2 virus infects many different cell types, forcing cell turn-over and regeneration to maintain tissue homeostasis." https://t.co/fQTWi5gQls
@1goodtern "The SARS-CoV-2 virus infects many different cell types, forcing cell turn-over and regeneration to maintain tissue homeostasis." https://t.co/fQTWi5givU
テロメアの短縮と短いテロメアから生じる DNA 損傷の蓄積は、老化の主要な特徴の 1 つとして提案されています。 重度の COVID-19 疾患の患者ではテロメアの長さが短い https://t.co/bipZpuvPQW
Shorter telomere lengths in patients with severe COVID-19 disease (Sounds logical 🧐) https://t.co/PSy5Kavxpu
@BalthazarButch @superVroO @marseille_jeff @Tipuncho Notamment : https://t.co/9cuX7EfDtI https://t.co/Huc7tTg8mx https://t.co/fFT9MvEqJf Oui france soir ce repère de fake news... Vachement bien sourcées pour des fakes... 🙄
S蛋白質がテロメアを短縮して細胞老化を異常に加速する文献 https://t.co/qtYWAsE8aO
テロメア長が縮む=寿命が縮むズラ。可哀想ズラが本物ウィルスでさえ、これだけ細胞が老化するだで、ましてや本物ウィルスの1,000倍以上のスパイク蛋白質を生成し、細胞の連鎖破壊までする殺人ワクチンを接種すれば、老化速度わ1,000倍以上になるズラ😖😢 https://t.co/qtYWAsE8aO
Why we need to forget Covid: https://t.co/osl8MnJYlS https://t.co/pxPaPtUtkD
重度コロナ:テロメア短縮 https://t.co/yC8eCxdI1Z 多くの異なる細胞型に感染⇨組織の恒常性維持に細胞回転再生を強制 高齢患者に短いテロメア存在⇨感染組織反応が制限と仮定 29〜85歳テロメア短さが重症度↑関連 テロメア長さが低い、テロメア短さが高い⇨重篤↑ 現代中医学 生命力・回復力:腎精氣 https://t.co/dIDmNyYQ00
@ChristosArgyrop @TakeThatCDC Yeah, its damaging OUR ability to heal OUR DNA... But severe covid has already been tied to shortened telomures. Is covid doing this or did they already have it? https://t.co/oHLpOonWCe
RT @TheGate222: @lisamairhealth @saneandbrave @thedeanpodcast Looks like it's a credible NIH study. https://t.co/lF1kHph4QA
RT @TheGate222: @lisamairhealth @saneandbrave @thedeanpodcast Looks like it's a credible NIH study. https://t.co/lF1kHph4QA
@lisamairhealth @saneandbrave @thedeanpodcast Looks like it's a credible NIH study. https://t.co/lF1kHph4QA
@goliath744 @AniceLajnef Spike provoque la plupart des symptômes du Covid-19 Question: Détérioration de l’âge biologique chez les malades Covid et/ou chez les vaccinés? https://t.co/7mojia0kKF https://t.co/BNDbrh7QjV https://t.co/uNntsDMxss https://t.
@HSmythe10 @kinsellawarren The Spike Protein, from COVID and from the vaccine, provokes a shortening of telomeres. So, accelerated aging. https://t.co/SOJ6fO0ST6
@_HealthResults @CampbellMurdoch @FatEmperor @patrickholford @jen_unwin @paleowithmrsp @jamescracknell @jamesgoolnik @DrAseemMalhotra @lowcarbGP @JeromeJB 'Individuals within the lower percentiles of telomere length and higher percentiles of short telomere
RT @Parsifaler: 12) All of this happens very quickly. Within 48 hours of infection. Before symptoms appear. https://t.co/0ZDO91G05Y https:…
RT @Parsifaler: 12) All of this happens very quickly. Within 48 hours of infection. Before symptoms appear. https://t.co/0ZDO91G05Y https:…
RT @Parsifaler: 12) All of this happens very quickly. Within 48 hours of infection. Before symptoms appear. https://t.co/0ZDO91G05Y https:…