Clonal Hematopoiesis Landscape in Frequent Blood Donors https://t.co/tpL7KROo3j https://t.co/wfFuaugEIH
Clonal hematopoiesis landscape in frequent blood donors.
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Feb 2025 – Jun 2025Where it's discussed
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What people are saying
Multiple discussions mention key findings such as the link between frequent blood donation and beneficial genetic changes in stem cells, with remarks emphasizing phrases like 'linked to lower risk of pre-cancer gene' and 'promotes beneficial mutations'. The use of enthusiastic language and claims about changes in blood cell evolution contribute to a tone of excitement and underscore the perceived importance of the findings.
Most discussions reflect a positive view towards the findings of the publication, indicating a general agreement.
A variety of posts express a high level of curiosity surrounding the study and its implications for blood donation.
Many participants provide detailed insights into specific aspects of the research, showcasing a strong engagement with the topic.
Participants frequently highlight the potential significance of the study in informing blood donation practices and health outcomes.
Abstract in brief
- The study investigates the effects of frequent blood donation on clonal hematopoiesis (CH) in older male donors with extensive donation histories, finding no overall incidence difference between frequent and sporadic donors.
- Detailed analysis revealed distinct mutational patterns in the DNMT3A gene, with functional tests showing that certain variants in frequent donors can promote competitive growth with erythropoietin (EPO) stimulation.
- The findings suggest ongoing evolutionary changes in hematopoietic stem cells, highlighting EPO as a factor that may favor specific DNMT3A mutations under conditions of blood loss.
Top posts
Most liked on X and BlueskyRegular #BloodDonation may promote beneficial #GeneticChanges in #BloodStemCells, supporting new cell production without increasing cancer risk, according to recent findings. @thecrick https://t.co/nZSbdRUxOy https://t.co/wgKrSABRAT
CH analysis of a unique and uniform cohort of exclusively healthy individuals exposed to a novel type of selection pressure was conducted. https://t.co/A9lvsuEM5i #hematopoiesisandstemcells #transfusionmedicine https://t.co/xsThTspSB7
Clonal hematopoiesis landscape in frequent blood donors https://t.co/lkThd0bRe3 Frequent blood donor > 120 lifetime donations; led to EPO driven HSCs carrying DNMT3A mutations! #CH #clonal_hematopoiesis
#気まぐれ論文共有 https://t.co/8vSVtfI3yT Blood 2025 献血ドナーの献血頻度とクローン性造血の関係を調べています。 頻回に献血するドナーはエリスロポエチン(EPO)が高い期間が長いことになりますが、クローン性造血の頻度やサイズは変わらないとのことです。
この研究は男性高齢者、献血経験「100回超」「10回未満」を比較し、「100回超で明らかに多かった変異」を調べているが、回数で確率は上がっても変異の発生に閾値などがあるわけではないと思う 論文リンク(適当なキーワードでググるといろんな言語で解説記事が出てくる) https://t.co/aTxHYOR36R
All mentions
血液の健康度を高めるには?
Clonal Hematopoiesis and Genetic Changes in Frequent Blood Donors
This video investigates the effects of frequent blood donation on clonal hematopoiesis (CH) in older male donors. The study highlights distinct mutational patterns in the DNMT3A gene and suggests that erythropoietin…
Paper: Clonal hematopoiesis landscape in frequent blood donors https://t.co/qF5dpygkFn Giving blood linked to lower risk of pre-cancer gene – @TheCrick team finds genetic changes in #StemCells from frequent #BloodDonors that support production of new, non-cancerous cells. https://t.co/6cYCDL2v3H
RT @TalhaBadarMD: Clonal hematopoiesis landscape in frequent blood donors https://t.co/lkThd0bRe3 Frequent blood donor > 120 lifetime don…
RT @cure_for_kids: #気まぐれ論文共有 https://t.co/8vSVtfI3yT Blood 2025 献血ドナーの献血頻度とクローン性造血の関係を調べています。 頻回に献血するドナーはエリスロポエチン(EPO)が高い期間が長いことになりますが、クロー…
RT @cure_for_kids: #気まぐれ論文共有 https://t.co/8vSVtfI3yT Blood 2025 献血ドナーの献血頻度とクローン性造血の関係を調べています。 頻回に献血するドナーはエリスロポエチン(EPO)が高い期間が長いことになりますが、クロー…
RT @cure_for_kids: #気まぐれ論文共有 https://t.co/8vSVtfI3yT Blood 2025 献血ドナーの献血頻度とクローン性造血の関係を調べています。 頻回に献血するドナーはエリスロポエチン(EPO)が高い期間が長いことになりますが、クロー…
#気まぐれ論文共有 https://t.co/8vSVtfI3yT Blood 2025 献血ドナーの献血頻度とクローン性造血の関係を調べています。 頻回に献血するドナーはエリスロポエチン(EPO)が高い期間が長いことになりますが、クローン性造血の頻度やサイズは変わらないとのことです。
RT @BloodJournal: CH analysis of a unique and uniform cohort of exclusively healthy individuals exposed to a novel type of selection pressu…
RT @BloodJournal: CH analysis of a unique and uniform cohort of exclusively healthy individuals exposed to a novel type of selection pressu…
RT @BloodJournal: CH analysis of a unique and uniform cohort of exclusively healthy individuals exposed to a novel type of selection pressu…
CH analysis of a unique and uniform cohort of exclusively healthy individuals exposed to a novel type of selection pressure was conducted. https://t.co/A9lvsuEM5i #hematopoiesisandstemcells #transfusionmedicine https://t.co/xsThTspSB7
RT @TalhaBadarMD: Clonal hematopoiesis landscape in frequent blood donors https://t.co/lkThd0bRe3 Frequent blood donor > 120 lifetime don…
RT @TalhaBadarMD: Clonal hematopoiesis landscape in frequent blood donors https://t.co/lkThd0bRe3 Frequent blood donor > 120 lifetime don…
RT @TalhaBadarMD: Clonal hematopoiesis landscape in frequent blood donors https://t.co/lkThd0bRe3 Frequent blood donor > 120 lifetime don…
Clonal hematopoiesis landscape in frequent blood donors https://t.co/lkThd0bRe3 Frequent blood donor > 120 lifetime donations; led to EPO driven HSCs carrying DNMT3A mutations! #CH #clonal_hematopoiesis
RT @AshKishtagari: Clonal Hematopoiesis Landscape in Frequent Blood Donors https://t.co/tpL7KROo3j https://t.co/wfFuaugEIH
Clonal Hematopoiesis Landscape in Frequent Blood Donors | Blood | American Society of Hematology https://t.co/Sf4GhEOlrv
@microsamonomics @NathanielGivens I am unbothered, moisturized, in my lane levels of calm, sammy. If you actually read the screenshot of the opinion piece you could have easily found this. But keep riding that high horse
RT @MDPHD_mouchoi: この研究は男性高齢者、献血経験「100回超」「10回未満」を比較し、「100回超で明らかに多かった変異」を調べているが、回数で確率は上がっても変異の発生に閾値などがあるわけではないと思う 論文リンク(適当なキーワードでググるといろんな言語…
この研究は男性高齢者、献血経験「100回超」「10回未満」を比較し、「100回超で明らかに多かった変異」を調べているが、回数で確率は上がっても変異の発生に閾値などがあるわけではないと思う 論文リンク(適当なキーワードでググるといろんな言語で解説記事が出てくる) https://t.co/aTxHYOR36R
...supporting the production of new, non-cancerous cells without increasing cancer risk, as reported in the journal Blood: https://t.co/hpmR3tLyN6
RT @SARUMATA_MD_PhD: @my_flute ただし、その記事が書かれた根拠となる論文中では、その記事の方向性のようなことは全然記載されていません。 https://t.co/FvdsJCT74Y
@my_flute ただし、その記事が書かれた根拠となる論文中では、その記事の方向性のようなことは全然記載されていません。 https://t.co/FvdsJCT74Y
This too now Link to study: https://t.co/DnqPMbw9Or https://t.co/XUwk2sUToi https://t.co/NqvLuPj8G3
https://t.co/3DArw7QILh https://t.co/nXpa1WzPjO
RT @a_altofily: تبرعك المتكرر بالدم قد يحميك من السرطان! دراسة حديثة كشفت أن المتبرعين على المدى الطويل لديهم طفرات جينية تقلل خطر الإصابة…
RT @a_altofily: تبرعك المتكرر بالدم قد يحميك من السرطان! دراسة حديثة كشفت أن المتبرعين على المدى الطويل لديهم طفرات جينية تقلل خطر الإصابة…
تبرعك المتكرر بالدم قد يحميك من السرطان! دراسة حديثة كشفت أن المتبرعين على المدى الطويل لديهم طفرات جينية تقلل خطر الإصابة بسرطانات الدم، تحفز التبرعات تجدد الخلايا الجذعية بطريقة صحية، تبرعك بالدم لا ينقذ الآخرين فقط، بل قد يفيد صحتك أيضاً! https://t.co/hRuqncI9CS
Este hallazgo (https://t.co/f89TvGProB) sugiere que la donación regular de sangre podría estar asociada con un menor riesgo de desarrollar ciertos tipos de cáncer hematológico.
献血は自身の血液も健康にするようです。 https://t.co/8CVxeG7gNC
よく献血している人は血液のがんになりにくいかもしれない – GIGAZINE https://www.yayafa.com/2233817/ 輸血や血液製剤のために必要な血液は、基本的に善意のボランティアによる無償の献血でまかなわれています。献血は多くの人々の命を救うことができる意義のある活動であり、新たな研究では「よく献血をする人は血液がんのリスクが低いかもしれない」という結果も示されました。 Clonal Hematopoiesis Landscape in Frequent Blood Donors | Blood | American Society of …
RT @yepiny471: 최근 발표된 연구에 따르면, 정기적인 헌혈자들의 혈액 줄기세포에서 흥미로운 유전적 적응이 발견되었습니다. 정기 헌혈자에게 더 많이 발견되는 DNMT3A 돌연변이가 건강한 혈액 세포 재생을 촉진하고, 백혈병 위험을 증가시…
최근 발표된 연구에 따르면, 정기적인 헌혈자들의 혈액 줄기세포에서 흥미로운 유전적 적응이 발견되었습니다. 정기 헌혈자에게 더 많이 발견되는 DNMT3A 돌연변이가 건강한 혈액 세포 재생을 촉진하고, 백혈병 위험을 증가시키지 않으면서 혈액 세포 생성을 개선합니다. https://t.co/X1nYAs7KCI
Clonal Hematopoiesis Landscape in Frequent Blood Donors https://t.co/fCaNwcbHGK
RT @TheBiomics: Men who had given blood more than 100 times in their life were more likely to have blood cells carrying certain beneficial…
RT @AshKishtagari: Clonal Hematopoiesis Landscape in Frequent Blood Donors https://t.co/tpL7KROo3j https://t.co/wfFuaugEIH
RT @AshKishtagari: Clonal Hematopoiesis Landscape in Frequent Blood Donors https://t.co/tpL7KROo3j https://t.co/wfFuaugEIH
Men who had given blood more than 100 times in their life were more likely to have blood cells carrying certain beneficial mutations, suggesting that donating blood promotes the growth of these cells. Source- Clonal Hematopoiesis Landscape in Frequent Blood Donors. PMID: https://t.co/scQh40Tj8Q
RT @AusStemCell: ‘Giving blood linked to lower risk of pre-cancer gene’ – Francis Crick Institute team finds 'genetic changes in stem cell…
RT @AusStemCell: ‘Giving blood linked to lower risk of pre-cancer gene’ – Francis Crick Institute team finds 'genetic changes in stem cell…
RT @AshKishtagari: Clonal Hematopoiesis Landscape in Frequent Blood Donors https://t.co/tpL7KROo3j https://t.co/wfFuaugEIH
Link to original article in @BloodJournal below: https://t.co/Tob8dCYtV5
RT @medical_xpress: Regular #BloodDonation may promote beneficial #GeneticChanges in #BloodStemCells, supporting new cell production withou…
RT @medical_xpress: Regular #BloodDonation may promote beneficial #GeneticChanges in #BloodStemCells, supporting new cell production withou…
RT @medical_xpress: Regular #BloodDonation may promote beneficial #GeneticChanges in #BloodStemCells, supporting new cell production withou…
RT @medical_xpress: Regular #BloodDonation may promote beneficial #GeneticChanges in #BloodStemCells, supporting new cell production withou…
RT @AshKishtagari: Clonal Hematopoiesis Landscape in Frequent Blood Donors https://t.co/tpL7KROo3j https://t.co/wfFuaugEIH
RT @AshKishtagari: Clonal Hematopoiesis Landscape in Frequent Blood Donors https://t.co/tpL7KROo3j https://t.co/wfFuaugEIH
RT @humanOS_me: Blood donation may do more than just help others — it could reshape your own stem cell evolution, pushing it toward a lower…
RT @AshKishtagari: Clonal Hematopoiesis Landscape in Frequent Blood Donors https://t.co/tpL7KROo3j https://t.co/wfFuaugEIH
RT @AshKishtagari: Clonal Hematopoiesis Landscape in Frequent Blood Donors https://t.co/tpL7KROo3j https://t.co/wfFuaugEIH
RT @AshKishtagari: Clonal Hematopoiesis Landscape in Frequent Blood Donors https://t.co/tpL7KROo3j https://t.co/wfFuaugEIH
RT @AshKishtagari: Clonal Hematopoiesis Landscape in Frequent Blood Donors https://t.co/tpL7KROo3j https://t.co/wfFuaugEIH
RT @medical_xpress: Regular #BloodDonation may promote beneficial #GeneticChanges in #BloodStemCells, supporting new cell production withou…
Blood donation may do more than just help others — it could reshape your own stem cell evolution, pushing it toward a lower-risk pathway. Could this be yet another reason to donate blood? Study: 10.1182/blood.2024027999 https://t.co/ky9o0DEMbJ
RT @AshKishtagari: Clonal Hematopoiesis Landscape in Frequent Blood Donors https://t.co/tpL7KROo3j https://t.co/wfFuaugEIH
RT @AshKishtagari: Clonal Hematopoiesis Landscape in Frequent Blood Donors https://t.co/tpL7KROo3j https://t.co/wfFuaugEIH
RT @AshKishtagari: Clonal Hematopoiesis Landscape in Frequent Blood Donors https://t.co/tpL7KROo3j https://t.co/wfFuaugEIH
RT @AshKishtagari: Clonal Hematopoiesis Landscape in Frequent Blood Donors https://t.co/tpL7KROo3j https://t.co/wfFuaugEIH
RT @medical_xpress: Regular #BloodDonation may promote beneficial #GeneticChanges in #BloodStemCells, supporting new cell production withou…
RT @AshKishtagari: Clonal Hematopoiesis Landscape in Frequent Blood Donors https://t.co/tpL7KROo3j https://t.co/wfFuaugEIH
RT @AshKishtagari: Clonal Hematopoiesis Landscape in Frequent Blood Donors https://t.co/tpL7KROo3j https://t.co/wfFuaugEIH
RT @medical_xpress: Regular #BloodDonation may promote beneficial #GeneticChanges in #BloodStemCells, supporting new cell production withou…
Darja Karpova et al., Clonal Hematopoiesis Landscape in Frequent Blood Donors.
RT @AshKishtagari: Clonal Hematopoiesis Landscape in Frequent Blood Donors https://t.co/tpL7KROo3j https://t.co/wfFuaugEIH
‘Giving blood linked to lower risk of pre-cancer gene’ – Francis Crick Institute team finds 'genetic changes in stem cells from frequent blood donors that support production of new, non-cancerous cells'. @TheCrick @DKFZ [Paper: https://t.co/ScTMAuZmCn] https://t.co/Mi1nD23omC
RT @medical_xpress: Regular #BloodDonation may promote beneficial #GeneticChanges in #BloodStemCells, supporting new cell production withou…
Clonal Hematopoiesis Landscape in Frequent Blood Donors https://t.co/tpL7KROo3j https://t.co/wfFuaugEIH
Clonal Hematopoiesis Landscape in Frequent Blood Donors https://t.co/tpL7KROo3j
RT @medical_xpress: Regular #BloodDonation may promote beneficial #GeneticChanges in #BloodStemCells, supporting new cell production withou…
RT @medical_xpress: Regular #BloodDonation may promote beneficial #GeneticChanges in #BloodStemCells, supporting new cell production withou…
RT @medical_xpress: Regular #BloodDonation may promote beneficial #GeneticChanges in #BloodStemCells, supporting new cell production withou…
RT @medical_xpress: Regular #BloodDonation may promote beneficial #GeneticChanges in #BloodStemCells, supporting new cell production withou…
RT @medical_xpress: Regular #BloodDonation may promote beneficial #GeneticChanges in #BloodStemCells, supporting new cell production withou…
Regular #BloodDonation may promote beneficial #GeneticChanges in #BloodStemCells, supporting new cell production without increasing cancer risk, according to recent findings. @thecrick https://t.co/nZSbdRUxOy https://t.co/wgKrSABRAT
Beautifully presented configuration of the clonal hematopoiesis landscape in frequent blood donors by Dr. Darja Karpova. #ESHMICRO2025 #ESHCONFERENCES #EPO #DNMT3A https://t.co/h9LncEm6Nr