eBioMedicine – The Lancet Discovery Science (@ebiomedicine) 's Twitter Profile
eBioMedicine – The Lancet Discovery Science

@ebiomedicine

Leading biomedical #openaccess journal, bridging the gap between basic and clinical research. Part of @TheLancet Discovery Science. IF=9.7 #Lancet200

ID: 2550149892

linkhttps://www.thelancet.com/journals/ebiom/home calendar_today06-06-2014 14:26:35

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eBioMedicine – The Lancet Discovery Science (@ebiomedicine) 's Twitter Profile Photo

3rd highlight from May issue Drs. Ogawa, Umakoshi & coll Report that cortisol-producing adenomas arise from a precursor lesion, steroids-producing nodules, where 2 distinct cell populations contribute differently to adrenocortical tumorigenesis. Read bit.ly/4b9v4px

3rd highlight from May issue

Drs.  Ogawa, Umakoshi & coll

Report that cortisol-producing adenomas arise from a precursor lesion, steroids-producing nodules, where 2 distinct cell populations contribute differently to adrenocortical tumorigenesis.

Read bit.ly/4b9v4px
eBioMedicine – The Lancet Discovery Science (@ebiomedicine) 's Twitter Profile Photo

3rd highlight from May issue Drs. Ogawa, Umakoshi & coll Report that cortisol-producing adenomas arise from a precursor lesion, steroids-producing nodules, where 2 distinct cell populations contribute differently to adrenocortical tumorigenesis. Read bit.ly/4b9v4px

3rd highlight from May issue

Drs.  Ogawa, Umakoshi & coll

Report that cortisol-producing adenomas arise from a precursor lesion, steroids-producing nodules, where 2 distinct cell populations contribute differently to adrenocortical tumorigenesis.

Read bit.ly/4b9v4px
eBioMedicine – The Lancet Discovery Science (@ebiomedicine) 's Twitter Profile Photo

Editor pick from May issue Dr. Sanchez-Roige & coll Demonstrate that polymorphisms in genes encoding alcohol metabolising enzymes affect multiple domains of health beyond alcohol-related behaviours. Read bit.ly/3y7DuPn

Editor pick from May issue

Dr. Sanchez-Roige & coll

Demonstrate that polymorphisms in genes encoding alcohol metabolising enzymes affect multiple domains of health beyond alcohol-related behaviours.

Read bit.ly/3y7DuPn
eBioMedicine – The Lancet Discovery Science (@ebiomedicine) 's Twitter Profile Photo

Editor pick from May issue Dr. Sanchez-Roige & coll Demonstrate that polymorphisms in genes encoding alcohol metabolising enzymes affect multiple domains of health beyond alcohol-related behaviours. Read bit.ly/3y7DuPn

Editor pick from May issue

Dr. Sanchez-Roige & coll

Demonstrate that polymorphisms in genes encoding alcohol metabolising enzymes affect multiple domains of health beyond alcohol-related behaviours.

Read bit.ly/3y7DuPn
eBioMedicine – The Lancet Discovery Science (@ebiomedicine) 's Twitter Profile Photo

Editor pick from May issue Benzinger Neuroimaging Laboratory Stephanie Doering & coll Developed a metric for calculating the extent tau pathology has spread and evaluated the relationship between this metric and tau burden across early stages of #AlzheimersDisease. Read bit.ly/4durOGO

Editor pick from May issue

<a href="/BenzingerNeuro1/">Benzinger Neuroimaging Laboratory</a> <a href="/neuronerd97/">Stephanie Doering</a> &amp; coll

Developed a metric for calculating the extent tau pathology has spread and evaluated the relationship between this metric and tau burden across early stages of #AlzheimersDisease.

Read bit.ly/4durOGO
eBioMedicine – The Lancet Discovery Science (@ebiomedicine) 's Twitter Profile Photo

Editor pick from May issue Benzinger Neuroimaging Laboratory Stephanie Doering & coll Developed a metric for calculating the extent tau pathology has spread and evaluated the relationship between this metric and tau burden across early stages of #AlzheimersDisease. Read bit.ly/4durOGO

Editor pick from May issue

<a href="/BenzingerNeuro1/">Benzinger Neuroimaging Laboratory</a> <a href="/neuronerd97/">Stephanie Doering</a> &amp; coll

Developed a metric for calculating the extent tau pathology has spread and evaluated the relationship between this metric and tau burden across early stages of #AlzheimersDisease.

Read bit.ly/4durOGO
eBioMedicine – The Lancet Discovery Science (@ebiomedicine) 's Twitter Profile Photo

Editor pick from May issue Dr. Christiansen, Dr. Bell & coll Provide evidence for a relationship between type 2 diabetes (T2D) methylation signals and development of T2D complications, which implicates DNA methylation in T2D progression. Read bit.ly/3wrrc3V

Editor pick from May issue

Dr. Christiansen, Dr. Bell &amp; coll

Provide evidence for a relationship between type 2 diabetes (T2D) methylation signals and development of T2D complications, which implicates DNA methylation in T2D progression.

Read bit.ly/3wrrc3V
eBioMedicine – The Lancet Discovery Science (@ebiomedicine) 's Twitter Profile Photo

Editor pick from May issue Dr. Christiansen, Dr. Bell & coll Provide evidence for a relationship between type 2 diabetes (T2D) methylation signals and development of T2D complications, which implicates DNA methylation in T2D progression. Read bit.ly/3wrrc3V

Editor pick from May issue

Dr. Christiansen, Dr. Bell &amp; coll

Provide evidence for a relationship between type 2 diabetes (T2D) methylation signals and development of T2D complications, which implicates DNA methylation in T2D progression.

Read bit.ly/3wrrc3V
eBioMedicine – The Lancet Discovery Science (@ebiomedicine) 's Twitter Profile Photo

In our latest podcast, Sanja Jelic & Daniel Gottlieb join eBioMedicine to discuss the use of #CPAP in obstructive sleep apnoea and its impact on cardiovascular and inflammatory markers. Listen now 🔊 buzzsprout.com/1809873/151633…

eBioMedicine – The Lancet Discovery Science (@ebiomedicine) 's Twitter Profile Photo

Editor pick from May issue Dr. Li & coll Report that PARP inhibitors effectively inhibit PAR synthesis at centrosomes and cause senescence of tumour cells by abrogating the correction of mitotic extra-pole error. Read bit.ly/3UPzcoR

Editor pick from May issue

Dr. Li &amp; coll

Report that PARP inhibitors effectively inhibit PAR synthesis at centrosomes and cause senescence of tumour cells by abrogating the correction of mitotic extra-pole error.

Read bit.ly/3UPzcoR
eBioMedicine – The Lancet Discovery Science (@ebiomedicine) 's Twitter Profile Photo

Editor pick from May issue Dr. Li & coll Report that PARP inhibitors effectively inhibit PAR synthesis at centrosomes and cause senescence of tumour cells by abrogating the correction of mitotic extra-pole error. Read bit.ly/3UPzcoR

Editor pick from May issue

Dr. Li &amp; coll

Report that PARP inhibitors effectively inhibit PAR synthesis at centrosomes and cause senescence of tumour cells by abrogating the correction of mitotic extra-pole error.

Read bit.ly/3UPzcoR
eBioMedicine – The Lancet Discovery Science (@ebiomedicine) 's Twitter Profile Photo

May issue editorial The increasing incidence of endometrial cancer worldwide emphasises the urgency for continued research into accurate diagnostic methods that can ultimately facilitate personalised management and treatment. Read bit.ly/3UFEjGJ

May issue editorial

The increasing incidence of endometrial cancer worldwide emphasises the urgency for continued research into accurate diagnostic methods that can ultimately facilitate personalised management and treatment.

Read bit.ly/3UFEjGJ
eBioMedicine – The Lancet Discovery Science (@ebiomedicine) 's Twitter Profile Photo

May issue editorial The increasing incidence of endometrial cancer worldwide emphasises the urgency for continued research into accurate diagnostic methods that can ultimately facilitate personalised management and treatment. Read bit.ly/3UFEjGJ

May issue editorial

The increasing incidence of endometrial cancer worldwide emphasises the urgency for continued research into accurate diagnostic methods that can ultimately facilitate personalised management and treatment.

Read bit.ly/3UFEjGJ
Denis A. Engemann (@dngman) 's Twitter Profile Photo

To preprocess or not to preprocess your #EEG 🔮when using #ML? 💫An enhanced version of our latest work at Roche is now published in eBioMedicine – The Lancet Discovery Science thelancet.com/journals/ebiom… #DeepDive #Thread 🧵in next post 👉👉🏾👉🏻

To preprocess or not to preprocess your #EEG 🔮when using #ML? 💫An enhanced version of our latest work at <a href="/Roche/">Roche</a> is now published in <a href="/eBioMedicine/">eBioMedicine – The Lancet Discovery Science</a> thelancet.com/journals/ebiom… #DeepDive #Thread 🧵in next post 👉👉🏾👉🏻
Francois Lebreton (@fr_lebreton) 's Twitter Profile Photo

Our new paper with Tom Russo’s lab is out in eBioMedicine – The Lancet Discovery Science We took out individual genes, combinations, or the whole virulence plasmid to measure their relative contribution in K. pneumoniae hypervirulence #hvkp Klebsiella Club sciencedirect.com/science/articl…

Our new paper with Tom Russo’s lab is out in <a href="/eBioMedicine/">eBioMedicine – The Lancet Discovery Science</a> We took out individual genes, combinations, or the whole virulence plasmid to measure their relative contribution in K. pneumoniae hypervirulence #hvkp <a href="/KlebClub/">Klebsiella Club</a> sciencedirect.com/science/articl…
Tom Van Agtmael (@tomvanagtmael) 's Twitter Profile Photo

Paper Alert! Our new work shows collagen IV variants act by collagen IV deficiency, hypertrophic remodeling and endothelium-dependent hyperpolarization in small vessel disease, a major cause of #stroke & #dementia eBioMedicine – The Lancet Discovery Science The Lancet UofG SCMH thelancet.com/journals/ebiom… a 🧵

Dermal Cell News (@dermalcell) 's Twitter Profile Photo

In a recent eBioMedicine – The Lancet Discovery Science release, Dr. Esther Lim & collaborators provide a framework to study treatment response within distinct #melanoma cell states. 📰: bit.ly/47bjHw4

In a recent <a href="/eBioMedicine/">eBioMedicine – The Lancet Discovery Science</a> release, Dr. Esther Lim &amp; collaborators provide a framework to study treatment response within distinct #melanoma cell states. 

📰: bit.ly/47bjHw4