#embryonic search results

💡Call for Papers💡 📖 Research on Stress Signaling in #Embryonic Development 🧑‍🔬Guest Editors: Dr. Poongodi Geetha-Loganathan, Dr. Norihisa Higashihori ⏰Submission Deadline: 30 March 2026 🔗Find more: mdpi.com/journal/ijms/s… #CallforPapers #OpenAccess #MDPIIJMS

IJMS_MDPI's tweet image. 💡Call for Papers💡

📖 Research on Stress Signaling in #Embryonic Development

🧑‍🔬Guest Editors: Dr. Poongodi Geetha-Loganathan,
Dr. Norihisa Higashihori
⏰Submission Deadline: 30 March 2026
🔗Find more: mdpi.com/journal/ijms/s…

#CallforPapers #OpenAccess #MDPIIJMS

🩸 Researchers tweak heart-forming #organoids to produce blood cells, in a process that mimics #embryonic development. Check it out! 👉 @TheScientistLLC | bit.ly/41ErIJ8

organoidscience's tweet image. 🩸 Researchers tweak heart-forming #organoids to produce blood cells, in a process that mimics #embryonic development.

Check it out! 👉 @TheScientistLLC | bit.ly/41ErIJ8

#Gene called Nanog from the #egg cell promotes egg production and early #embryonic #development. Video & research by Mudan He & Shengbo Jiao et al Chinese Academy of Sciences, Wuhan in @Dev_journal @Co_Biologists. More on bpod.mrc.ac.uk/archive/2023/3… with @MRC_LMS & @sophtalkssci


Scientists at @HiLIFE_helsinki reported a strong 📉 downregulation of epithelial Wnt/β-catenin activity as the #mammary bud progresses to branching. They showed that ⚡ forced activation compromises #embryonic mammary gland branching. @theJIDJournal | bit.ly/3TSnD07

MammaryCell's tweet image. Scientists at @HiLIFE_helsinki reported a strong 📉 downregulation of epithelial Wnt/β-catenin activity as the #mammary bud progresses to branching.

They showed that ⚡ forced activation compromises #embryonic mammary gland branching.

@theJIDJournal | bit.ly/3TSnD07

In this work, scientists demonstrate the efficient generation of #blastoids from iPSCs and somatic cell nuclear transfer #embryonic stem cells derived from aged monkeys, achieving an 80% formation efficiency. 🐒 📚 Find out more in @NatureComms | go.nature.com/4gp5cHM

ESC_iPSC_News's tweet image. In this work, scientists demonstrate the efficient generation of #blastoids from iPSCs and somatic cell nuclear transfer #embryonic stem cells derived from aged monkeys, achieving an 80% formation efficiency. 🐒 

📚 Find out more in @NatureComms | go.nature.com/4gp5cHM

📢 Wanna do a #PhD? Interested in how #temperature affects #embryonic development? You love #frogs and #fish? Then we are looking for you! 🖐 Exciting PhD opportunity at @KU_Leuven (Belgium) with @LendertGelens, Luc Brendonck, and myself! 📜 encr.pw/v4vkH Please RT!🙏

EliSJThore's tweet image. 📢 Wanna do a #PhD? Interested in how #temperature affects #embryonic development? You love #frogs and #fish?

Then we are looking for you! 🖐 Exciting PhD opportunity at @KU_Leuven (Belgium) with @LendertGelens, Luc Brendonck, and myself!

📜 encr.pw/v4vkH
Please RT!🙏

#Hirschsprung disease is caused by the incomplete migration of vagal #neural crest cells during #embryonic development go.nature.com/3LVd3As

DiseasePrimers's tweet image. #Hirschsprung disease is caused by the incomplete migration of vagal #neural crest cells during #embryonic development go.nature.com/3LVd3As

The Zhou Fan Laboratory @zhoufanlove has decoded that #distal visceral endoderm & #anterior visceral endoderm are two separated lineages along #embryonic A-P polarity formation, providing insights into understanding early mammalian development. bit.ly/3wbDWrT

Tsinghua_Uni's tweet image. The Zhou Fan Laboratory @zhoufanlove has decoded that #distal visceral endoderm & #anterior visceral endoderm are two separated lineages along #embryonic A-P polarity formation, providing insights into understanding early mammalian development. bit.ly/3wbDWrT

Excited about #science? Want to develop new models to understand #embryonic #cancer? Like to work with fun people? Then come join our amazing team at @lunduniversity @Lund_Stem as a #postdoc scholar! 👩🏼‍🔬🧑🏽‍🔬Help spread the word - forward to colleagues and RT 🫶

mohlinlab's tweet image. Excited about #science? Want to develop new models to understand #embryonic #cancer? Like to work with fun people? Then come join our amazing team at @lunduniversity @Lund_Stem as a #postdoc scholar! 👩🏼‍🔬🧑🏽‍🔬Help spread the word - forward to colleagues and RT 🫶

Collaborators reported a somatic developmental function for the primate-specific ERVH48-1. ERVH48-1 encodes a fragment of a viral envelope ✉️ that is expressed during early #embryonic development. 👉 bit.ly/3WRwPl6


Researchers utilized 🧫 #islet organoids derived from human #embryonic stem cells, animal models, and 🔬 #COVID19 patients to discover that FGF7 enhanced #ACE2 expression within the islets. @sigtrans_sttt | 🔗 go.nature.com/4baxSSN

organoidscience's tweet image. Researchers utilized 🧫 #islet organoids derived from human #embryonic stem cells, animal models, and 🔬 #COVID19 patients to discover that FGF7 enhanced #ACE2 expression within the islets.

@sigtrans_sttt | 🔗 go.nature.com/4baxSSN

Scientists reported RetSat, a #PSC high-expressing gene, to be a key stabilizer of chromosome condensation. They highlight the role of RetSat in #embryonic development and its potential value as a biomarker 📍 for assessing the quality of PSCs. 👉 bit.ly/3T82Moe

ESC_iPSC_News's tweet image. Scientists reported RetSat, a #PSC high-expressing gene, to be a key stabilizer of chromosome condensation.

They highlight the role of RetSat in #embryonic development and its potential value as a biomarker 📍 for assessing the quality of PSCs.

👉 bit.ly/3T82Moe

🕵️ Investigating the role and mechanism of #glia maturation factor γ (gmfg) in #embryonic HSPC development! It was found that gmfg mediates 🩸 blood flow-induced HSPC maintenance via regulation of YAP, and contributes to HSPC initiation. 🔗 bit.ly/42BoR0S

Hema_News's tweet image. 🕵️ Investigating the role and mechanism of #glia maturation factor γ (gmfg) in #embryonic HSPC development!

It was found that gmfg mediates 🩸 blood flow-induced HSPC maintenance via regulation of YAP, and contributes to HSPC initiation.

🔗 bit.ly/42BoR0S

YSM researchers report previously unknown functions of #glucose, the simple sugar molecule that powers the body’s cells. In a recent @Nature study, a team led by @YaleGenetics@BernaSozen_ says glucose #metabolism helps to guide #embryonic development: brnw.ch/21wNXQw

YaleMed's tweet image. YSM researchers report previously unknown functions of #glucose, the simple sugar molecule that powers the body’s cells. In a recent @Nature study, a team led by @YaleGenetics’ @BernaSozen_ says glucose #metabolism helps to guide #embryonic development: brnw.ch/21wNXQw

Take a closer look at the regulatory mechanisms governing the transition from #totipotency to #pluripotency during early #embryonic development. Researchers performed a CRISPR/Cas9 screen in ESCs revealing that Mdm2 regulates totipotency exit. 🚪 🔗 go.nature.com/4bHxUBj

ESC_iPSC_News's tweet image. Take a closer look at the regulatory mechanisms governing the transition from #totipotency to #pluripotency during early #embryonic development.

Researchers performed a CRISPR/Cas9 screen in ESCs revealing that Mdm2 regulates totipotency exit. 🚪 

🔗 go.nature.com/4bHxUBj

Excited to share our latest publication in which we study protein expression dynamics during early embryogenesis in mouse gastruloids & embryos. #embryonic #development #stemcells #proteomics cell.com/cell-stem-cell…

Suz_Stelloo's tweet image. Excited to share our latest publication in which we study protein expression dynamics during early embryogenesis in mouse gastruloids & embryos. 
#embryonic #development #stemcells #proteomics 

cell.com/cell-stem-cell…

Drs. @RowanKarvas, Thorold Theunissen, and team show that 3D-cultured #blastoids offer a continuous and integrated in vitro model system of human #embryonic and extraembryonic development from pre-implantation to early #gastrulation stages. @wustlcrm 👉 bit.ly/3RqTa7U

organoidscience's tweet image. Drs. @RowanKarvas, Thorold Theunissen, and team show that 3D-cultured #blastoids offer a continuous and integrated in vitro model system of human #embryonic and extraembryonic development from pre-implantation to early #gastrulation stages. @wustlcrm

👉 bit.ly/3RqTa7U
organoidscience's tweet image. Drs. @RowanKarvas, Thorold Theunissen, and team show that 3D-cultured #blastoids offer a continuous and integrated in vitro model system of human #embryonic and extraembryonic development from pre-implantation to early #gastrulation stages. @wustlcrm

👉 bit.ly/3RqTa7U

#nowplaying #Embryonic is the twelfth studio album by #experimental rock band the #FlamingLips. The band’s first double album, it was released to generally positive reviews and became their most successful album in the US, peaking at number 8 on the #Billboard200

kev_ees's tweet image. #nowplaying #Embryonic is the twelfth studio album by #experimental rock band the #FlamingLips. The band’s first double album, it was released to generally positive reviews and became their most successful album in the US, peaking at number 8 on the #Billboard200

#FOX (forkhead box) proteins are a family of transcription factors that play important roles in regulating the expression of genes involved in cell growth, proliferation, differentiation, and longevity. Many FOX proteins are important to #embryonic development.


New in @cell_res! 💡 This research highlights mouse bidirectional #PSCs as a powerful tool for investigating early lineage specification and post-gastrulation #embryonic development. 🧫 go.nature.com/4ncptnM

ESC_iPSC_News's tweet image. New in @cell_res! 💡

This research highlights mouse bidirectional #PSCs as a powerful tool for investigating early lineage specification and post-gastrulation #embryonic development. 🧫

go.nature.com/4ncptnM
ESC_iPSC_News's tweet image. New in @cell_res! 💡

This research highlights mouse bidirectional #PSCs as a powerful tool for investigating early lineage specification and post-gastrulation #embryonic development. 🧫

go.nature.com/4ncptnM
ESC_iPSC_News's tweet image. New in @cell_res! 💡

This research highlights mouse bidirectional #PSCs as a powerful tool for investigating early lineage specification and post-gastrulation #embryonic development. 🧫

go.nature.com/4ncptnM
ESC_iPSC_News's tweet image. New in @cell_res! 💡

This research highlights mouse bidirectional #PSCs as a powerful tool for investigating early lineage specification and post-gastrulation #embryonic development. 🧫

go.nature.com/4ncptnM

Research Article by T Rhen et al. (@utarlington @UNTsocial) #Embryonic #hypoxia alters #cardiac #geneexpression patterns in American #alligators, Alligator mississippiensis 🐊 ow.ly/KVpK50WBX86

PhysiologicalG's tweet image. Research Article by T Rhen et al. (@utarlington @UNTsocial) #Embryonic #hypoxia alters #cardiac #geneexpression patterns in American #alligators, Alligator mississippiensis 🐊
ow.ly/KVpK50WBX86

Remarkable finding supporting the existence of the interactions between two independent modules, #morphogenetic and #genetic, in #embryonic development. Acceleration of anterior genetic program in opossum @sermenchero cell.com/developmental-… Short 1/3


📣Review Paper Recommendation 🖌️"Canonical and Non-Canonical #Wnt Signaling Generates Molecular and Cellular Asymmetries to Establish #Embryonic Axes" by Dr. De-Li Shi (Sorbonne University, France). 📎mdpi.com/2897032 #mdpi #DevBio #Drosophila #AxisFormation #StemCell

JDBMDPI's tweet image. 📣Review Paper Recommendation

🖌️"Canonical and Non-Canonical #Wnt Signaling Generates Molecular and Cellular Asymmetries to Establish #Embryonic Axes" by Dr. De-Li Shi (Sorbonne University, France).

📎mdpi.com/2897032

#mdpi #DevBio #Drosophila #AxisFormation #StemCell

📣Recommended Review Paper 🖌️"Getting to the Core: Exploring the #Embryonic Development from #Notochord to Nucleus Pulposus" by Dr. Luca Ambrosio et al. 📎mdpi.com/2856278 #mdpijdb #DevBio #IVD #regenerative #OpenAccess


#Mosaicism is generally defined as heterogeneity of DNA content among the #embryonic cells. Using a novel method enabling simultaneous sequencing of both gDNA and mRNA, this study elucidates the transcriptomic profile of #MosaicEmbryos.


🔍Journal of Developmental Biology is recruiting Editorial Board Members! We welcome experts in #embryonic development, cell fate, #developmental #genetics & more. Help shape JDB’s future! 📤Apply: mdpi.com/journal/jdb/an… #mdpi #DevBio #EvoDevo #regeneration @MDPIBiologySubj

JDBMDPI's tweet image. 🔍Journal of Developmental Biology is recruiting Editorial Board Members!

We welcome experts in #embryonic development, cell fate, #developmental #genetics & more. Help shape JDB’s future!

📤Apply: mdpi.com/journal/jdb/an… 

#mdpi #DevBio #EvoDevo #regeneration @MDPIBiologySubj

🚨 Call for Papers! Exploring #embryonic metabolism? Submit your article to our new Research Topic here👉 fro.ntiers.in/RT70995 Edited by Drs. @MPMilazzotto, @chiarattimr, Leroy & Lima! #CellDevBio #Embryo #metabolism #research

FrontCellDevBio's tweet image. 🚨 Call for Papers! Exploring #embryonic metabolism? Submit your article to our new Research Topic here👉 fro.ntiers.in/RT70995

Edited by Drs. @MPMilazzotto, @chiarattimr, Leroy & Lima!  

#CellDevBio #Embryo #metabolism #research

Learn more about the characteristics of existing mouse and human #embryonic and extraembryonic stem cells! The authors review recent advancements in developing mouse and human embryo models. 👇 🧫 go.nature.com/3Rwh2WJ | @CellDiscovery

ESC_iPSC_News's tweet image. Learn more about the characteristics of existing mouse and human #embryonic and extraembryonic stem cells! 

The authors review recent advancements in developing mouse and human embryo models.  👇 

🧫 go.nature.com/3Rwh2WJ | @CellDiscovery

Embryonic Stem Cells Research Paper …m-Cells-Research-Paper.buypapers.club #Embryonic, #Stem, #Cells, #Research, #Paper Embarking on the journey of writing a thesis is akin to navigating through a labyrinth of complexities and challenges. One of the most daunting tasks within this academic od…

GalinaStepano11's tweet image. Embryonic Stem Cells Research Paper
…m-Cells-Research-Paper.buypapers.club
#Embryonic, #Stem, #Cells, #Research, #Paper Embarking on the journey of writing a thesis is akin to navigating through a labyrinth of complexities and challenges. One of the most daunting tasks within this academic od…

Looking at our new Zenker Lab group photo and reflecting back how it all started. What connects us all is our passion to discover new things about #stem #cells & #embryonic #development. It will advance our ability us to restore diseased or damaged body functions. @ARMI_Labs

LabZenker's tweet image. Looking at our new Zenker Lab group photo and reflecting back how it all started. What connects us all is our passion to discover new things about #stem #cells & #embryonic #development. It will advance our ability us to restore diseased or damaged body functions. @ARMI_Labs

Excited about #science? Want to develop new models to understand #embryonic #cancer? Like to work with fun people? Then come join our amazing team at @lunduniversity @Lund_Stem as a #postdoc scholar! 👩🏼‍🔬🧑🏽‍🔬Help spread the word - forward to colleagues and RT 🫶

mohlinlab's tweet image. Excited about #science? Want to develop new models to understand #embryonic #cancer? Like to work with fun people? Then come join our amazing team at @lunduniversity @Lund_Stem as a #postdoc scholar! 👩🏼‍🔬🧑🏽‍🔬Help spread the word - forward to colleagues and RT 🫶

#Hirschsprung disease is caused by the incomplete migration of vagal #neural crest cells during #embryonic development go.nature.com/3LVd3As

DiseasePrimers's tweet image. #Hirschsprung disease is caused by the incomplete migration of vagal #neural crest cells during #embryonic development go.nature.com/3LVd3As

Scientists at @HiLIFE_helsinki reported a strong 📉 downregulation of epithelial Wnt/β-catenin activity as the #mammary bud progresses to branching. They showed that ⚡ forced activation compromises #embryonic mammary gland branching. @theJIDJournal | bit.ly/3TSnD07

MammaryCell's tweet image. Scientists at @HiLIFE_helsinki reported a strong 📉 downregulation of epithelial Wnt/β-catenin activity as the #mammary bud progresses to branching.

They showed that ⚡ forced activation compromises #embryonic mammary gland branching.

@theJIDJournal | bit.ly/3TSnD07

📢 Wanna do a #PhD? Interested in how #temperature affects #embryonic development? You love #frogs and #fish? Then we are looking for you! 🖐 Exciting PhD opportunity at @KU_Leuven (Belgium) with @LendertGelens, Luc Brendonck, and myself! 📜 encr.pw/v4vkH Please RT!🙏

EliSJThore's tweet image. 📢 Wanna do a #PhD? Interested in how #temperature affects #embryonic development? You love #frogs and #fish?

Then we are looking for you! 🖐 Exciting PhD opportunity at @KU_Leuven (Belgium) with @LendertGelens, Luc Brendonck, and myself!

📜 encr.pw/v4vkH
Please RT!🙏

🩸 Researchers tweak heart-forming #organoids to produce blood cells, in a process that mimics #embryonic development. Check it out! 👉 @TheScientistLLC | bit.ly/41ErIJ8

organoidscience's tweet image. 🩸 Researchers tweak heart-forming #organoids to produce blood cells, in a process that mimics #embryonic development.

Check it out! 👉 @TheScientistLLC | bit.ly/41ErIJ8

Looking at our new Zenker Lab group photo and reflecting back how it all started. What connects us all is our passion to discover new things about #stem #cells & #embryonic #development. It will advance our ability us to restore diseased or damaged body functions. @ARMI_Labs

LabZenker's tweet image. Looking at our new Zenker Lab group photo and reflecting back how it all started. What connects us all is our passion to discover new things about #stem #cells & #embryonic #development. It will advance our ability us to restore diseased or damaged body functions. @ARMI_Labs

Drs. @RowanKarvas, Thorold Theunissen, and team show that 3D-cultured #blastoids offer a continuous and integrated in vitro model system of human #embryonic and extraembryonic development from pre-implantation to early #gastrulation stages. @wustlcrm 👉 bit.ly/3RqTa7U

organoidscience's tweet image. Drs. @RowanKarvas, Thorold Theunissen, and team show that 3D-cultured #blastoids offer a continuous and integrated in vitro model system of human #embryonic and extraembryonic development from pre-implantation to early #gastrulation stages. @wustlcrm

👉 bit.ly/3RqTa7U
organoidscience's tweet image. Drs. @RowanKarvas, Thorold Theunissen, and team show that 3D-cultured #blastoids offer a continuous and integrated in vitro model system of human #embryonic and extraembryonic development from pre-implantation to early #gastrulation stages. @wustlcrm

👉 bit.ly/3RqTa7U

Researchers utilized 🧫 #islet organoids derived from human #embryonic stem cells, animal models, and 🔬 #COVID19 patients to discover that FGF7 enhanced #ACE2 expression within the islets. @sigtrans_sttt | 🔗 go.nature.com/4baxSSN

organoidscience's tweet image. Researchers utilized 🧫 #islet organoids derived from human #embryonic stem cells, animal models, and 🔬 #COVID19 patients to discover that FGF7 enhanced #ACE2 expression within the islets.

@sigtrans_sttt | 🔗 go.nature.com/4baxSSN

Dr. Katheryn Rothenberg (@KRothPhD) and researchers at @UofT found that the cells adjacent to wounds 🩹 in the Drosophila 🪰 #embryonic epidermis also polarized Talin, a core component of cell-#ECM adhesions. @J_Cell_Sci | bitly.ws/32BWY

ExtracellMatrix's tweet image. Dr. Katheryn Rothenberg (@KRothPhD) and researchers at @UofT found that the cells adjacent to wounds 🩹 in the Drosophila 🪰 #embryonic epidermis also polarized Talin, a core component of cell-#ECM adhesions. 

@J_Cell_Sci | bitly.ws/32BWY

Directly from @MIT a new image produced by @RamApp_tool by @bresci_arianna These are aggregated #living mouse #embryonic #stem #cells exiting from pluripotency and showing differentiation features. Steps: despike, automatic optical substrate removal, single bands integration

RamApp_tool's tweet image. Directly from @MIT a new image produced by @RamApp_tool by @bresci_arianna 
These are aggregated #living mouse #embryonic #stem #cells exiting from pluripotency and showing differentiation features. 
Steps: despike, automatic optical substrate removal, single bands integration

👏 Congratulations to Dr. Yonatan Stelzer's team at @WeizmannScience! Their latest study defines the 🧬genome-wide occupancy and exchange pattern of canonical and non-canonical #histone variants in mouse #embryonic stem cells by genetically encoded exchange sensors.

ESC_iPSC_News's tweet image. 👏 Congratulations to Dr. Yonatan Stelzer's team at @WeizmannScience!

Their latest study defines the 🧬genome-wide occupancy and exchange pattern of canonical and non-canonical #histone variants in mouse #embryonic stem cells by genetically encoded exchange sensors.

Happy to share our paper “Histone exchange sensors reveal variant specific dynamics in mouse embryonic stem cells”. Together with @BarkaLab we adapted molecular sensor for histone exchange in mammals. Huge thanks to @FJonas15 and Gilad who were major force of this paper!



Expression of #reprogramming factors results in unique consequences not seen when cells are 💻 reprogrammed ex vivo. 🔎 Explore the potential of in vivo reprogramming for studying #embryonic development, cancer, and so much more! @UTokyo_News_en | 👉 bit.ly/44G4tNh

ESC_iPSC_News's tweet image. Expression of #reprogramming factors results in unique consequences not seen when cells are 💻 reprogrammed ex vivo.

🔎 Explore the potential of in vivo reprogramming for studying #embryonic development, cancer, and so much more!

@UTokyo_News_en | 👉 bit.ly/44G4tNh

Biased chromosomal segregation errors may lead to distinct karyotypes in #cancers and #embryonic #development. How? 👉 Discover the #mechanobiology of mitosis in Dr. Iva Tolić's #academictalk 🔗 tinyurl.com/bddrff4w 📸 National Cancer Institute on Unsplash #FEBS_JS #YoungFEBS

FEBS_JS's tweet image. Biased chromosomal segregation errors may lead to distinct karyotypes in #cancers and #embryonic #development. How?
👉 Discover the #mechanobiology of mitosis in Dr. Iva Tolić's #academictalk
🔗 tinyurl.com/bddrff4w
📸 National Cancer Institute on Unsplash
#FEBS_JS #YoungFEBS

🕵️ Investigating the role and mechanism of #glia maturation factor γ (gmfg) in #embryonic HSPC development! It was found that gmfg mediates 🩸 blood flow-induced HSPC maintenance via regulation of YAP, and contributes to HSPC initiation. 🔗 bit.ly/42BoR0S

Hema_News's tweet image. 🕵️ Investigating the role and mechanism of #glia maturation factor γ (gmfg) in #embryonic HSPC development!

It was found that gmfg mediates 🩸 blood flow-induced HSPC maintenance via regulation of YAP, and contributes to HSPC initiation.

🔗 bit.ly/42BoR0S

🥼 Investigators generated highly proliferative and #immunosuppressive pericyte-like cells from #embryonic stem cells. Check it out! 👉 bit.ly/3OTB0tv

ESC_iPSC_News's tweet image. 🥼 Investigators generated highly proliferative and #immunosuppressive pericyte-like cells from #embryonic stem cells.

Check it out! 👉 bit.ly/3OTB0tv

Excited to share our latest publication in which we study protein expression dynamics during early embryogenesis in mouse gastruloids & embryos. #embryonic #development #stemcells #proteomics cell.com/cell-stem-cell…

Suz_Stelloo's tweet image. Excited to share our latest publication in which we study protein expression dynamics during early embryogenesis in mouse gastruloids & embryos. 
#embryonic #development #stemcells #proteomics 

cell.com/cell-stem-cell…

[New paper] The #embryonic and #larval development of the long-lived, keystone #mussel Modiolus modiolus: Implications for its #restoration using #conservation #aquaculture Published in Aquaculture. Available here: doi.org/10.1016/j.aqua… @DrJoseMFarinas @QUBelfast

MfrcATU's tweet image. [New paper]

The #embryonic and #larval development of the long-lived, keystone #mussel Modiolus modiolus: Implications for its #restoration using #conservation #aquaculture 

Published in Aquaculture. Available here:
doi.org/10.1016/j.aqua…

@DrJoseMFarinas 
@QUBelfast

YSM researchers report previously unknown functions of #glucose, the simple sugar molecule that powers the body’s cells. In a recent @Nature study, a team led by @YaleGenetics@BernaSozen_ says glucose #metabolism helps to guide #embryonic development: brnw.ch/21wNXQw

YaleMed's tweet image. YSM researchers report previously unknown functions of #glucose, the simple sugar molecule that powers the body’s cells. In a recent @Nature study, a team led by @YaleGenetics’ @BernaSozen_ says glucose #metabolism helps to guide #embryonic development: brnw.ch/21wNXQw

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