DevelopmentalDynamic (@developmentaldy) 's Twitter Profile
DevelopmentalDynamic

@developmentaldy

Scientific journal publishing interdisciplinary advances in developmental biology, evolution, stem cells, disease, and regeneration.
@devdynamics.bsky.social

ID: 450815520

linkhttp://www.wiley.com/developmentaldynamics calendar_today30-12-2011 17:57:58

1,1K Tweet

1,1K Followers

9 Following

DevelopmentalDynamic (@developmentaldy) 's Twitter Profile Photo

#Neural tube defects caused by #genetic or #environmental factors affect 300,000 babies per year worldwide. Learn how #Fuz is required for #neuroepithelial integrity, and persistent loss of neuroepithelial stiffness precedes #exencephaly. doi.org/10.1002/dvdy.7… Donato, PhD 🚩

#Neural tube defects caused by #genetic or #environmental factors affect 300,000 babies per year worldwide. Learn how #Fuz is required for #neuroepithelial integrity, and persistent loss of neuroepithelial stiffness precedes #exencephaly. doi.org/10.1002/dvdy.7… <a href="/carlo_donato/">Donato, PhD 🚩</a>
DevelopmentalDynamic (@developmentaldy) 's Twitter Profile Photo

Join us Wednesday Oct 30 at 12pm ET for the next "Inspiring Scientific Curiosity and Discovery" webinar. Dr Angelo Iulianela will discuss “NEURONS ON THE MOVE: HOW NEURONAL MIGRATION SHAPES BRAIN ANATOMY DURING DEVELOPMENT” Registration is free: anatomy.org/ANATOMY/Meetin…

Join us Wednesday Oct 30 at 12pm ET for the next "Inspiring Scientific Curiosity and Discovery" webinar.

Dr Angelo Iulianela will discuss “NEURONS ON THE MOVE: HOW NEURONAL MIGRATION SHAPES BRAIN ANATOMY DURING DEVELOPMENT”

Registration is free: anatomy.org/ANATOMY/Meetin…
DevelopmentalDynamic (@developmentaldy) 's Twitter Profile Photo

The Art of Science - Cover of Developmental Dynamics Isl1/2+ ganglion and amacrine cells (green) and Caspase-3+ (red) in the developing retina and eye lid junction. With thanks to Leif Carlsson, Christoffer Nord, Iwan Jones, Maria Garcia-Maestre, and Anna-Carin Hägglund

The Art of Science - Cover of Developmental Dynamics

Isl1/2+ ganglion and amacrine cells (green) and Caspase-3+ (red) in the developing retina and eye lid junction. 

With thanks to Leif Carlsson, Christoffer Nord, Iwan Jones, Maria Garcia-Maestre, and Anna-Carin Hägglund
DevelopmentalDynamic (@developmentaldy) 's Twitter Profile Photo

#Blood Development: In this study, the authors generated epoa-deficient #zebrafish as a model of Diamond–Blackfan #anemia like (DBAL), which occurs in humans in association with recessive loss-of-function mutations in #EPO. doi.org/10.1002/dvdy.7…

#Blood Development: In this study, the authors generated epoa-deficient #zebrafish as a model of Diamond–Blackfan #anemia like (DBAL), which occurs in humans in association with recessive loss-of-function mutations in #EPO. doi.org/10.1002/dvdy.7…
DevelopmentalDynamic (@developmentaldy) 's Twitter Profile Photo

#Craniofacial Development: Variants in #ALX4 have been associated with parietal foramina and frontonasal dysplasia with #alopecia in humans. Learn how Alx4 is crucial for craniofacial development, #hair growth and #regeneration doi.org/10.1002/dvdy.7…

#Craniofacial Development: Variants in #ALX4 have been associated with parietal foramina and frontonasal dysplasia with #alopecia in humans. Learn how Alx4 is crucial for craniofacial development, #hair growth and #regeneration doi.org/10.1002/dvdy.7…
DevelopmentalDynamic (@developmentaldy) 's Twitter Profile Photo

Join us Today Oct 30 at 12pm ET for the next "Inspiring Scientific Curiosity and Discovery" webinar. Dr Angelo Iulianela will discuss “NEURONS ON THE MOVE: HOW NEURONAL MIGRATION SHAPES BRAIN ANATOMY DURING DEVELOPMENT” Registration is free: anatomy.org/ANATOMY/ANATOM…

DevelopmentalDynamic (@developmentaldy) 's Twitter Profile Photo

Thank you to Dr Angelo Iulianella for a fantastic presentation and journey through formation of the cerebral cortex and cerebellum, highlighting different types of neuronal migration, and the importance of neuronal cytoarchitecture in brain development and neurological disorders.

Thank you to Dr Angelo Iulianella for a fantastic presentation and journey through formation of the cerebral cortex and cerebellum, highlighting different types of neuronal migration, and the importance of neuronal cytoarchitecture in brain development and neurological disorders.
DevelopmentalDynamic (@developmentaldy) 's Twitter Profile Photo

The #retina develops from a pool of retinal #progenitor cells into six #neuronal and one #glial cell type whose cell bodies are organized within three nuclear layers. Reduced #mTORC1-signaling in progenitor cells leads to retinal lamination deficits. doi.org/10.1002/dvdy.7…

The #retina develops from a pool of retinal #progenitor cells into six #neuronal and one #glial cell type whose cell bodies are organized within three nuclear layers. Reduced #mTORC1-signaling in progenitor cells leads to retinal lamination deficits. doi.org/10.1002/dvdy.7…
DevelopmentalDynamic (@developmentaldy) 's Twitter Profile Photo

During #embryogenesis, the #heart rate of an organism increases with ontogenetic maturation and #sinoatrial node cells are considered the #pacemaker cells. This study provides insights into the mechanisms of heart rate acceleration and design of pacemakers doi.org/10.1002/dvdy.7…

During #embryogenesis, the #heart rate of an organism increases with ontogenetic maturation and #sinoatrial node cells are considered the #pacemaker cells. This study provides insights into the mechanisms of heart rate acceleration and design of pacemakers doi.org/10.1002/dvdy.7…
DevelopmentalDynamic (@developmentaldy) 's Twitter Profile Photo

#Polycystic ovary syndrome (#PCOS) is an #endocrine disorder of the reproductive system, which affects #fertility. Learn how gap junction channels impact #folliculogenesis, #oocyte growth and maturation in the #ovary, and how dysfunction causes PCOS doi.org/10.1002/dvdy.7…

#Polycystic ovary syndrome (#PCOS) is an #endocrine disorder of the reproductive system, which affects #fertility. Learn how gap junction channels impact #folliculogenesis, #oocyte growth and maturation in the #ovary, and how dysfunction causes PCOS
doi.org/10.1002/dvdy.7…
DevelopmentalDynamic (@developmentaldy) 's Twitter Profile Photo

The Art of Science - Cover of Developmental Dynamics #Phalloidin-stained #musculature in the scolex and neck of the #tapeworm Hymenolepis microstoma. Thanks to Francesca Jarero, Andrew Baillie, Nick Riddiford, Jimena Montagne, Uriel Koziol and Peter Olson anatomypubs.onlinelibrary.wiley.com/toc/10970177/c…

The Art of Science - Cover of Developmental Dynamics

#Phalloidin-stained #musculature in the scolex and neck of the #tapeworm Hymenolepis microstoma. Thanks to Francesca Jarero, Andrew Baillie, Nick Riddiford, Jimena Montagne, Uriel Koziol and Peter Olson
anatomypubs.onlinelibrary.wiley.com/toc/10970177/c…
DevelopmentalDynamic (@developmentaldy) 's Twitter Profile Photo

#Obesity affects nearly 1 in every 8 #humans and is a major risk factor for human #diseases. This review describes the mechanisms governing #adipose development, distribution and function, and the conversion of white into beige adipose #tissue. doi.org/10.1002/dvdy.7…

#Obesity affects nearly 1 in every 8 #humans and is a major risk factor for human #diseases. This review describes the mechanisms governing #adipose development, distribution and function, and the conversion of white into beige adipose #tissue. doi.org/10.1002/dvdy.7…
DevelopmentalDynamic (@developmentaldy) 's Twitter Profile Photo

#Arthropods, #annelids and #chordates all possess segments, the #evolution of which facilitated the generation of repeat #anatomical units. Learn how #segmentation in #tapeworms may have originated in the #muscular system. doi.org/10.1002/dvdy.7…

#Arthropods, #annelids and #chordates all possess segments, the #evolution of which facilitated the generation of repeat #anatomical units. Learn how #segmentation in #tapeworms may have originated in the #muscular system. doi.org/10.1002/dvdy.7…
DevelopmentalDynamic (@developmentaldy) 's Twitter Profile Photo

The #spinalcord sends motor commands and relays #sensory information between the #brain and body. A new #gene expression screen in #zebrafish identified novel #transcription factors and #regulatory networks of #neural #circuitry and spinal cord function. doi.org/10.1002/dvdy.7…

The #spinalcord sends motor commands and relays #sensory information between the #brain and body. A new #gene expression screen in #zebrafish identified novel #transcription factors and #regulatory networks of #neural #circuitry and spinal cord function.  doi.org/10.1002/dvdy.7…
DevelopmentalDynamic (@developmentaldy) 's Twitter Profile Photo

Rapid generation of single-insertion #transgenics by #Tol2 transposition in #zebrafish. This study describes modifications to Tol2-mediated transgenesis that facilitates the generation of multiple independent single-insertion F1 transgenic lines doi.org/10.1002/dvdy.7…

Rapid generation of single-insertion #transgenics by #Tol2 transposition in #zebrafish. This study describes modifications to Tol2-mediated transgenesis that facilitates the generation of multiple independent single-insertion F1 transgenic lines doi.org/10.1002/dvdy.7…
American Association for Anatomy (@anatomyorg) 's Twitter Profile Photo

Inspiring Scientific Curiosity and Discovery is back after the break with guest speaker, Eames Lab on February 26 at noon EST. Sign up today and learn about the evolution and development of cartilage and bone: ow.ly/QL0n50UZBiC #Anatomy25 #AAA

Inspiring Scientific Curiosity and Discovery is back after the break with guest speaker, <a href="/EamesLab/">Eames Lab</a> on February 26 at noon EST. Sign up today and learn about the evolution and development of cartilage and bone:
ow.ly/QL0n50UZBiC
#Anatomy25 #AAA
DevelopmentalDynamic (@developmentaldy) 's Twitter Profile Photo

Join us Wednesday February 26th, 12pm ET for the Inspiring Scientific Curiosity and Discovery webinar. Learn about "The evolution and development of cartilage and bone" from Dr Brian Eames. The webinar is free to attend. Register here: anatomy.org/ANATOMY/Meetin…

Join us Wednesday February 26th, 12pm ET for the Inspiring Scientific Curiosity and Discovery webinar.
  
Learn about "The evolution and development of cartilage and bone" from Dr Brian Eames.

The webinar is free to attend. Register here:
anatomy.org/ANATOMY/Meetin…