#devbio resultados de búsqueda
🪱 Planarian (Schmidtea mediterranea) ✨ Planarians can regenerate a complete body from tiny fragments thanks to their amazing pluripotent stem cells (neoblasts) 🧬 A star of regeneration and stem cell biology 📸 Image by Rachel Gandee #ModelMonday #DevBio
Today is the 100th anniversary of the birth of Robert Edwards, #IVF pioneer and someone who, unknowingly, bridged #DevBio #Gynecology and Endocrinology in a highly successful manner 🧵
Prof. Sir John Gurdon (1933-2025). It is with great sadness that I share the news of the death of a father of the Xenopus field, Professor Sir John Gurdon. xenbase.org/xenbase/doNews… #science #devbio #xenopus #frogs
Happy to share these gorgeous images of a section of a developing chicken brain with fiery green, orange, and blue microtubules and explanted #NeuralCrest cells with green actin and pink microtubules taken by @CamiloE_ on this #FluorescenceFriday. #DevBio
Also to stress the importance of fudamental curiosity driven science - his #devbio work served as the foundation for much of stem cell biology and regenerative medicine
John Gurdon en.wikipedia.org/wiki/John_Gurd…, beacon of a generation that tackled head on the deepest question of biology: the development of an organism. The best tribute to him and his peers should be to remember and follow the path they forged for how to do Science in form and content.
Pathway to Independence: a forecast for the future of developmental biology In this Perspective, each of our 2025 Pathway to Independence Fellows discuss future outlooks for #DevBio and how their work will contribute to this exciting new era journals.biologists.com/dev/article/15…
✨Drosophila melanogaster 🪰The fly that changed science 🔬Drosophila has been a cornerstone for understanding genetic control of development, axis patterning, and organogenesis 🧪 GIF from Bruno Vellutini #ModelMonday #DevBio
Continuing into the Fall 2025 semester, we have a great line up of talks at Rice University about #devbio, with a special focus on #neurodevelopment and #neurobiology 🧬🧪 #NeuroatRice
@RiceUniversity, we started a #DevBio SuperGroup Colloquia where trainees formally presented their work all last academic year. It was a resounding success! Check out some of the cool science happening at Rice in developmental biology. Special thank you to Lucia Rivas!
🐟 Zebrafish (Danio rerio): Clear as glass, zebrafish embryos let you watch organs form in real time. A powerhouse for studying organogenesis and regeneration, they’re also champions of transgenic expression of fluorescent proteins 🌈 image from Gopi Shah 🧪 #ModelMonday #DevBio
✨ They say true beauty is on the inside… This zebrafish took that personally 🐟 🟢 Bone 🟣 tendon & ligament🔬Image by Hung-Jhen (Olivia) Chen #FluorescenceFriday #DevBio #Zebrafish
So excited to see my Hammerhead #Shark development article IN PRINT in the Washington Post yesterday, along with a huge image of the Bonnethead shark developmental series by Steven Byrum! 🔨💀🦈 #hammertime #devbio #sharks
Axolotl (Ambystoma mexicanum)🦎 can regrow limbs, tail, spinal cord, heart, and even parts of its brain. Axolotls are champions of regeneration and also shed light on limb patterning, wound healing, and developmental plasticity. Image from Prayag Murawala #ModelMonday #DevBio
🔬Two heads are better than one… even in frogs! 🐸✨ This Xenopus laevis embryo developed with two heads, offering a striking view of early developmental patterning. 🟢 actin 🟣 neural tissue 🔵 nuclei. Image by Kourtnie Whitfield. #FluorescenceFriday #DevBio #Xenopus
Check out this RARE malformed embryo Sandbar Shark (Carcharhinus plumbeus) @FloridaMuseum. The set of misshapen "donut" shark embryos show a complete lack of posterior anatomy, including the tail. Looks more like an Ocean Sunfish, Mola mola! CT scan to follow! #shark #devbio 🦈
Lot of new preLights this week 🙌 @LiRuoheng36210 discusses a study from the Extavour Lab @redmakeda studying an extraordinary case of epithelial morphogenesis. How shrimp embryos set up an epithelial checkerboard: down and across. #preLight #DevBio ⬇️👀prelights.biologists.com/highlights/lin…
To celebrate the latest delivery of small-spotted catshark eggs (Scyliorhinus canicula) from the coast of Wales.. here is a baby shark hanging out inside its cosy egg case - resting on a huge yolk sac! 🦈🥚🏴 #shark #devbio
So handsome! #DevBio #NeuralCrest #Pigment 🤩
This is Finley. He has a rare genetic mutation that causes patches of different colors in his coat. It is completely harmless, but it does make him completely handsome. 14/10 (IG: jaktlabben.finley)
🐣Chick embryo (Gallus gallus domesticus): a window into vertebrate development. From heart and limb formation to neural crest migration and axis patterning, this model has been cracking the developmental code for over a century. Image by Vincent Pasque #ModelMonday #DevBio
After this long week, I hope to be sleeping soon and look as peaceful as this E10.5 embryo. Six1 in cyan, Foxd1 in yellow. #FluorescenceFriday #devbio Image courtesy of amazing grad students Matt Stevenson and @P_NGUETTA.
Continuing into the Fall 2025 semester, we have a great line up of talks at Rice University about #devbio, with a special focus on #neurodevelopment and #neurobiology 🧬🧪 #NeuroatRice
@RiceUniversity, we started a #DevBio SuperGroup Colloquia where trainees formally presented their work all last academic year. It was a resounding success! Check out some of the cool science happening at Rice in developmental biology. Special thank you to Lucia Rivas!
🎉 JDB Travel Award — Application Deadline Approaching! Apply by 30 November 2025 for a chance to receive CHF 800 and a certificate to support your conference participation.🌍✈️ 👉 Apply: mdpi.com/journal/jdb/aw… #DevBio #TravelAward #mdpi @MDPIBiologySubj
So handsome! #DevBio #NeuralCrest #Pigment 🤩
This is Finley. He has a rare genetic mutation that causes patches of different colors in his coat. It is completely harmless, but it does make him completely handsome. 14/10 (IG: jaktlabben.finley)
Prof. Sir John Gurdon (1933-2025). It is with great sadness that I share the news of the death of a father of the Xenopus field, Professor Sir John Gurdon. xenbase.org/xenbase/doNews… #science #devbio #xenopus #frogs
Also to stress the importance of fudamental curiosity driven science - his #devbio work served as the foundation for much of stem cell biology and regenerative medicine
John Gurdon en.wikipedia.org/wiki/John_Gurd…, beacon of a generation that tackled head on the deepest question of biology: the development of an organism. The best tribute to him and his peers should be to remember and follow the path they forged for how to do Science in form and content.
Pathway to Independence: a forecast for the future of developmental biology In this Perspective, each of our 2025 Pathway to Independence Fellows discuss future outlooks for #DevBio and how their work will contribute to this exciting new era journals.biologists.com/dev/article/15…
Lot of new preLights this week 🙌 @LiRuoheng36210 discusses a study from the Extavour Lab @redmakeda studying an extraordinary case of epithelial morphogenesis. How shrimp embryos set up an epithelial checkerboard: down and across. #preLight #DevBio ⬇️👀prelights.biologists.com/highlights/lin…
🪱 Planarian (Schmidtea mediterranea) ✨ Planarians can regenerate a complete body from tiny fragments thanks to their amazing pluripotent stem cells (neoblasts) 🧬 A star of regeneration and stem cell biology 📸 Image by Rachel Gandee #ModelMonday #DevBio
The second phase (1972-1978, Louise Brown’s birth) required the combination of the earlier #DevBio with gynecology and endocrinology. This is when it drifts into technology and mauve loses the limelight of basic biology.
There are two periods to Edwards work. First, 1961-1971, is all about developmental biology. Egg maturation, fertilization and most significantly growth of the zygote into a blastocyst are landmarks in #DevBio.
This is a good opportunity to reflect on what many people deem a technique addressing issues of human fertility but is a blend of different disciplines w/ DevBio at the center. It is important to acknowledge that all IVF issues are about #DevBio.
Today is the 100th anniversary of the birth of Robert Edwards, #IVF pioneer and someone who, unknowingly, bridged #DevBio #Gynecology and Endocrinology in a highly successful manner 🧵
🚨 Notable Review Papers Published in 2024 | Journal of Developmental Biology We are delighted to highlight some of the most impactful review articles from JDB in 2024. 🔗mdpi.com/about/announce… #OpenAccess #DevBio #StemCells #Epigenetics #EvoDevo #embryo #mdpi
Those images sound fascinating, Dr. Rogers! The visualization of microtubules and actin often reveals much about dynamic cellular processes. How does this align with your current hypotheses on neural crest cell development? #DevBio #FluorescenceFriday For anyone interested in…
✨ They say true beauty is on the inside… This zebrafish took that personally 🐟 🟢 Bone 🟣 tendon & ligament🔬Image by Hung-Jhen (Olivia) Chen #FluorescenceFriday #DevBio #Zebrafish
🪱 Planarian (Schmidtea mediterranea) ✨ Planarians can regenerate a complete body from tiny fragments thanks to their amazing pluripotent stem cells (neoblasts) 🧬 A star of regeneration and stem cell biology 📸 Image by Rachel Gandee #ModelMonday #DevBio
So excited to see my Hammerhead #Shark development article IN PRINT in the Washington Post yesterday, along with a huge image of the Bonnethead shark developmental series by Steven Byrum! 🔨💀🦈 #hammertime #devbio #sharks
🐟 Zebrafish (Danio rerio): Clear as glass, zebrafish embryos let you watch organs form in real time. A powerhouse for studying organogenesis and regeneration, they’re also champions of transgenic expression of fluorescent proteins 🌈 image from Gopi Shah 🧪 #ModelMonday #DevBio
✨ They say true beauty is on the inside… This zebrafish took that personally 🐟 🟢 Bone 🟣 tendon & ligament🔬Image by Hung-Jhen (Olivia) Chen #FluorescenceFriday #DevBio #Zebrafish
Happy to share these gorgeous images of a section of a developing chicken brain with fiery green, orange, and blue microtubules and explanted #NeuralCrest cells with green actin and pink microtubules taken by @CamiloE_ on this #FluorescenceFriday. #DevBio
Axolotl (Ambystoma mexicanum)🦎 can regrow limbs, tail, spinal cord, heart, and even parts of its brain. Axolotls are champions of regeneration and also shed light on limb patterning, wound healing, and developmental plasticity. Image from Prayag Murawala #ModelMonday #DevBio
Check out this RARE malformed embryo Sandbar Shark (Carcharhinus plumbeus) @FloridaMuseum. The set of misshapen "donut" shark embryos show a complete lack of posterior anatomy, including the tail. Looks more like an Ocean Sunfish, Mola mola! CT scan to follow! #shark #devbio 🦈
To celebrate the latest delivery of small-spotted catshark eggs (Scyliorhinus canicula) from the coast of Wales.. here is a baby shark hanging out inside its cosy egg case - resting on a huge yolk sac! 🦈🥚🏴 #shark #devbio
Prof. Sir John Gurdon (1933-2025). It is with great sadness that I share the news of the death of a father of the Xenopus field, Professor Sir John Gurdon. xenbase.org/xenbase/doNews… #science #devbio #xenopus #frogs
A cool shot of a shark embryo (Scyliorhinus canicula; stage 32). This image shows the amazing iridescent eye pigment (iris) and external gill filaments escaping through the gill slits and spiracle (an opening just behind the eye). #shark #babyshark #devbio #evodevo 🦈
Shiny Shark! Baby small-spotted catshark (Scyliorhinus canicula) showing off its iridescent skin pigment and amazing 'cat-like' eyes! 🏴🦈🦷 #devbio #evodevo #shark #skinteeth
Today is the 100th anniversary of the birth of Robert Edwards, #IVF pioneer and someone who, unknowingly, bridged #DevBio #Gynecology and Endocrinology in a highly successful manner 🧵
It always feels great to be in the lab.. especially when you get to make pretty #shark ribbons!! These are catshark (Scyliorhinus canicula) hatchling heads, paraffin embedded thin sections - cut in sagittal plane! So much detail! 🦈🙌🏴 #devbio #toothhunting #ffpe #sharkscience
After this long week, I hope to be sleeping soon and look as peaceful as this E10.5 embryo. Six1 in cyan, Foxd1 in yellow. #FluorescenceFriday #devbio Image courtesy of amazing grad students Matt Stevenson and @P_NGUETTA.
🐣Chick embryo (Gallus gallus domesticus): a window into vertebrate development. From heart and limb formation to neural crest migration and axis patterning, this model has been cracking the developmental code for over a century. Image by Vincent Pasque #ModelMonday #DevBio
🔬Two heads are better than one… even in frogs! 🐸✨ This Xenopus laevis embryo developed with two heads, offering a striking view of early developmental patterning. 🟢 actin 🟣 neural tissue 🔵 nuclei. Image by Kourtnie Whitfield. #FluorescenceFriday #DevBio #Xenopus
The Gredler Lab @Harvard @MCB_Harvard is hiring Postdoctoral Fellows! If you are interested in using high-resolution imaging of live embryos to ask how cells build tissues, please apply at the link below. #DevBio #sciencenews tinyurl.com/GredlerLab-Pos…
✨Nervous about development? Don’t be! 🧠 E13.5 🐁 embryo showing nerves (🩵) and endothelial cells (💙) weaving together in the developing pup 🔬 image by Nathan Burns 🧪 #FluorescenceFriday #DevBio #MouseEmbryo
✨Development meets design in this embryonic chameleon lung 🫁 🦎. Smooth muscle swirls 🟣 and branching tips and cartilage 🟢 come together in reptilian lung morphogenesis. Image taken by @katie_e_goodwin 🔬🧪 #FluorescenceFriday #DevBio
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