Our lab (Toyooka Lab @LabToyooka) at Drexel University in Philadelphia is seeking a research assistant who is enthusiastic about autism research. We study the efficacy of peptides on neuronal morphology (neurite/spine/synapse formation), neural circuits and behaviors using autism mouse models (See the details about the project at the lab webpage: https://toyooka-lab.academic.ws/).
Please see the details and apply for this position (Job #: 501807) at the Drexel Human Resources website. https://careers.drexel.edu/en-us/job/501807/research-assistant-i
If you have any questions, please email me at kt469@drexel.edu.
#autism #ASD #therapy #DrugDiscovery #ResearchAssistant #ResearchAssistantJob #AcademicJob #LabTechnician #neuroscience #brain #CellBiology #BrainDevelopment #neurodevelopment #neurodevelopmentalDisorder #Axon #dendrites #Synapse #NeuralCircuit #philadelphia
#autism #asd #therapy #drugdiscovery #researchassistant #researchassistantjob #academicjob #labtechnician #neuroscience #brain #cellbiology #braindevelopment #neurodevelopment #neurodevelopmentaldisorder #axon #dendrites #synapse #neuralcircuit #philadelphia
Our lab (Toyooka Lab @LabToyooka) at Drexel University in Philadelphia is seeking a postdoctoral researcher who is enthusiastic about autism research. We study the efficacy of peptides on neuronal morphology (neurite/spine/synapse formation), neural circuits and behaviors using autism mouse models (See the details about the project at the lab webpage: https://toyooka-lab.academic.ws/).
Please see the details and apply for this position (Job #: 501741) at the Drexel Human Resources website. https://careers.drexel.edu/en-us/job/501741/postdoctoral-researcher
If you have any questions, please email me at kt469@drexel.edu.
#autism #ASD #therapy #DrugDiscovery #postdoc #PostdocJob #AcademicJob #neuroscience #brain #CellBiology #BrainDevelopment #neurodevelopment #neurodevelopmentalDisorder #Axon #dendrites #Synapse #NeuralCircuit #philadelphia
#autism #asd #therapy #drugdiscovery #postdoc #postdocjob #academicjob #neuroscience #brain #cellbiology #braindevelopment #neurodevelopment #neurodevelopmentaldisorder #axon #dendrites #synapse #neuralcircuit #philadelphia
Human 1p32.3 microdel/dup is implicated in #neurological phenotypes. @SafaSalim1125 &co show that the ssDNA-binding protein Ssdp (fly ortholog of human 1p32.3 gene SSBP3) influences #neurodevelopment & #autism-like behavior in flies @CHLS_HBKU #PLOSBiology https://plos.io/3Y9fRz8
#plosbiology #autism #neurodevelopment #neurological
If you are interested in molecular and cellular #neurobiology 🧠 and #preprints 📃, we invite you to join Crowd Preprint Review!
🧠 gain experience in #PeerReview,
🧠 give feedback to researchers,
🧠 read the most recent #preprints.
ASAPbio Fellows Kamaldeep Singh, Anna Oliveras, and Bhargy Sharma will lead the group. The team will review #preprints focusing on #neurodevelopment and #neurodegeneration.
https://asapbio.org/crowd-review-2023
#neurodegeneration #neurodevelopment #peerreview #preprints #neurobiology
A domesticated #transposase required for healthy #neurodevelopment - possibly through developmental #apoptosis and synaptic #plasticity.
First preLight from Amanda Ivanoff #BuffaloState who covers beautiful work from the #KentsisResearch Lab #MSKCancerCenter. #preprint
Take a look! 👀
#preLight 👉 https://prelights.biologists.com/highlights/a-transposase-derived-gene-required-for-human-brain-development/
#transposase #neurodevelopment #apoptosis #plasticity #buffalostate #kentsisresearch #mskcancercenter #preprint #prelight
We are #hiring! 🎓🔬
Interested in #brain development and #rarediseases ? 🧠🧬Know anyone who might be interested?
Recruitment open King's College London https://tinyurl.com/neurodev Exciting project on #chromatin remodelers in human development with models of Neurodevelopmental Disorders.
#postdocposition #postdoc #neurodevelopment #London #academicmastodon #neuroscience
#neuroscience #academicmastodon #london #neurodevelopment #postdoc #postdocposition #chromatin #rarediseases #brain #hiring
Explore emerging #Neurodevelopment #Genetics research with field leaders
@KeystoneSymp
Understanding #DevelopmentalDisorders in the Genomic Age, this June in Tarrytown. https://hubs.la/Q01LWPml0
#KSDevDisorders23
#neurodevelopment #genetics #developmentaldisorders #ksdevdisorders23
📣#PostDoc alert!
Interested in understanding molecular mechanisms of #neurodevelopment and genetic #neurodevelopmentaldisorders? Join us in for a #PostDoc #KCL #BMBS
to work with in vitro models of human development 🧠 #ChromatinDisorders RDNDlab details above!
#chromatindisorders #bmbs #kcl #neurodevelopmentaldisorders #neurodevelopment #postdoc
📣#PostDoc alert!
Interested in understanding molecular mechanisms of #neurodevelopment and genetic #neurodevelopmentaldisorders? Join us in for a #PostDoc #KCL #BMBS
to work with in vitro models of human development 🧠 #ChromatinDisorders RDNDlab details above!
#chromatindisorders #bmbs #kcl #neurodevelopmentaldisorders #neurodevelopment #postdoc
Postdoctoral Fellow in neural circuit development and evolution @bradleycolquitt
#ScienceJobs #job #evodevo, #neurodevelopment, #birdsong
Santa Cruz #UnitedStatesUS #PostdoctoralFellow
https://jobrxiv.org/job/university-of-california-santa-cruz-27778-postdoctoral-fellow-in-neural-circuit-development-and-evolution/?feed_id=43680
#postdoctoralfellow #unitedstatesus #birdsong #neurodevelopment #evodevo #job #ScienceJobs
Rare genetic variants
Linked to psychiatric disorders
An increased risk found
#genetics #psychiatry #neurodevelopment #haiku #poetry
@UCLA's Ritz and Liew found that some experimental research indicated lithium, which is among several naturally occurring metals often found in water, could affect an important molecular pathway involved in #neurodevelopment and #autism.
https://medicalxpress.com/news/2023-04-higher-lithium-autism.html
Ritz and Liew found that some experimental research indicated lithium, which is among several naturally occurring metals often found in water, could affect an important molecular pathway involved in #neurodevelopment and #autism.
https://medicalxpress.com/news/2023-04-higher-lithium-autism.html
16p11.2 microdeletions increase variability in #neurodevelopment
A Research Highlight showcasing new work from Rana Fetit, David Price & colleagues
https://journals.biologists.com/dev/article/150/4/e150_e0403/292573/16p11-2-microdeletions-increase-variability-in
Read the #ResearchArticle, '16p11.2 deletion accelerates subpallial maturation and increases variability in human iPSC-derived ventral telencephalic #organoids' in our #HumanDev section
https://journals.biologists.com/dev/article/150/4/dev201227/288407/16p11-2-deletion-accelerates-subpallial-maturation
'The people behind the papers' interview series
https://journals.biologists.com/dev/article/150/4/dev201685/288408/The-people-behind-the-papers-Rana-Fetit-and-David
#neurodevelopment #researcharticle #organoids #humandev #DevBio #devbiol #stemcells
We ❤️ #stemcells for modeling #neurodevelopment, #Alzheimers, #MacularDegeneration and more.
#stemcells #neurodevelopment #alzheimers #maculardegeneration #neuracell
Excited to share our new study combining in vivo CRISPR perturbation sequencing with barcode-based lineage tracing. The study reveals a mechanism by which selective enhancer activation establishes the identity of GABAergic projection neurons. Our work may help to understand the mechanism of disease associated with Meis2 mutations.
https://www.biorxiv.org/content/10.1101/2023.01.30.525356v1
#neuroscience #devbio #devbiol #Genomics #NGS #Genetics #science #neuro #neurodevelopment
#neuroscience #DevBio #devbiol #genomics #ngs #genetics #science #neuro #neurodevelopment
Excited to share our new study combining in vivo CRISPR perturbation sequencing with barcode-based lineage tracing. The study reveals a mechanism by which selective enhancer activation establishes the identity of GABAergic projection neurons. Our work may help to understand the mechanism of disease associated with Meis2 mutations.
https://www.biorxiv.org/content/10.1101/2023.01.30.525356v1
#neuroscience #devbio #devbiol #Genomics #NGS #Genetics #science #neuro #neurodevelopment
#neuroscience #DevBio #devbiol #genomics #ngs #genetics #science #neuro #neurodevelopment
Excited to share our new study combining in vivo CRISPR perturbation sequencing with barcode-based lineage tracing.
https://www.biorxiv.org/content/10.1101/2023.01.30.525356v1
#neuroscience #devbio #devbiol #Genomics #NGS #Genetics #science #neuro #neurodevelopment
#neuroscience #DevBio #devbiol #genomics #ngs #genetics #science #neuro #neurodevelopment
Excited to share our new study combining in vivo CRISPR perturbation sequencing with barcode-based lineage tracing. The study reveals a mechanism by which selective enhancer activation establishes the identity of GABAergic projection neurons. Our work may help to understand the mechanism of disease associated with Meis2 mutations.
https://www.biorxiv.org/content/10.1101/2023.01.30.525356v1
#neuroscience #devbio #devbiol #Genomics #NGS #Genetics #science #neuro #neurodevelopment
#neuroscience #DevBio #devbiol #genomics #ngs #genetics #science #neuro #neurodevelopment