Intensive lecture and lab course @CSHL designed for scientists interested in using mouse models to study mammalian development, stem cells and cancer.

Cold Spring Harbor, NY
Joined June 2017
CSHL Mouse Course retweeted
Excelente oportinidad para aprender de los mejores en el área. Intensísimo pero vale la pena la inversión.
Only one more week to apply for the 2023 Mouse Development, Stem Cells, and Cancer course! Don't miss out on an incredible experience to learn from experts in the field! See below for the lineup of speakers and a list of techniques covered. @cshlcourses @lamsciworld @LabVokes
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CSHL Mouse Course retweeted
Congratulations to Dr. Loydie Jerome-Majewska @RIMUHC1 @mcgillu receiving the Anne McLaren Award for Outstanding Women in Developmental Biology. @intlsocdiff is sponsoring this named lecture @SocDevBio Annual Meeting this summer in Chicago. bit.ly/3Sl6Boy
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CSHL Mouse Course retweeted
Wow! This so amazing! Thanks thank you for this acknowledgment and thank you @intlsocdiff and @SocDevBio for this recognition. It’s been an amazing year for me and I appreciate it more than I can say.
Congratulations to Dr. Loydie Jerome-Majewska @RIMUHC1 @mcgillu receiving the Anne McLaren Award for Outstanding Women in Developmental Biology. @intlsocdiff is sponsoring this named lecture @SocDevBio Annual Meeting this summer in Chicago. bit.ly/3Sl6Boy
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I took this #CSHL course at the start of my postdoc and have been thankful every day since! The immersion experience truly helped me jump into what was a new model system for me then and has now become critical for my career. I highly recommend
The deadline to apply to the Cold Spring Harbor Laboratory course on Mouse Development, Stem Cells and Cancer is March 1st. This is an excellent opportunity for graduate students, postdoctoral fellows and faculty to get an immersive experience in using mice as a model system.
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CSHL Mouse Course retweeted
I HIGHLY recommend this course. Amazing science and lifelong friendships! Deadline March 1st!
The deadline to apply to the Cold Spring Harbor Laboratory course on Mouse Development, Stem Cells and Cancer is March 1st. This is an excellent opportunity for graduate students, postdoctoral fellows and faculty to get an immersive experience in using mice as a model system.
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CSHL Mouse Course retweeted
Amazing opportunity, fond memories taking this course back in Grad School 👇
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CSHL Mouse Course retweeted
Has anyone done photometry for #dopamine levels (dLight or GRABda sensors) in the mouse hippocampus? I've been searching for 30min and I couldn't find a paper. Any help would be greatly appreciated! And yes, there is a beer bet involved 🍺. And reviewers... please RT.
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CSHL Mouse Course retweeted
Celebrating #ImagingTheFuture week 🔬 in Irvine, California, with our LR-ExM image of an outgoing😻astrocyte (color coded for the z) trying hard to hug all the cells (grey) surrounding it in a mouse brain.
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CSHL Mouse Course retweeted
E10.5 mouse embryo within yolk sac imaged with Iodine-contrasted microCT.
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#DBfeature #LimbPatterning CDON contributes to Hedgehog-dependent patterning and growth of the developing limb by Martha Echevarría-Andino, Benjamin Allen et al The role of HedgeHog coreceptors Gas1;Cdon;Boc Prx1-Cre::Gas1-/-;Cdonfl/fl;Boc-/-🐭 sciencedirect.com/science/ar…
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CSHL Mouse Course retweeted
Another beautiful 3D analysis of mouse eye vasculature using tissue clearing and light-sheet microscopy. Unlike many others (but like EyeDISCO) it can be applied to pigmented eyes @LucKrimpenfort et al., Lars Jakobsson lab biorxiv.org/cgi/content/shor…
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Morphological integration and modularity describe how different parts of an organism integrate to form a functioning system. Learn how #FGF signaling modulates the structure of variance and covariation between the #neurocranium and #face.doi.org/10.1002/dvdy.498 #craniofacial
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Limb morphogenesis requires integration of multiple signaling pathways in space and time and has proven highly adaptable during evolution, but also prone to developmental malformation. The Alx4-CreERT2 mouse is a new tool to study limb development doi.org/10.1002/dvdy.328
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#DBfeature #SaethreChotzenSyndrome TWIST1, a gene associated with Saethre-Chotzen syndrome, regulates extraocular muscle organization in mouse by Mary Whitman, Elizabeth Engle et al Mesenchymal TWIST1 is critical for patterning of muscle, tendon & nerve sciencedirect.com/science/ar…
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CSHL Mouse Course retweeted
See our new paper by Moses @WeDontProve et al. on Müllerian duct regulatory sequences during male differentiation @FrontiersIn Cell & Developmental Biology. @MDA_UTHGrad @MDAndersonNews @SocDevBio @SSRepro bit.ly/3g1NIYL
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CSHL Mouse Course retweeted
New Preprint! Led by #DynamicDuo @BarrigaFM & @KTsanov, this study set out to understand how somatic copy number alterations (CNAs) promote cancer. CNAs are prevalent across cancer types & correlate w/ clinical outcomes but remain difficult to study. 1/n biorxiv.org/content/10.1101/…
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CSHL Mouse Course retweeted
Join us in #LosAngeles this December to discuss the latest advances in #stemcellresearch and to champion new ideas to overcome the current challenges in the field @CellSymposia #CSStemCells22 @CedarsSinaiMed cell-symposia.com/stem-cells…
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#DBfeature #AxialElongation Regulation of axial elongation by Cdx by Yalun Zhu, David Lohnes Cdx2 target genes in neuromesodermal progenitors: Sp8, Isl1, Evx1 and Zic3 sciencedirect.com/science/ar…
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