CSHL Mouse Course (@cshlmousecourse) 's Twitter Profile
CSHL Mouse Course

@cshlmousecourse

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

ID: 875764660296970240

linkhttps://meetings.cshl.edu/courses.aspx?course=C-MOUS&year=22 calendar_today16-06-2017 17:19:00

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CSHL Mouse Course (@cshlmousecourse) 's Twitter Profile Photo

Congratulations! Dr. Soriano’s discovery of the ROSA26 locus was critical to establish the mouse model as the powerful genetic model that we know today!

CSHL Mouse Course (@cshlmousecourse) 's Twitter Profile Photo

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.

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.
Dr. Teresa Mastracci (@teresamastracci) 's Twitter Profile Photo

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

Loydie (@lamsciworld) 's Twitter Profile Photo

Wow! This so amazing! Thanks thank you for this acknowledgment and thank you International Society of Differentiation and Society for Developmental Biology for this recognition. It’s been an amazing year for me and I appreciate it more than I can say.

CSHL Mouse Course (@cshlmousecourse) 's Twitter Profile Photo

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. CSHL Courses Loydie Vokes_Lab

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.   <a href="/cshlcourses/">CSHL Courses</a> <a href="/lamsciworld/">Loydie</a> <a href="/LabVokes/">Vokes_Lab</a>
CSHL Courses (@cshlcourses) 's Twitter Profile Photo

The deadline to apply for the Mouse Development, Stem Cells & Cancer Course has been extended too Friday, March 17th! Click the link to apply today! Good Luck!! meetings.cshl.edu/courses.aspx?c…

CSHL Mouse Course (@cshlmousecourse) 's Twitter Profile Photo

The 2023 CSHL Mouse Course has officially kicked off! Eszter Pos@EPosfai from Princeton University gave an exciting presentation last night and today we are learning IVF from Yojiro Yamanaka and Mitra Cowan from McGill.

The 2023 CSHL Mouse Course has officially kicked off! Eszter Pos@EPosfai from <a href="/Princeton/">Princeton University</a> gave an exciting presentation last night and today we are learning IVF from Yojiro Yamanaka and Mitra Cowan from McGill.
CSHL Mouse Course (@cshlmousecourse) 's Twitter Profile Photo

Students and TAs from the mouse course enjoying some downtime on a sailing trip. Also shown are Instructors Danelle Devenport and Loydie Jerome-Majewska Loydie

Students and TAs from the mouse course enjoying some downtime on a sailing trip. Also shown are Instructors Danelle Devenport and Loydie Jerome-Majewska <a href="/lamsciworld/">Loydie</a>
CSHL Mouse Course (@cshlmousecourse) 's Twitter Profile Photo

This image taken by Dr. Madhulika Pathak Carnegie Embryology shows Sox9 and Twist embryonic gene expression. It was imaged on a Nikon AXR confocal and modeled with Imaris software. Thanks to Molecular Instruments, Nikon Microscope Solutions, Imaris 3D/4D Imaging and Dr. Matt Anderson for their generous support.

CSHL Mouse Course (@cshlmousecourse) 's Twitter Profile Photo

Hyunwook Lee Hyunwook Lee @DrWillZacharias generated this embryonic mouse kidney immunofluorescence image. He sectioned it on an Epredia Cryostar and imaged it with a BioTek Cytation C10 Confocal Imaging Reader. Thank you Agilent Technologies and Epredia for your generous support.

Hyunwook Lee <a href="/HyunwookLee18/">Hyunwook Lee</a> @DrWillZacharias generated this embryonic mouse kidney immunofluorescence image. He sectioned it on an Epredia Cryostar and imaged it with a BioTek Cytation C10 Confocal Imaging Reader. Thank you <a href="/Agilent/">Agilent Technologies</a> and <a href="/Epredia_dx/">Epredia</a> for your generous support.
CSHL Mouse Course (@cshlmousecourse) 's Twitter Profile Photo

Dr. Günes Taylor Güneş Taylor from The Francis Crick Institute took this lovely picture. It shows Sox9 (red) and Pecam (magenta) detected with HCR reagents provided by Molecular Instruments. It was imaged on a Nikon AXR Confocal microscope loaned by Nikon Microscope Solutions

Dr. Günes Taylor <a href="/GunesTaylor/">Güneş Taylor</a> from <a href="/TheCrick/">The Francis Crick Institute</a> took this lovely picture. It shows Sox9 (red) and Pecam (magenta) detected with HCR reagents provided by <a href="/HCRimaging/">Molecular Instruments</a>. It was imaged on a Nikon AXR Confocal microscope loaned by <a href="/NikonInst/">Nikon Microscope Solutions</a>