HIGHLIGHTS
- who: TYPE and colleagues from the Medical University of Vienna, Austria have published the paper: Mouse embryo phenotyping with optical coherence tomography, in the Journal: (JOURNAL)
- what: This study reports the first timelapse 3-D OCT imaging of cranial neural tube development in the live mouse embryo within the intact yolk sac, exemplifying the ability to capture live and dynamic developmental processes upon integration of advanced imaging techniques and modular culture methods. This approach has enabled visualization and quantification of dynamic, early-embryonic events such as neural tube closure (Wang et_al, 2017) and the first . . .
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