CIARA: a cluster-independent algorithm for identifying markers of rare cell types from single-cell sequencing data
Read this Techniques and Resources Article by Gabriele Lubatti, Marco Stock, Ane Iturbide, @anto_scial & colleagues @HelmholtzMunich:
https://t.co/846oH7dLXf
We are happy to share our new bioR𝜒iv pre-print – a multidisciplinary imaging and computational approach to understanding collective cell migration in the early mouse embryo #scPhenomics#flocking
https://t.co/FFSvfa6FCf
A study in Nature presents the first detailed cellular and molecular examination of a human embryo in the process of gastrulation, an important event in early development https://t.co/uRxTmjExDY
Interesting study! Isogenic C. elegans individuals receive vastly different developmental outcomes in terms of neuronal connectivity, even though they have the same number of neurons and same DNA.
https://t.co/QpdHtsUImr
It's time to put developmental and evolutionary biology on the same theoretical framework if we want biology to have major shift.
https://t.co/yYa7U9pQ6Z
Our work #aboutime "Species-specific pace of development is associated with differences in protein stability" is now published https://t.co/DVerYeg0NT. What determines the pace of embryonic development?
Our review on measuring and modelling cell heterogeneity and fate decision in mouse embryos, with Jonathan Fiorentino and @METorresPadilla https://t.co/8fcgJ8ezjU
Excited to share our pre-print that sheds light on largely inaccessible part of human development in collaboration with @LabSrinivas and @VallierLab
https://t.co/LqBSIzjNKf