Molecular programs guiding arealization of descending cortical pathways - NatureLayer 5 extratelencephalic neurons show subtype-specific developmental dynamics critical for motor function and are influenced by gene regulatory networks.
Transcriptomic neuron types vary topographically in function and morphology - NatureNeurons are defined by their gene expression, influencing their structure, connectivity, and function.
A framework for neural organoids, assembloids and transplantation studiesThe article proposes a framework to enhance reproducibility and utility in neural organoid and assembloid research.
Molecular programs guiding arealization of descending cortical pathways - NatureLayer 5 extratelencephalic neurons show subtype-specific developmental dynamics critical for motor function and are influenced by gene regulatory networks.
Transcriptomic neuron types vary topographically in function and morphology - NatureNeurons are defined by their gene expression, influencing their structure, connectivity, and function.
A framework for neural organoids, assembloids and transplantation studiesThe article proposes a framework to enhance reproducibility and utility in neural organoid and assembloid research.
Medicine Nobel for microRNAsMicroRNAs play a crucial role in gene regulation and normal development across many species, underlying their evolutionary significance.
Fish gills and human ears share the same genetic blueprintHuman ears and zebrafish gills share a conserved genetic program for tissue development despite their structural differences.
This Fish Evolved Legs That It Uses to Taste Stuff on the SeafloorThe sea robin's evolution reveals unique adaptations with its leg-like appendages used for locomotion and taste.
Medicine Nobel for microRNAsMicroRNAs play a crucial role in gene regulation and normal development across many species, underlying their evolutionary significance.
Fish gills and human ears share the same genetic blueprintHuman ears and zebrafish gills share a conserved genetic program for tissue development despite their structural differences.
This Fish Evolved Legs That It Uses to Taste Stuff on the SeafloorThe sea robin's evolution reveals unique adaptations with its leg-like appendages used for locomotion and taste.
A new vision for how evolution works is long overdueThe book challenges the modern synthesis of evolutionary theory, proposing that organism development is crucial in evolution alongside natural selection.
These Bizarre Fish Walk on Six Legs and Taste the Location of Buried PreyKingsley's encounter with sea robins sparked a research initiative into the evolution of walking fish.
A new vision for how evolution works is long overdueThe book challenges the modern synthesis of evolutionary theory, proposing that organism development is crucial in evolution alongside natural selection.
These Bizarre Fish Walk on Six Legs and Taste the Location of Buried PreyKingsley's encounter with sea robins sparked a research initiative into the evolution of walking fish.
DNA Typewriters' Can Record a Cell's HistoryEngineered cells can create genetic records, allowing scientists to track their development and changes over time.
The Human Cell Atlas from a cell census to a unified foundation modelCell atlases leverage AI and new methods to reveal critical biological insights and are transforming our understanding of biology and medicine.
DNA Typewriters' Can Record a Cell's HistoryEngineered cells can create genetic records, allowing scientists to track their development and changes over time.
The Human Cell Atlas from a cell census to a unified foundation modelCell atlases leverage AI and new methods to reveal critical biological insights and are transforming our understanding of biology and medicine.
8 million cells: virtual embryo shows organs forming in exquisite detailThe detailed 3D cellular map of a mouse embryo enhances understanding of cell interactions and could aid in identifying congenital disease causes.
Human embryo models are getting more realistic - raising ethical questionsEmbryo models, though imperfect, promise insights into early development, addressing infertility and improving IVF success rates.
Lab-grown sperm and eggs: 'epigenetic' reset in human cells paves the wayA technique has been discovered to recreate a crucial developmental step in a dish, bringing the possibility of growing human sperm and eggs in the laboratory closer.
Human embryo models are getting more realistic - raising ethical questionsEmbryo models, though imperfect, promise insights into early development, addressing infertility and improving IVF success rates.
Lab-grown sperm and eggs: 'epigenetic' reset in human cells paves the wayA technique has been discovered to recreate a crucial developmental step in a dish, bringing the possibility of growing human sperm and eggs in the laboratory closer.
Human embryos embrace asymmetry to form the bodyThe first division of a fertilized egg significantly influences the differentiation and specialization of cells, impacting the development of the human body.