PubMed Journals Articles About "Developmental Biology Brainy Background" RSS

16:53 EDT 26th June 2017 | BioPortfolio

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Showing "Developmental biology brainy background" PubMed Articles 1–25 of 12,000+

The Maturation of Development.

An updated, broader definition of developmental biology is needed to capture the full range of exciting research directions of the field, as current studies of adult homeostasis and physiology are extending developmental biology's "Golden Age."

Illuminating developmental biology through photochemistry.

Developmental biology has been continually shaped by technological advances, evolving from a descriptive science into one immersed in molecular and cellular mechanisms. Most recently, genome sequencing and 'omics' profiling have provided developmental biologists with a wealth of genetic and biochemical information; however, fully translating this knowledge into functional understanding will require new experimental capabilities. Photoactivatable probes have emerged as particularly valuable tools for investi...

Biasing Opioid Receptors and Cholesterol as a Player in Developmental Biology.

Every month the editors of Cell Chemical Biology bring you highlights of the most recent chemical biology literature. Our September 2016 selection includes the discovery of PZM21, a μOR biased agonist with minimal side effects, and the role of cholesterol in Hedgehog signaling pathway.

The honeybee as a model insect for developmental genetics.

Honeybees are an important component of modern agricultural systems, and a fascinating and scientifically engrossing insect. Honeybees are not commonly used as model systems for understanding development in insects despite their importance in agriculture. Honeybee embryogenesis, while being superficially similar to Drosophila, is molecularly very different, especially in axis formation and sex determination. In later development, much of honeybee biology is modified by caste development, an as yet poorly un...

Single-Cell Approaches: Pandora's Box of Developmental Mechanisms.

Single-cell approaches are providing a new lexicon of developmental cell biology by revealing heterogeneities in seemingly uniform cellular populations. By bridging scales, single-cell approaches should, in principle, galvanize our understanding of how individual cells adopt distinct fates as they build complex tissues.

John Saunders' ZPA, Sonic hedgehog and digit identity - how does it really all work?

Among John Saunders' many seminal contributions to developmental biology, his discovery of the limb 'zone of polarizing activity' (ZPA) is arguably one of the most memorable and ground-breaking. This discovery introduced the limb as a premier model for understanding developmental patterning and promoted the concept of patterning by a morphogen gradient. In the 50 years since the discovery of the ZPA, Sonic hedgehog (Shh) has been identified as the ZPA factor and the basic components of the signaling pathway...

An Intervention Supporting the Mental Health of Children with a Refugee Background.

This contribution proposes an intervention methodology that provides improved access to and effectiveness of mental health care facilities in Brussels, Belgium, for children and their families with a refugee and migration background. Migration is a complex process that involves several potential risk factors, and referral to mental health facilities is often ineffective. Consequently, optimal developmental opportunities for refugee children are hampered. The intervention is underpinned by a broad-based cont...

A Geometric Model of Stripe Refinement.

Organizing data about patterning and morphogenesis into a coherent framework remains a challenge in developmental biology. Reporting in Science, Corson et al. (2017) apply innovative analysis to an old problem of bristle patterns in Drosophila, reducing the nonlinear interactions among tens of cells to a succinct model with quantitative predictions.

Developmental Biology: When Less Damage Causes More Harm.

Circadian clocks are important timekeepers of physiological processes. A new report shows that silencing the circadian clock specifically in steroid-producing cells of Drosophila disrupts development and causes lethality, and is more detrimental than having no clock at all.


A statistical background noise correction sensitive to the steadiness of background noise.

A statistical background noise correction is developed for removing background noise contributions from measured source levels, producing a background noise-corrected source level. Like the standard background noise corrections of ISO 3741, ISO 3744, ISO 3745, and ISO 11201, the statistical background correction increases as the background level approaches the measured source level, decreasing the background noise-corrected source level. Unlike the standard corrections, the statistical background correction...

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The enteric nervous system: From embryology to therapy.

Regulation of development by SOX proteins.

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Robo-Enabled Tumor Cell Extrusion.

How aberrant cells are removed from a tissue to prevent tumor formation is a key question in cancer biology. Reporting in this issue of Developmental Cell, Vaughen and Igaki (2016) show that a pathway with an important role in neural guidance also directs extrusion of tumor cells from epithelial tissues.

Cell Division in the Light of Modeling.

Theoretical modeling is central to elucidating underlying principles of emergent properties of complex systems. In cell and developmental biology, the last 15 years have witnessed a convergence of empirical and modeling approaches for fresh perspectives. The role of cell division in coordinating size, shape, and fate in particular illustrates the ever-growing impact of modeling.

Bottom-Up Biology: Harnessing Engineering to Understand Nature.

Engineering as a field has fundamentally different goals than biology, but the perspective that engineers take-that systems can be designed and built-is helping to advance biological sciences by motivating and equipping efforts to construct biological systems from the bottom up.

Poly (ADP-ribose) polymerase in growth, death, multicellularity.

Charting developmental dissolution of pluripotency.

The formation of tissues and organs during metazoan development begs fundamental questions of cellular plasticity: How can the very same genome program diverse cell types? How do cell identity programs unfold during development in space and time? How can defects in these mechanisms cause disease and also provide opportunities for therapeutic intervention? And ultimately, can developmental programs be exploited for bioengineering tissues and organs? Understanding principle designs of cellular identity and de...

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