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genetics
development
evolution
zebrafish
PIGMENT PATTERN
STEM CELLS
ADULT FORM
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Pigment patterns are stunningly diverse. We aim to understand genes and cell behaviors underlying pattern formation, and how differentiation and morphogenesis evolve to generate species differences. We use zebrafish and its relatives, with recent work on interactions among pigment cell classes (and macrophages), long range signaling, and evolution of morphogenetic programs.
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STEM CELLS
Neural crest derived stem cells have critical roles in development and homeostasis. We study genetic, cellular and endocrine mechanisms underlying establishment, maintenance and recruitment of these cells to particular lineages. On-going projects focus on normal development, regeneration, melanoma, and roles for thyroid hormone in specifying cell fate and morphogenesis.
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ADULT FORM
Biologists still know remarkably little about why organisms look the way they do. To better understand the mechanistic bases for adult form and how it evolves, we use the zebrafish larval-to-adult transformation. We published a normal table of postembryonic development and current efforts focus on scale morphogenesis and patterning as well as controls of developmental progression.
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Selected research
Selected reviews
Megan Sayyad
postdoc
Emily Quick-Cole
undergrad researcher
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undergrad researcher
Emily Bain
grad student
Emily Bain
senior research advisor
Raegan Bostic
grad student
Margaret Kim
undergrad researcher
Braedan McCluskey
postdoc
Deqwon Pendergrass
laboratory specialist
Chloe Wetzler
undergrad researcher
Chloe Wetzler
undergrad researcher
Dylan Huang
postdoc
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aquatics technician
Lauren Saunders
postdoc (collab)
Adult pearl danio, 蚂蚁加速.
The close zebrafish relative Danio nigrofasciatus.
Adult melanophore precursors (green) in the post-embyryonic peripheral nervous system (magenta).
Developing bones in the caudal fin and tail.
Transgenically labeled nuclei of adult xanthophores (magenta) that persist from the early larval pigment pattern in zebrafish.
Spots of Danio margaritatus.
Vertical bars of Danio aesculapii.
Defective nervous system myelination in alpha tubulin mutant 蚂蚁加速破解版.
Normal pattern of transplanted mutant melanophores to melanophore-free host reveals non-autonomous roles for Basonuclin-2.
Zebrafish pigment cell at high resolution in vivo.
Orange xanthophores associated with iridescent iridophores in basonuclin-2 mutant bonparte.
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Light interstripe with dark melanophore stripes in wild-type zebrafish.
Developing scales and fin ray joints revealed by mRNA in situ hybridization.
Melanophore stem cells (green) in post-embryonic dorsal root ganglia.
Fin pigment pattern of hyperthyroid opallus mutant.
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Dye-labeled iridophores that have emerged from the peripheral nervous system to colonize interstripe on the flank.
Adult hyperthyroid opallus mutant zebrafish with activating mutation of thyroid stimulating hormone receptor.
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Spots and stripes in the zebrafish relative Danio aff. kyathit.
Developing swimbladder lobes in postembryonic zebrafish.
Pigment pattern of zebrafish mutant magritte
Zebrafish pigment cell at high resolution in vivo.
Nearly uniform pattern of Danio albolineatus.
Melanophore spots surrounded by iridophores in the Igsf11 cell adhesion mutant zebrafish, seurat.
Salamander pigmentation showing wild-type (left), mutant (right) and transgenically rescued mutant (middle).
Pigment cells of Danio albolineatus
Vertical bars and caudal eyespot of Danio erythromicron.
Pigment cells in Danio albolineatus.
蚂蚁加速官网 aff. kyathit (front) and 蚂蚁加加速器 (back).
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Fin pigment cells of Danio albolineatus.
The elusive white dwarf mutant zebrafish.
Different morphologies of iridescent iridophores in light interstripe (upper) and dark melanophore stripe (lower).
Transplanted wild-type iridophores (magenta) amongst 蚂蚁加速官网 mutant host iridophores (green).
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More about University of Virginia and
graduate programs:
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and other matters:
David M. Parichy, Professor
434.982.6162
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Downtown Mall
Department of Biology
University of Virginia
Physical and Life Sciences Building
Charlottesville VA 22904
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