Search Results - "Hutchins‐Carroll, Virginia"

Use of post‐fertilization aggregates of sea urchin embryos from denuded eggs to study self‐adhesive properties of the hyaline layer: glycosidases by Jarvis, Krystal, Idoni, Brian, Dreyfuss, Justin, Coyle‐Thompson, Catherine, Carroll, Edward, Oppenheimer, Steven, Hutchins‐Carroll, Virginia

“…Vitelline envelope free sea urchin eggs do not form fertilization envelopes; however, the coat free embryos form aggregates (or clumps) as their exposed…”
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Use of specific glycosidases to probe cellular interactions in the sea urchin embryo by Idoni, Brian, Ghazarian, Haike, Metzenberg, Stan, Hutchins-Carroll, Virginia, Oppenheimer, Steven B., Carroll, Edward J.

“…We present an unusual and novel model for initial investigations of a putative role for specifically conformed glycans in cellular interactions. We have used…”
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Periodate oxidation of sea urchin hyalin(s): A glycobiological study towards understanding of hyalin's function as a specific cell adhesion molecule by Ghazarian, Haike, Hutchins‐Carroll, Virginia, Coyle‐Thompson, Catherine, Metzenberg, Stan, Razinia, Ziba, Dalrymple, William, Carroll, Edward J., Oppenheimer, Steven B.

“…Abstract only Hyalin (Hy), a set of large glycoproteins containing 2‐3% carbohydrate appears to be a specific cell adhesion molecule in the sea urchin embryo…”
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Recombinant Strongylocentrotus purpuratus hyalin binds to proteins isolated by disaggregating sea urchin embryos by Metzenberg, Stan, Gilani, Lila, Badali, Oliver, Willis, Billie‐Jean, Hutchins‐Carroll, Virginia, Carroll, Edward J., Oppenheimer, Steven B.

“…Abstract only Hyalin is an extracellular matrix protein of sea urchins that is involved in embryonic development and in embryonic adhesive interactions. The…”
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Interspecies Effects of Sea Urchin Hyalin on Archenteron Elongation and Attachment by Alvarez, Maribel, Nnoli, Jennifer, Carroll, Edward J., Hutchins‐Carroll, Virginia, Oppenheimer, Steven B.

“…The sea urchin embryo is a simple model system to study the molecular basis of cellular interactions that may be important in less accessible higher organisms…”
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Exogenous hyalin and sea urchin gastrulation. Part IV: a direct adhesion assay - progress in identifying hyalin's active sites by Ghazarian, Haike, Coyle-Thompson, Catherine, Dalrymple, William, Hutchins-Carroll, Virginia, Metzenberg, Stan, Razinia, Ziba, Carroll, Jr, Edward J, Oppenheimer, Steven B

“…In Strongylocentrotus purpuratus the hyalins are a set of three to four rather large glycoproteins (hereafter referred to as 'hyalin'), which are the major…”
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Exogenous hyalin and sea urchin gastrulation. Part III: biological activity of hyalin isolated from Lytechinus pictus embryos by Contreras, Azalia, Vitale, John, Hutchins-Carroll, Virginia, Carroll, Jr, Edward J, Oppenheimer, Steven B

“…Hyalin is a large glycoprotein, consisting of the hyalin repeat domain and non-repeated regions, and is the major component of the hyaline layer in the early…”
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Hyalin is a cell adhesion molecule involved in mediating archenteron–blastocoel roof attachment by Carroll, Edward J., Hutchins-Carroll, Virginia, Coyle-Thompson, Catherine, Oppenheimer, Steven B.

“…The US National Institutes of Health has designated the sea urchin embryo as a model organism because around 25 discoveries in this system have led to insights…”
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