LookMa,NoArchenteron!Sulfatesroleinseaurchinearlydevelopment
ObjectiveTo observe the role sulfate plays in sea urchin gastrulation, and to replicate the findings of Karp and Solursh, that sea urchin embryos fail to gastrulate without sulfate. To test whether endoderm differentiation can occur in the absense of the movements of gastrulation.AbstractSea urchin development requires not only internally produced signals, but also materials incorporated from the environment. Karp an......阅读全文
Look－Ma,－No－Archenteron!－Sulfates－role－in－sea－urchin－early－development
ObjectiveTo observe the role sulfate plays in sea urchin gastrulation, and to replicate the findings of Karp and Solursh, that sea urchin embryos fail
Effect－of－UV－Treatment－on－Early－Development－of－Sea－Urchin－Embryos
Objective:To test the effects of UV radiation at 254nm on Sea Urchin embryo development after radiation at the 2-cell stage.Background:Sea Urchins exh
Solutions－for－Sea－Urchin－Development
Solutions for Sea UrchinASW: Artificial sea water (MBL)NaCl24.72 gKCl0.67 gCaCl2.2H2O1.36 gMgCl2.6H2O4.66 gMgSO4.7H2O6.29 gNaHCO30.18 gdH2Oto 1 literS
Sea－Urchin－Fertilization
Gametes are collected as described. To remove some of their jelly coat,wash eggs several times in ASW by allowing them to settle and gently pouring of
Sea－Urchin－staging－series
Invertebrate embryos develop at different rates depending on the temperature of incubation. Descriptive stages based on the number of cells and their
Sea－Urchin－Gamete－collection
Spawning can be induced in adult sea urchinsby injecting 1 ml of a0.5M KCl solution into several sites in the soft membrane around the mouth. Within m
Separation－of－sea－urchin－blastomeres
Objective: to separate the Blastomere at different points in development and observe the growth of the resulting embryos.Procedure: We extractrf the g
Sea－Urchin－Animal－Maintenance
The following is written to help non-marine biologists use sea urchins occasionally in teaching; disregard if you have running sea water tanks in your
Immunofluorescent－staining－of－Sea－Urchin－embryos
1. Transfer fixed embryos to microfuge tubes. Allow to settle for 10 minutes.Gently remove most of the liquid.2. Add 100 ul antibody to one tube and 1
The－Effects－of－CalciumFree－Seawater－onthe－Development－ofSea－Urchin－Embryos
ObjectiveThe purpose of this experiment is to determine the effects of calcium-free seawater on the development of sea urchin embryos. Embryos were pl
The－effect－of－temperature－on－the－embryonic－development－of－sea－urchins
Objective: This experiment aims to discover if temperature has an effect on the rates of sea urchin embryonic development. By altering the external en
The－Effects－of－NiCl2on－Spicule－Formation
The Effects of NiCl2on Spicule FormationJessica Ann Billet, Franklin and Marshall, Class of 2000Background and ObjectiveSea urchins exhibit radial hol
Histochemical－staining－of－sea－urchin－embryos－for－(AP)－enzyme－activity
Histochemical staining of sea urchin embryos for alkaline phosphatase (AP) enzyme activity1. Obtain embryo samples, tube of AP substrate buffer and tu
Early－development－of－primary－motor－neurons－and－somites－in－Zebrafish－Embryos
Background:Zebrafish,or the teleost fish Danio rerio,is a rapidly developing organism that is apopular species for studying vertebrate development. Cl
The－effect－of－lithium－chloride－on－Lytechinus－variegates－embryos
PurposeThis experiment will study effects of lithium chloride on sea urchin development, forcusing on archenteron formation.IntroductionGastrulation i
DEVELOPMENTAL－EFFECTS－OF－LITHIUM－CHLORIDE－ON－XENOPUS－EMBRYOS
PURPOSE: The objective of this experiment is to study the effect of lithium chloride treatment on early blastula xenopus embryos.INTRODUCTION: When th
The－Effects－of－Ultraviolet－Light－on－the－Fertilization
Jill K. Flemming, Franklin & Marshall College, Class of 2001IntroductionThe objective of this project is to observe the effects of UV radiation on bot
MUC16基因编码功能及结构描述
这个基因编码一种属于粘蛋白家族的蛋白质粘蛋白是一种高分子量的o-糖基化蛋白，在形成保护性粘液屏障方面起着重要作用，存在于上皮的顶端表面。编码蛋白是一种膜系粘蛋白，在其氨基末端包含一个胞外结构域、一个大的串联重复结构域和一个具有短胞质结构域的跨膜结构域。氨基末端高度糖基化，而重复区包含156个富含丝氨
MUC16基因突变与药物因子介绍
这个基因编码一种属于粘蛋白家族的蛋白质粘蛋白是一种高分子量的o-糖基化蛋白，在形成保护性粘液屏障方面起着重要作用，存在于上皮的顶端表面。编码蛋白是一种膜系粘蛋白，在其氨基末端包含一个胞外结构域、一个大的串联重复结构域和一个具有短胞质结构域的跨膜结构域。氨基末端高度糖基化，而重复区包含156个富含丝氨
The－effects－ofdifferent－concentrations－oflithium－chloride－on－thedevelopment
AbstractPrevious studies by Stachel and colleagues indicate that lithium chloride induction of post-midblastular Brachydanio rerio embryos results in
Inhibition－of－the－fast－and－slow－blocks－to－polyspermy
Objective: to test the effects of inhibiting the fast and slow blocks to polyspermy on sea urchin development.BackgroundSea urchin eggs release compon
Hop－Pathway－in－Cardiac－Development
Homeodomain transcription factors comprise a large family of DNA binding factors that regulate transcription and development. Many homeodomain genes a
In－vitroculture－of－early－chick－embryos
1. Use sterile technique. Prewarm Howard's Ringers in petri dish andagar/albumin culture dish to 37ºC.2. Crack 2-day egg into large sterile petri
SUFU基因突变因子与药物介绍
刺猬信号通路在人类早期发育中起着重要作用。该通路是一个信号级联，在发育过程中起到模式形成和细胞增殖的作用。这个基因编码了刺猬信号通路的负调节因子。这个基因的缺陷是髓母细胞瘤的原因。选择性剪接导致多个转录变体。The Hedgehog signaling pathway plays an import
与－Hedgehog信号通路相关因子介绍SUFU
刺猬信号通路在人类早期发育中起着重要作用。该通路是一个信号级联，在发育过程中起到模式形成和细胞增殖的作用。这个基因编码了刺猬信号通路的负调节因子。这个基因的缺陷是髓母细胞瘤的原因。选择性剪接导致多个转录变体。The Hedgehog signaling pathway plays an import
SUFU基因编码的功能和结构描述
刺猬信号通路在人类早期发育中起着重要作用。该通路是一个信号级联，在发育过程中起到模式形成和细胞增殖的作用。这个基因编码了刺猬信号通路的负调节因子。这个基因的缺陷是髓母细胞瘤的原因。选择性剪接导致多个转录变体。The Hedgehog signaling pathway plays an import
与Hedgehog信号通路相关因子介绍SUFU
刺猬信号通路在人类早期发育中起着重要作用。该通路是一个信号级联，在发育过程中起到模式形成和细胞增殖的作用。这个基因编码了刺猬信号通路的负调节因子。这个基因的缺陷是髓母细胞瘤的原因。选择性剪接导致多个转录变体。The Hedgehog signaling pathway plays an import
与Hedgehog信号通路相关因子介绍GATA6
该基因是一个锌指转录因子小家族的成员，在脊椎动物发育过程中对细胞分化和器官发生起着重要的调控作用。该基因在早期胚胎发生过程中表达，并在后期胚胎发生过程中定位于内皮细胞和中胚层细胞，因此在肠、肺和心脏发育中发挥重要作用。这个基因的突变与一些先天性缺陷有关。[由RefSeq提供，2012年3月]This
与－Wnt信号通路相关因子介绍GATA6
该基因是一个锌指转录因子小家族的成员，在脊椎动物发育过程中对细胞分化和器官发生起着重要的调控作用。该基因在早期胚胎发生过程中表达，并在后期胚胎发生过程中定位于内皮细胞和中胚层细胞，因此在肠、肺和心脏发育中发挥重要作用。这个基因的突变与一些先天性缺陷有关。[由RefSeq提供，2012年3月]This
与－干细胞标和分化信号通路相关因子介绍GTAT6
该基因是一个锌指转录因子小家族的成员，在脊椎动物发育过程中对细胞分化和器官发生起着重要的调控作用。该基因在早期胚胎发生过程中表达，并在后期胚胎发生过程中定位于内皮细胞和中胚层细胞，因此在肠、肺和心脏发育中发挥重要作用。这个基因的突变与一些先天性缺陷有关。[由RefSeq提供，2012年3月]This