Figure 47.0 Human embryo. Figure 47.1 A “homunculus” inside the head of a human sperm.

Slides:



Advertisements
Similar presentations
Today’s Objective: 2.1 The student will list the germ layers and their derivatives The student will be able to sequence the stages of animal development.
Advertisements

Animal Development.
Fertilization.
Vertebrate Development
Animal Development.
Ch. 47.
Development A. Epigenesis I. History B. Pre-formation.
Chapter 47: Animal Development
Animal Embryonic Development
Ch. 46/47 Warm-Up (Ch. 46) How do oogenesis and spermatogenesis differ? (Ch. 46) How do these hormones affect the menstrual cycle? LH FSH Estrogen Progesterone.
Embryogenesis in the context of a vertebrate life cycle.
Chapter 7- Fertilization
1 Vertebrate Development Chapter Fertilization Penetration – hydrolytic enzymes in acrosome of sperm head Activation – events initiated by sperm.
Chapter 47 Animal Development
Chap 47: Animal Development
Copyright © 2005 Brooks/Cole — Thomson Learning Biology, Seventh Edition Solomon Berg Martin Chapter 49 Animal Development.
Nancy G. Morris Volunteer State Community College
Chapter 47 Quiz Animal Development.
Animal Development Emily Huang, Erin McGrath, Michelle Xu.
Chapter 47 Animal Development. Embryonic development/fertilization u Preformation~ until 18th century; miniature infant in sperm or egg u At fertilization/conception:
Animal Development Chapter 47. Development Preformation – Idea that egg contains a miniature adult that grows only in size during devel. Preformation.
Chapter 47 Animal Development Ms. Klinkhachorn Saturday April 30, 2011 AP Biology.
Chapter 47 Reading Quiz 1.Which reaction acts as a “fast block” to polyspermy? 2.Which reaction acts as a “slow block” to polyspermy? 3.Name the series.
Copyright © 2005 Pearson Education, Inc. publishing as Benjamin Cummings Chapter 47: Animal Development.
Animal Development II Making an embryo…
Fertilization Fertilization activates the egg
Animal Development By Natasha Guenther, Brea Altoya, and Bianca (I can’t spell her last name so I’m leaving it out)
Chapter 47: Animal Development
Animal Development Chapter 47. WHAT’S NEXT? Once copulation ends…
1.Fertilization: Fusion between egg and sperm. 2.Cleavage: Rapid cell multiplication of zygote. 3.Blastulation: Ball of cells lined by blastoderm and enclosed.
What is an animal?.
Fertilization Fertilization activates the egg Activation of the egg triggers embryonic development.
Comparative Anatomy Early Embryology
Cleavage, Gastrulation
This week in 206 I. Sea urchin fertilization thru gastrulation.
Animal Development Stages of Early Embryonic Development
Copyright © 2008 Pearson Education, Inc., publishing as Pearson Benjamin Cummings Concept 47.3: The developmental fate of cells depends on their history.
ANIMAL DEVELOPMENT CHAPTER 47. Figure 47.0 Human embryo.
Embryonic Development Involves 3 Components: 1. Cell Division- The mitotic increase in the number of cells. 2. Differentiation- The development of specialized.
Ch 47 Fertilization through organogenesis
 An organism’s development is planned by a genetic program involving the genome of the zygote and the molecules placed in the egg by the mother › These.
Development. Fertilization Chemotaxis Sea Urchin’s eggs have a chemotatic molecule called resact. This molecule is found in the outer jelly coat of.
Lecture Date ________ Chapter 47 –Animal Development.
PRINCIPLES OF EMBRYONIC DEVELOPMENT © 2012 Pearson Education, Inc.
By: Melissa Shannon Summer Assignment. Occur during fertilization and each of the three successive stages that build the animal’s body. The Acrosomal.
Animal Development [Note: This is the text version of this lecture file. To make the lecture notes downloadable over a slow connection (e.g. modem) the.
AP BIOLOGY SHANNON BRADY 2010 Chapter 47: Animal Development.
Embryological Development Development is fundamentally similar in all eukaryotes Development is fundamentally similar in all eukaryotes There are 3 aspects.
Animal Development. The Mystery of Development The main problem of embryology is this: How, in the course of development, does a cell of one type.
Preformation: the egg or sperm contains an embryo that is a preformed miniature adult. Epigenesis: the form of an animal emerges from a relatively formless.
Lecture #20 Date ________ u Chapter 47 ~ Animal Development.
AP Biology Animal Reproduction & Development.
Animal Development Campbell’s Biology Ch 43 – 4 th ed./Ch 47 – 6 th ed.
HUMAN EMBRYOLOGY Mrs. Daniels AP Biology December 2005.
Chapter 47 Animal Development.
Fertilization Fertilization activates the egg
HUMAN EMBRYOLOGY.
How did this complex embryo develop from a single fertilized egg?
OUTLINE 6 VI. Morphogenesis A. General features of gastrulation
Ch. 46/47 Warm-Up (Ch. 46) How do oogenesis and spermatogenesis differ? (Ch. 46) How do these hormones affect the menstrual cycle? LH FSH Estrogen Progesterone.
Development Sea urchin Deuterostome Isolecithal Holoblastic cleavage
Ch. 46/47 Warm-Up (Ch. 46) How do oogenesis and spermatogenesis differ? (Ch. 46) How do these hormones affect the menstrual cycle? LH FSH Estrogen Progesterone.
Animal Development Chapter 50.
Animal Development Chapter 47 ~ Animal Development.
Animal development Alyssa & Karenn.
What is an animal?.
Development I. History A. Epigenesis B. Pre-formation
Animal Development Mr. Price AP Biology.
Chapter 47- Animal Development
CHAPTER 47 Animal Development
Presentation transcript:

Figure 47.0 Human embryo

Figure 47.1 A “homunculus” inside the head of a human sperm

Figure 47.2 The acrosomal and cortical reactions during sea urchin fertilization

Figure 47.3 A wave of Ca 2+ release during the cortical reaction

Figure Calcium and inositol triphosphate in signaling pathways (Layer 3)

Figure 47.4 Timeline for the fertilization of sea urchin eggs

Figure 47.5 Fertilization in mammals

Figure 47.6 Cleavage in an echinoderm (sea urchin) embryo

Figure 47.6x Sea urchin development, from single cell to larva

Figure 47.7 The establishment of the body axes and the first cleavage plane in an amphibian

Figure 47.8x Cleavage in a frog embryo

Figure 47.8d Cross section of a frog blastula

Figure 47.9 Sea urchin gastrulation (Layer 3)

Figure Gastrulation in a frog embryo

Table 47.1 Derivatives of the Three Embryonic Germ Layers in Vertebrates

Figure Organogenesis in a frog embryo

Figure Cleavage, gastrulation, and early organogenesis in a chick embryo

Figure Organogenesis in a chick embryo

Figure The development of extraembryonic membranes in a chick

Figure Early development of a human embryo and its extraembryonic membranes