Incubator a. Once the eggs are delivered they are put into incubators. They need to warm-up for 24 hours to resume mitosis. b. The incubators are kept.

Slides:



Advertisements
Similar presentations
Characteristics of Reptiles
Advertisements

The Egg Story.
Click screen to continue
The bones of the anterior skeleton
Which Came First…The Chicken or the Egg???
LETS PLAY CHICK EMBRYOLOGYJEOPARDY!! EggsIncubatorCaring for Eggs Baby Chicks Parts of A Chicken Q $100 Q $200 Q $300 Q $400 Q $500 Q $100 Q $200 Q $300.
Incubation Steve Case NSF North Mississippi GK-8 University of Mississippi December 2006.
Chick Embryology.
CHICKS AND EGGS Teaching Points © Created by Lisa Frase
Day 1 - eyes begin to form Day 2 – heart begins to beat Day 5 – formation of reproductive organs Day 8 – feathers begin forming Day 10 – beak starts to.
Chapter 24 Development.
Chicken Embryology Development of a chick in the egg…..
Human Development.
Chapter 4 Section 1 and 2. Introduction 1861:  Hermann von Meyer found a fossil imprint of a feather  A month later he found a skeleton surrounded by.
Birds Ch One day in 1861, in a limestone quarry in what is now Germany, Hermann von Meyer was inspecting rocks. He was a fossil hunter, spotted.
KEY CONCEPT Reptiles, birds, and mammals are amniotes.
KEY CONCEPT Reptiles, birds, and mammals are amniotes.
The Reptile Body.
Ch. 29 Birds and Reptiles.
Reptiles Copyright © McGraw-Hill Education Characteristics of Reptiles Reptiles are fully adapted to life on land. Characteristics that allow reptiles.
 Poultry is the group name for all domesticated birds used for meat, eggs, or feathers.  A baby chicken of either sex is a chick.  A young male chicken.
Poultry Egg Production Livestock Prouduction Ms. Boyt.
4 Weeks 4 Weeks A water-tight sac forms around the growing fertilized egg. This sac gradually fills with fluid so it can help cushion the growing embryo.
Pregnancy Objectives: *Describe the development of the fetus **Describe the functions of the placenta and the umbilical cord ***State the function of amnion.
Animal Kingdom.
Chapter Birds Birds are reptile-like animals that maintain a constant internal body temperature.
4H Embryology Mrs. Hayes. Pledge My head to clearer thinking My heart to greater loyalty My hands to larger Service My health to better living My club,
Stages of Development.
Advanced Incubation and Embryology Ken Koelkebeck U of I Extension Poultry Specialist
Day 1: Head, brain, eye, and spinal cord begin to form.
Beginning of Life 4-H School Enrichment Project About the Project n Science Based, Hands-on n Helps teach SOL’s n Extension provides educational resources.
AP Biology Human Embryonic Development.
Birds. Specialized Bird Features  Wings  Feathers  Mating  Asserting dominance  Regulation of body temperature  Camouflage  Countershading  Flight.
The Female Reproductive System Biology 12. Female Reproductive Structures.
Pregnancy Part One. Fertilization During intercourse, millions of sperm are released from the male and into the female. Only about 100 sperm will make.
Skeletal System. Q What is a skeleton? A: All bones in our body are connected to form a skeleton.
Chapter 47 ~Animal Development Fertilization.
The Skeleton. Facts Without your skeleton you would be a shapeless sack of flesh. Without your skeleton you would be a shapeless sack of flesh. It consists.
Fetal Development. First trimester—months 0-3 Second Trimester–months 4-6 Third Trimester—months 7-delivery.
Stages of Pregnancy and Development
Phylum Chordata. Includes 5 Classes 1.Fish 2.Amphibians 3.Reptiles 4.Birds 5.Mammals.
Click on a lesson name to select. Chapter 29 Reptiles and Birds Section 1: Reptiles Section 2: Birds.
25.5 Vertebrates on Land. KEY CONCEPT Reptiles, birds, and mammals are adapted for life on land.
C H. 31: R EPTILES AND B IRDS Section 31.1: Reptiles.
Class Aves Birds are reptile like animals that maintain a constant
Fetal Development by Week
Characteristics of Reptiles  Live on land 29.1 Reptiles Reptiles and Birds Chapter 29  Characteristics that allow reptiles to succeed on land include.
Lecture 3 Events in Embryonic Development Before Egg Laying: Fertilization Division and growth of living cells Segregation of cells into groups of special.
Human Embryonic Development
Presented to you by- Mr. Spaulding
Chicken Egg Development
A closer look at AAnmiotes
Amphibian.
Chicken Egg Development
Embryonic Development of Chickens
Embryology In Pictures
Animals Need…. Food Water Air Shelter.
Characteristics of Reptiles
REPTILES AND BIRDS MRS. BENDER CHAPTER 29.
Advanced Incubation and Embryology
A guide to what is happening each of the 21 days inside the egg
KEY CONCEPT Reptiles, birds, and mammals are amniotes.
Following is the script for the slides
“A Closer Look” Embryology in the Classroom Embryonic Development
Fun with Incubation Center for Excellence for Poultry Science
TURTLE PARTS.
Presentation transcript:

Incubator a. Once the eggs are delivered they are put into incubators. They need to warm-up for 24 hours to resume mitosis. b. The incubators are kept at 99.5 degrees. c. The eggs stay in the incubators for the first 18 days. d. The incubator flips 90 degrees every 20 minutes to keep the heat even on all parts of the egg. Prevent implantation of embryo onto shell membrane

Hatchers a. After 18 days the eggs are moved from the incubators to the hatchers. (We use incubators, stop tilting) b. The hatchers are kept at 99.5 degrees for days 18 and 19. c. On day 20 the temperature is reduced to 97.5 degrees. d. And on day 21 the chick hatches

What we will be seeing, Animated

Day 1 16 hours: First resemblance to an embryo 18 hours: The alimentary tract appears. 20 hours: The brain crease begins to form. (Vertebral column) and Somites appear. 21 hours: The brain and nervous system begin to form. 22 hours: The head fold begins to form. 23 hours: Blood islands appear. (Vitelline circulation) 24 hours: The eyes begin to form.

Day 2 25 hours: The heart begins to form. 33 hours: The ears begin to form. 42 hours: The heart starts to beat.

Day 3 The head begins to turn onto its left side. The tongue begins to form. The amnion completely surrounds the embryo. The tail has appeared. Wing and leg buds are visible. Soon other organs such as the liver, kidneys, and lungs will appear.

Day 4 Eye Pigmented The toes begin to form.

Day 5 The reproductive organs begin to form. The bones of the legs begin to form. The crop begins to form.

Day 6 The beak becomes visible. The wing bends at the elbow. The allantois begins to fuse with the chorion. The ribs begin to appear. The gizzard begins to form. The intestines begin to loop.

Day 7 A row of feather germs appears on the tail. The sclera of the eye begins to form. Feather papillae appear on the thigh. The leg bends at the knee.

Day 8 Three rows of feather germs are visible on the tail. The nictitating membranes (inner eye lids) begins to form. The egg tooth begins to form. The bone marrow cavity of the femur begins to form.

Day 9 Upper eye lids begin to cover the eyes. The knee caps begin to form.

Day 10 Claws begin to form. The comb is visible. Feathers appear. Feather tracts appear over the sternum. Lower eyelids develop.

Day 11 The toe claws begin to curve downward. The bottom of the feet become padded. Feather germs on the back and tail appear as long, tapering cones. The beak begins to harden. The comb appears serrated. The embryo begins to draw calcium from the eggshell for its growing bones.

Day 12 Scales appear on the lower legs. The embryo continues to grow and move. The ribs begin to ossify (from cartillage into bone)

Day 13 Fingers of the wings are covered with feather papillae. The left and right collar bones fuse to form the wishbone.

Day 14 The embryo turns its head toward the blunt end of the egg. The skull has begun to ossify.

Day 15 The scales, claws, and beak are becoming firm.

Day 16 The embryo turns its beak toward the air cell. The chorioallantoic cavity lines most of the inside surface of the egg shell.

Day 17 The beak turns towards the air cell.

Day 18 Growth of embryo nearly complete Yolk sac is still outside the embryo Head is under right wing

Day 19 Yolk sac draws into the body cavity Amniotic fluid gone Embryo occupies most of the space within the egg (not in the air cell)

Day 20 Yolk sac completely drawn into body cavity. Embryo becomes a chick (breathing in air cell)

Day 21 HATCHES