1 Black Angelfish – A Versatile Addition to a Breeding Program A presentation for The Angelfish Society February 17, 2008. By Tamar Stephens.

Slides:



Advertisements
Similar presentations
Hoover High School Mr.Plazaks Biology : Write an answer here What was the name of the plant that Mendel worked with?
Advertisements

Complex Patterns of Inheritance
Mendel and His Discoveries Chapter 11. Gregor Mendel Gregor Mendel ( ) Experimented with pea plants and developed fundamental rules of genetics.
1 Mendel’s Laws and Angelfish Genetics A presentation for The Angelfish Society February 21, 2010 By Tamar Stephens.
Punnet Square Notes.
TAS Angelfish Show Awards at the 2011 ACA Convention.
Genetics Terminology Illustrated: Penetrance and Expressivity A Presentation for The Angelfish Society May 18, 2008 by Tamar Stephens.
Introduction to Angelfish Genetics
Genetics Terminology Illustrated: Genetic Crossover A Presentation for The Angelfish Society By Tamar Stephens For the October 19, 2008 TAS Meeting.
TAS Angelfish Show Awards at the 2012 ACA Convention.
11-3 Exploring Mendelian Genetics
TAS Angelfish Naming Conventions Part 2 – Phenotype Names A Presentation for The Angelfish Society by Tamar Stephens.
Exploring Genotypes and Phenotypes of Longhorn Cattle.
Probability and Genetics Fruit Fly Color and Probability.
Biology Regents Periods 2, 4 and 7
Fundamentals of Genetics (chapter 9). Who was Gregor Mendel? ~An Austrian monk that is considered to be the “father of genetics” ~Used pea plants for.
11-3 Exploring Mendelian Genetics
Coat Color Genetics Coat color patterns are created by genes. Genes carry the genetic codes that create a horse’s size, conformation and color. Let’s.
1 Genetics Terminology Illustrated: Degrees of Dominance A Presentation for The Angelfish Society For the General Membership Meeting October 21, 2007 Prepared.
Probability & Punnett Squares
1 TAS Angelfish Naming Conventions Part 1 – Genetic Notation A Presentation for The Angelfish Society August 19, 2007 by Tamar Stephens.
Exploring Genotypes and Phenotypes of Longhorn Cattle.
Verifying and Documenting a New Mutation A presentation for The Angelfish Society August 16, 2009 Meeting By Tamar Stephens.
Genetics and Probability Probability refers to the chances of something happening. Probability can be used to predict. In genetics, probability can be.
Slide 1 of 31 Copyright Pearson Prentice Hall 11-3 Exploring Mendelian Genetics 11–3 Exploring Mendelian Genetics.
Heredity and Genetics Heredity and Genetics. How it all works  Dominant is the expressed trait. (That means the trait we see. So it gets a capital.
Genetics. Study of Heredity Why do cats have kittens and not puppies? Why do humans give birth to other humans? What controls what your child will look.
Rat Genetics.
12/18/13 Objective: Who was Gregor Mendel and what were his contributions to genetics? Do Now: Why is there so much variation in sexually reproducing organisms?
Genetics Terminology Illustrated Epistasis A Presentation for The Angelfish Society May 20, 2007 by Tamar Stephens.
Lesson 5 Terminology Practice Genotype and Phenotype.
Understanding Heredity
Punnett Squares: Codominance and Incomplete Dominance.
1/7/15 Objective: Who was Gregor Mendel and what were his contributions to genetics? Do Now: What is a trait?
Genetics Michelle Bohanan March 27, © Gil Repetto.
There are different types of dominant alleles. We have studied simple dominance, now lets examine 2 exceptions to the rules.
A. Gregor Mendel was born in 1822 in Austria. Growing up on his family’s farm he had a lot of practice cultivating ____________ and _________ __________.
Notes Pg. #16: Complex Genetics
Incomplete or Co-Dominant?!?!. Normally traits have one dominant allele and one recessive allele…. What happens when an allele for a trait isn’t completely.
Exploring Genotypes and Phenotypes of Longhorn Cattle.
Review Questions ________________ is the scientific study of heredity. A) Traits B) Alleles C) Genetics D) Geneology.
Incomplete and Codominance. Simple Inheritance Mendel studied simple patterns of inheritance. Mendel studied simple patterns of inheritance. Found that.
Dominant vs. Recessive Dominant - Masks the other trait; the trait that shows if present Represented by a capital letter Recessive – An organism with.
Inheritance controlled by dominant and recessive paired alleles is often referred to as simple Mendelian genetics. Many inherited patterns are more.
Punnett Squares: Codominance and Incomplete Dominance.
Chapter Nine: Heredity
Probability & Punnett Squares
Punnett Square Notes.
How to do Test Crosses in Angelfish
PRACTICE.
11-2 Probability and Punnett Squares
Heredity and Genetics.
Codominance and Incomplete Dominance.
5.2 Incomplete & Codominance
Punnett Square Notes.
Chapter 5 Section 2 Traits and Inheritance Bellringer
Reminders Unit 8 Exam- Tuesday, March, 21st
Beyond Dominant and Recessive Alleles
Submission for new gene Suggested gene name – Philippine Blue Suggested gene designation – pb/pb and +/pb New Loci - yes Gene type is recessive.
Genetics Terminology Illustrated: Degrees of Dominance
Codominance and Incomplete Dominance
CPO Heredity Traits- Mendel Predicting Heredity.
How to Breed for Some Popular Varieties of Angelfish
Probability & Punnett Squares
11-3 Exploring Mendelian Genetics
Unit 8: Mendelian Genetics 8.4 Incomplete Dominance
Codominance and Incomplete Dominance.
Chapter C3 Section 2 Traits and Inheritance A Great Idea
Gregor mendel and heredity
Do now activity #3 In pea plants, yellow seed color (Y) is dominant over green seed color ( y ). Complete the cross between a plant that is heterozygous.
Presentation transcript:

1 Black Angelfish – A Versatile Addition to a Breeding Program A presentation for The Angelfish Society February 17, By Tamar Stephens

2 Black Angelfish can be used to make several popular phenotypes.  In this presentation we will look at some attractive and popular varieties that can be made using black angelfish.  If you don’t already have black angelfish in your breeding program, this presentation may give you some ideas to expand the number of varieties you raise through simply adding black angelfish to your home hatchery.

3 Simple Crosses  The first crosses we will look at involve simply crossing a double dark black (D/D) with another variety.

4 Black x Silver  Black Lace Many people consider black lace to be one of the more striking varieties of angelfish. Double dark black (D/D) crossed with silver (+/+) results in a black lace (D/+). We show this cross as: D/D x +/+  D/+

5 Black x Zebra (Z/Z)  Zebra Lace Many people consider zebra lace to be even more attractive than black lace. They are similar in appearance. Zebra lace has one more stripe, and has more ornate patterning in the tail and fins. Double dark black (D/D) crossed with zebra (Z/Z)  zebra lace (D/+ - Z/+).

6 Zebra can be double or single dose Zebra is a dominant trait, so a zebra might be either Z/Z or Z/+. Homozygous (double dose) zebras (Z/Z) are often slower to grow than single dose (Z/+). Chances are that if you have zebra angels, they might be single dose (Z/+). What happens if you cross a single dose zebra to a double dark black? (next slide)

7 Black x Zebra (Z/+) If you cross double dark black with a single dose zebra, you will get 50% zebra lace and 50% black lace, both of which are beautiful and striking angelfish varieties. D/D x Z/+  50% D/+ - Z/+ (zebra lace) 50% D/+ (black lace)

8 Black x Smokey  Smokey Lace Here is another beautiful variety you can create by crossing black with smokey. D/D x Sm/+  50% D/+ - Sm/+ (smokey lace) 50% D/+ (black lace)

9 Black x Blushing  Black Ghost A black ghost will is a pretty variation of black. The color is lighter and stripes are absent or incomplete. The cross is: D/D x S/S  100% D/+ - S/+ (black ghost)

10 More complicated phenotypes We just looking at some phenotype that can be created by simply crossing a double dark black with another phenotype. Now let’s look at some phenotypes that might require 2 steps to create.

11 Turquoise Blushing (D/+ - S/S)

12 Turquoise Blushing (D/+ - S/S) (continued) Turquoise Blushing can be made with more than one possible cross. Here is one way. We saw how to create black ghost on a previous slide. We can cross black ghost (D/+ - S/+) with blushing (S/S). D/+ - S/+ x S/S  +/+ - S/+ : 25% : Silver Ghost +/+ - S/S : 25% : Blushing D/+ - S/+ : 25% : Black Ghost D/+ - S/S : 25% : Turquoise Blushing

13 Black Velvet (Black Blushing) Black Velvet is a black blushing angelfish. It has a smooth velvety appearance, with no stripes and no lace patterning in the tail or fins.

14 Black Velvet (continued) If you cross two black ghosts, you will get 6.25% black blushing. D/+ - S/+ x D/+ S/+  +/+ - +/+ : 6.25% : Silver (wild) +/+ - S/+ : 12.50% : Silver Ghost +/+ - S/S : 6.25% : Blushing D/+ - +/+ : 12.50% : Black Lace D/+ - S/+ : 25.00% : Black Ghost D/+ - S/S : 12.50% : Turquoise Blushing D/D - +/+ : 6.25% : Black(dd) D/D - S/+ : 12.50% : Black(dd) Ghost D/D - S/S : 6.25% : Black(dd) Blushing (velvet) Now you can cross two of the black velvet offspring to 100% black velvet in the next generation. (Did you notice that you can create black lace, turquoise blushing, glack ghost, and black velvet all in the same spawn with this cross?)

15 These are a few attractive varieties that are possible with the black allele. If you are a novice at breeding angelfish, you might want to consider trying your hand at raising some of these varieties. You can explore the phenotype library and play with the genetics calculator for more possible varieties. What black varieties have you raised?

16 Thank You! All of the photos used in this presentation came from the TAS phenotype library. Thank you to all of you who have contributed to the phenotype library either through participating in photo contests or by directly donating photos!!!

17 The End Now back to the chat room for discussion!