Requirements: Name: Lion + Tiger = Liger
|
|
- Benjamin Oliver
- 5 years ago
- Views:
Transcription
1 Name: Creative Species Project Objectives: Students will be able to: 1. Design a new species from animals known today. 2. Recognize that reproduction may lead to survival changes. 3. Explain how variations in structure, behavior or physiology allow organisms to survive. Research Due Dates: Monday March 19 th Species Selection Species General Notes Tuesday March 20 th Parent Traits Individual Reproduction Information Wednesday March 21st Reproduction Punnett Squares Friday March 23 rd Family Photo Friday March 23 rd Evolution of the Offspring Lion + Tiger = Liger Requirements: General Notes/Parent Traits /10 points 1. Pick a species to cross. Get my approval before starting! 2. No repeats of a species 3. Pick a Partner (who must have a separate species) Zebra + Horse = Zorse 4. Fill out your note taker information 5. Define Structural, Behavioral and Physiological Adaptations 6. 3 explained Structural Adaptations for each species 7. 3 explained Behavioral Adaptations for each species 8. 3 explained Physiological Adaptations for each species 9. A Picture of your Species 10. Describe and select genotype of Parent Traits (using dice to determine allele structure). Reproduction /5 points 1. Identify the type of reproduction and give evidence for this reproduction type; Notes should include information such as gestation period, offspring quantity, offspring appearance, birth types (eggs or live) Advantages and 3 disadvantages of Reproduction Type.
2 Reproduction Punnett Squares /10 points 1. Mate with your partner and create a Punnett square for each of the traits on your note taker. 2. Make a chart of which traits your child receives recording both genotype and phenotypes. a. Note to determine which alleles your child will have you will again be rolling the dice. i. Upper right quadrant (sum =2-9) ii. Upper left quadrant (sum=10-18) iii. Lower left quadrant (sum=19-27) iv. Lower right quadrant (sum=28-36) 3. Name your new species (please be creative since I have to grade numerous different crosses). Family Photo /5 points 1. Create a family picture of Mom, Dad and Child. The pictures should have the traits that you provide from Mom and Dad to the Child 2. Colorful, Neat and Organized. Ok to complete this digitally if it is done tastefully. 3. With the improvement in technology, I will allow this to be digital but my expectations are higher for a digital image than a hand drawn one. Final Requirements: Evolution of the Offspring /30 points The following needs to be completed as a team and shared within Google Slides: 1. Digital image of mom and dad. 2. Structural adaptations for mom and dad (describe 3 for each species). 3. Behavioral adaptations for mom and dad (describe 3 for each species). 4. Physiological adaptations for mom and dad (describe 3 for each species). 5. Reproduction summary for each species (type, gestation, offspring quantity, offspring size, etc.). 6. Advantages and disadvantages of the type of reproduction (3 advantages and 3 disadvantages). a. If the parents have different reproductive types, then you should do a slide for each parent. Otherwise, this can be on one slide. 7. General description of the offspring (list all of the phenotypes for each trait). 8. Advantages and disadvantages of this species over mom and dad. a. 3 advantages of possible survival improvements over the parents. b. 3 disadvantages that may hinder your new species from surviving. 9. Digital image of your combined species. a. Image should be representative of your new species. b. You can draw or digitally modify an image. Do not copy and paste an already modified image from google. You can use them for idea but the original must come from you.
3 Species Name: Continent/Habitat: Individual General Notes Mammal, Bird, Fish, Amphibian or Reptile: Gender (note that you must agree on this with your partner) Parent Structural Adaptations (benefits of its body style) Parent Behavior Adaptations (behavioral benefits) Parent Physiological Adaptations (Internal body system benefits) Picture of your species. This can be digital but should be representative to show the different traits.
4 1. Define Co-dominant traits: Individual - Reproduction 2. What would a Punnett square look like for codominant traits? 3. Asexual/Sexual 4. Evidence of this reproduction type 5. Gestation Period 6. How many offspring? 7. What does the offspring look like (generally not pictorially)? 8. Live birth or lay eggs? 9. 3 Advantages of this reproduction type a. b. c Disadvantages of this reproduction type a. b. c.
5 Directions: describe each trait. Individual - Parent Traits Gender (note females are XX (homozygous) while males are XY (heterozygous)): If you cannot agree, then use a flip of the coin to see who is male and who is female. Body Type: Body Covering: Color: Feet: Teeth: Tail: Eyes: Nose: Ears: Limbs (Arms/Legs): Neck: Wings (depending on species): Poison: Mouth: Other (create two traits not listed above) 1. 2.
6 Group The Dating Game Directions: 1. Create a designated allele letter for each trait. 2. With a roll of the dice, the female will determine if her trait is homozygous dominant (1-4), homozygous recessive (5-9), heterozygous 10-16), or co-dominant (18-36). a. To determine which alleles your child will have, you will be rolling the dice. i. homozygous dominant (product: 1-4) iii. heterozygous (product: 10-16) ii. homozygous recessive (product: 5-9) iv. co-dominant (product: 18-36) b. If the roll of the dice results is homozygous dominant or heterozygous, the other species is automatically considered homozygous recessive. c. If the roll of the dice results in homozygous recessive, then the other species must roll the dice until they determine if they are heterozygous (product = 10-16) or homozygous dominant (product = 1-4). They cannot be homozygous recessive. d. If the roll of the dice results in co-dominance, then both species traits are present. In this case, use different capital letters such as FS (feathers and scales). 3. Record the genotype and the phenotype in each box (see gender example). 4. Repeat steps 2-4 alternating the starting roll between the male and female. # Trait Allele Letter Homozygous Dominant Heterozygous Homozygous Recessive 1 Gender X XX () XY () N/A 2 Body Type B Body 3 Covering 4 Color 5 Feet 6 Teeth 7 Tail 8 Eyes 9 Nose 10 Ears 12 Arms 13 Legs 14 Neck 15 Wings (if applicable) 16 Poison 17 Mouth 18 Special #1 19 Special #2 Co-Dominant
7 Group Summary of Child s Traits Directions: 1. Mate with your partner and create a Punnett square for each of the traits (dating game). 2. Make a chart of which traits your child receives recording both genotype and phenotypes. a. Note: to determine which alleles your child will have, you will again be rolling the dice. i. Upper right quadrant (product = 1-4) ii. Upper left quadrant (product = 5-9) iii. Lower left quadrant (product = 10-16) iv. Lower right quadrant (product = 18-36) 3. Name your new species (please be creative since I have to grade numerous different crosses). # Child s Trait Genotype Phenotype 1 Gender 2 Body Type 3 Body Covering 4 Color 5 Feet 6 Teeth 7 Tail 8 Eyes 9 Nose 10 Ears 12 Arms 13 Legs 14 Neck 15 Wings (if applicable) 16 Poison 17 Mouth 18 Special #1 19 Special #2
8 Group - Reproductive Punnett Squares Make One for each trait. Title the trait (body covering, body type, etc.) Identify the one trait your child received (circle, Highlight, etc.). You need at least 16 Punnett squares.
9
10
11 Evolution of Offspring The following needs to be completed as a team and shared within Google Slides: 1. Digital image of mom and dad. 2. Structural adaptations for mom and dad (describe 3 for each species). 3. Behavioral adaptations for mom and dad (describe 3 for each species). 4. Physiological adaptations for mom and dad (describe 3 for each species). 5. Reproduction summary for each species (type, gestation, offspring quantity, offspring size, etc.). 6. Advantages and disadvantages of the type of reproduction (3 advantages and 3 disadvantages). a. If the parents have different reproductive types, then you should do a slide for each parent. Otherwise, this can be on one slide. 7. General description of the offspring (list all of the phenotypes for each trait). 8. Advantages and disadvantages of this species over mom and dad. a. 3 advantages of possible survival improvements over the parents. b. 3 disadvantages that may hinder your new species from surviving. 9. Digital image of your combined species. a. Image should be representative of your new species. b. You can draw or digitally modify an image. Do not copy and paste an already modified image from google. You can use them for idea but the original must come from you. Evolution of Offspring The following needs to be completed as a team and shared within Google Slides: 1. Digital image of mom and dad. 2. Structural adaptations for mom and dad (describe 3 for each species). 3. Behavioral adaptations for mom and dad (describe 3 for each species). 4. Physiological adaptations for mom and dad (describe 3 for each species). 5. Reproduction summary for each species (type, gestation, offspring quantity, offspring size, etc.). 6. Advantages and disadvantages of the type of reproduction (3 advantages and 3 disadvantages). a. If the parents have different reproductive types, then you should do a slide for each parent. Otherwise, this can be on one slide. 7. General description of the offspring (list all of the phenotypes for each trait). 8. Advantages and disadvantages of this species over mom and dad. a. 3 advantages of possible survival improvements over the parents. b. 3 disadvantages that may hinder your new species from surviving. 9. Digital image of your combined species. a. Image should be representative of your new species. b. You can draw or digitally modify an image. Do not copy and paste an already modified image from google. You can use them for idea but the original must come from you.
Semester 2- Unit 2: Inheritance
Semester 2- Unit 2: Inheritance heredity -characteristics passed from parent to offspring genetics -the scientific study of heredity trait - a specific characteristic of an individual genes -factors passed
More informationNames: Period: Punnett Square for Sex Chromosomes:
Names: Period: Human Variations Activity Background A large variety of traits exist in the human population. The large number of combinations of these traits causes individuals to look unique, or different,
More informationPlease copy into your agenda:
Monday, September 19 Please copy into your agenda: Monday: Finish Snapchat (due Tuesday) Advanced only-project part 2 (due Fri) Tuesday: Vocab bonds (due Wednesday) Wednesday: Human inheritance (due Thur)
More informationLife #4 Genetics Notebook
Life #4 Genetics Notebook Life #4 Learning Targets Life #4 Vocabulary: Eye Color what color are your eyes? Brown, Green, Hazel Dominant Blue Recessive Freckles do you have freckles? Say yes only if you
More informationPassing It On. QUESTION: How are inherited characteristics passed from parent to offspring? toothpicks - red and green
Passing It On QUESTION: How are inherited characteristics passed from parent to offspring? MATERIALS: allele sacks allele sets (7) gumdrops - green and black map pins marshmallows push pins - green and
More informationDragon Genetics. Essential Question How does Mendelian genetics explain the variation of expressed traits within a population?
Dragon Genetics Introduction The simplest form of genetic inheritance for a single involves receiving one piece of genetic information (one allele) from the mother and one piece of genetic information
More informationGenetics Project. Using the same traits from our Jane and John activity, we will determine how an offspring of yours could look.
Genetics Project Name 7 th Grade PSI Science Partner s Name Due Date In our Jane and John activity, we looked at the traits of fictional characters. For this final project, we will now talk about YOUR
More informationSemester 2- Unit 2: Inheritance
Semester 2- Unit 2: Inheritance heredity -characteristics passed from parent to offspring genetics -the scientific study of heredity trait - a specific characteristic of an individual genes -factors passed
More information11B Crazy Traits. What role does chance play in an organism s heredity? 1. Determining the genotype. 2. Stop and Think. Investigation 11B.
11B Crazy Traits Investigation 11B What role does chance play in an organism s heredity? Your traits are determined by the genes you inherit from your parents. For each gene, you get at least one allele
More informationAlien Life Form (ALF)
Alien Life Form (ALF) Closely related siblings are most often different in both genotype (the actual genes) and phenotype (the appearance of the genes). This is because of the great variety of traits in
More informationMonday, February 8. Please copy into your agenda:
Monday, February 8 Please copy into your agenda: Monday: Finish Snapchat (due Tuesday) Tuesday: Genetics review (due Wednesday) Wednesday: Genetics quiz Thursday-Friday: Collect data (dues Tues) Reminder:
More informationYou are who you are because of a combination of HEREDITY and ENVIRONMENT. ENVIRONMENT: all outside forces that act on an organism.
Unit 6 Genetics 6.1 Genetics You are who you are because of a combination of HEREDITY and ENVIRONMENT. ENVIRONMENT: all outside forces that act on an organism. HEREDITY: traits that are passed from parents
More informationGenetics and Diversity Punnett Squares
Genetics and Diversity Punnett Squares 1 OUTCOME QUESTION(S): S1-1-12: How are the features of the parents inherited to create unique offspring? Vocabulary & Concepts Allele Dominant Recessive Genotype
More informationGenetics. *** Reading Packet
Genetics *** Reading Packet 5.4 Mendel and His Peas Learning Objectives Describe Mendel's first genetics experiments. Introduction Why do you look like your family? For a long time people understood that
More informationPunne% Square Quiz A AP Tes2ng this week 15-Week Grades due next week Note: media center is hos2ng tes2ng Turn in all make-up work
Biology Monday, May 2, 2016 Do-Now: Punne% Square Quiz A 1. Write down today s FLT 2. What do we use Punne@ Squares for? 3. A purple flower (Pp) and a white flower are crossed. What % of the offspring
More informationThe Genetics of Parenthood Data Sheet
The Genetics of Parenthood Data Sheet Parents and Child's gender Child's name Fill in data table as you determine each trait described in the Guidebook. Do not simply flip the coin for all traits before
More informationDRAGON GENETICS LAB -- Principles of Mendelian Genetics
DRAGON GENETICS LAB -- Principles of Mendelian Genetics Dr. Pamela Esprivalo Harrell, University of North Texas, developed an earlier version of "Dragon Genetics" which is described in the January 1997
More informationThe Statistics of Inheritance
Why? The Statistics of Inheritance How can statistics help predict the traits of offspring? The randomization of alleles from the parents genetic material is essential to the survival and evolution of
More informationPedigrees: Genetic Family History
Pedigrees: Genetic Family History - Women are represented with a. - Men are represented with a. - Affected individuals are (individuals who express the trait). C B A D If this is you who are The other
More informationFundamentals of Genetics
Fundamentals of Genetics For thousands of years people have known that living things somehow pass on some type of information to their offspring. This was very clear in things that humans selected to breed
More informationDragon Genetics, pt. VI: Making a dragon
Lesson 6.11 Dragon Genetics, pt. VI: Making a dragon Name Date Period Engage I Dragons are an extremely endangered species and researchers are interested in documenting the genetics of the species and
More informationUnit 7 Section 2 and 3
Unit 7 Section 2 and 3 Evidence 12: Do you think food preferences are passed down from Parents to children, or does the environment play a role? Explain your answer. One of the most important outcomes
More informationNAME: PERIOD: Genetics. Objective 2: Determine the possible outcomes of single crosses using Punnett squares.
NAME: PERIOD: Genetics Objective 1: Explain the importance of DNA in a cell. Objective 2: Determine the possible outcomes of single crosses using Punnett squares. Objective 3: Compare sexual and asexual
More informationDouble The Muscle: Genotype and Probability
Double The Muscle: Genotype and Probability Name Introduction to the Double Muscle Trait In some organisms, including cattle, a recessive genetic mutation will result in the inactivation of a gene that
More informationCount how many butterflies you can spot on the wall. Count how many butterflies you can spot on the floor
Count how many butterflies you can spot on the wall Count how many butterflies you can spot on the floor What is an acquired trait? A trait that an organism acquires or gains over its lifetime. It cannot
More informationInheritance. Children inherit traits from both parents.
Have you ever been told you have your mother s eyes or your father s smile? Have you ever noticed you share your grandfather s eye color or possibly your grandmother s curly hair, and yet your parents
More informationWhat You ll Learn. Genetics Since Mendel. ! Explain how traits are inherited by incomplete dominance
Genetics Since Mendel GLE 0707.4.4 Predict the probable appearance of offspring based on the genetic characteristics of the parents. What You ll Learn! Explain how traits are inherited by incomplete dominance!
More informationMendel and Heredity. Chapter 12
Mendel and Heredity Chapter 12 Objectives: 1.) Differentiate between genotype and phenotype 2.)Differentiate between genes and alleles. 3.) Differentiate between dominant and recessive alleles. 4.) Explain
More informationGenetics Test- Mendel, Probablility and Heredity
Genetics Test- Mendel, Probablility and Heredity Multiple Choice Identify the choice that best completes the statement or answers the question. 1. In Mendel s experiments, what percentage of the plants
More informationDRAGON GENETICS Understanding Inheritance 1
DRAGON GENETICS Understanding Inheritance 1 INTRODUCTION In this activity, you and a partner will work together to produce a baby dragon. You will simulate meiosis and fertilization, the biological processes
More informationUnit 5 Review Name: Period:
Unit 5 Review Name: Period: 1 4 5 6 7 & give an example of the following. Be able to apply their meanings: Homozygous Heterozygous Dominant Recessive Genotype Phenotype Haploid Diploid Sex chromosomes
More informationGENETICS NOTES. Chapters 12, 13, 14, 15 16
GENETICS NOTES Chapters 12, 13, 14, 15 16 DNA contains the genetic code for the production of PROTEINS. A gene is a segment of DNA, which consists of enough bases to code for many different proteins. The
More information14.1 Human Chromosomes pg
14.1 Human Chromosomes pg. 392-397 Lesson Objectives Identify the types of human chromosomes in a karotype. Describe the patterns of the inheritance of human traits. Explain how pedigrees are used to study
More information11-1: Introduction to Genetics
11-1: Introduction to Genetics The Work of Gregor Mendel Copyright Pearson Prentice Hall Genetics Vocabulary Genetics The study of heredity. Heredity The passing of physical characteristics from parents
More informationName Period. Keystone Vocabulary: genetics fertilization trait hybrid gene allele Principle of dominance segregation gamete probability
Name Period BIO B2 GENETICS (Chapter 11) You should be able to: 1. Describe and/or predict observed patterns of inheritance (dominant, recessive, co- dominant, incomplete dominance, sex- linked, polygenic
More informationNOTES: Exceptions to Mendelian Genetics!
NOTES: 11.3 Exceptions to Mendelian Genetics! Beyond Dominant and Recessive Alleles Some alleles are neither dominant nor recessive, and many traits are controlled by multiple alleles OR multiple genes.
More informationName Hour. Section 11-1 The Work of Gregor Mendel (pages )
Name Hour Section 11-1 The Work of Gregor Mendel (pages 263-266) Introduction (page 263) 1. The scientific study of heredity is called. Gregor Mendel's Peas (pages 263-264) 2. Circle the letter of each
More informationSection 11 1 The Work of Gregor Mendel (pages )
Chapter 11 Introduction to Genetics Section 11 1 The Work of Gregor Mendel (pages 263 266) This section describes how Gregor Mendel studied the inheritance of traits in garden peas and what his conclusions
More informationIntroduction to Genetics and Heredity
Introduction to Genetics and Heredity Although these dogs have similar characteristics they are each unique! I. Early Ideas About Heredity A. The Theory of Blending Inheritance Each parent contributes
More informationGenetics 1. How do genes influence our characteristics?
Genetics 1 This activity will focus on the question: How do genes contribute to the similarities and differences between parents and their children? This question can be divided into two parts: How do
More informationIntroduction to Genetics & Heredity Gregor Mendel Mendel s Pea Plant Experiments self-pollination cross-pollinated Principle of Dominance
Biology Ms. Ye Name Date Block Introduction to Genetics & Heredity Gregor Mendel Austrian monk who studied plants Because his work laid the foundation to the study of heredity, Mendel is referred to as
More informationGENETICS PREDICTING HEREDITY
GENETICS PREDICTING HEREDITY INTRODUCTION TO GENETICS Genetics is the scientific study of heredity Heredity is essentially the study of how traits are passed from parents to their offspring. GREGOR MENDEL
More informationMENDEL S LAWS AND MONOHYBRID CROSSES. Day 1 UNIT 6 : GENETICS
MENDEL S LAWS AND MONOHYBRID CROSSES Day 1 UNIT 6 : GENETICS Bell-Ringer One of the accepted scientific theories describing the origin of life on Earth is known as chemical evolution. According to this
More informationMendel: Understanding Inheritance. 7 th Grade Science Unit 4 NCFE Review
7 th Grade Science Unit 4 NCFE Review - The DNA Connection Review Inside your cells, you have chromosomes (23 pairs!). Chromosomes are made of long strands of DNA. DNA has a double helix shape (twisted
More informationVOCABULARY. TRAITS a genetic (inherited) characteristic. HEREDITY The passing of traits from parent to offspring
VOCABULARY TRAITS a genetic (inherited) characteristic HEREDITY The passing of traits from parent to offspring GENETICS the branch of biology that studies heredity (inherited traits) 1 Gregor Mendel Who?
More informationChapter 11 Introduction to Genetics
Chapter 11 Introduction to Genetics 11.1 Gregor Mendel Genetics is the scientific study of heredity How traits are passed from one generation to the next Mendel Austrian monk (1822) Used Pea Plants (crossed
More informationSTUDENT WORKSHEET. The Genetics of Parenthood Data Sheet. Parents and CHILD'S GENOTYPE ALLELE FROM DAD. H h I i J j K k.
STUDENT WORKSHEET The Genetics of Parenthood Data Sheet Parents and Child's gender Child's name Fill in data table as you determine each trait described in the Guidebook. Do not simply flip the coin for
More informationHuman Inheritance Lesson 4
Human Inheritance Lesson 4 May 10 6:55 PM What are some patterns of human inheritance? What are the functions of the sex chromosomes? May 10 6:56 PM 1 I. What are some patterns of human inheritance A.
More informationInheritance. What is inheritance? What are genetics? l The genetic characters transmitted from parent to offspring, taken collectively
Genetics Interest Grabber Look at your classmates. Note how they vary in the shape of the front hairline, the space between the two upper front teeth, and the way in which the ear lobes are attached. Make
More informationMendelian Genetics Chapter 11
Mendelian Genetics Chapter 11 Starts on page 308 Roots, Prefixes & Suffixes: homo = hetero = geno = pheno = zyg = co = poly = Section 11-1: Mendel & His Peas I. Vocabulary Words: A. Gene - a small section
More informationGregor Mendel. What is Genetics? the study of heredity
Gregor Mendel What is Genetics? the study of heredity Gregor Mendel s Peas Pollen: plant s sperm Egg Cells: plants reproductive cells Fertilization: joining of pollen + egg cells develops into embryo in
More informationFundamentals of Genetics
Fundamentals of Genetics Genetics- the science of heredity. Gregor Johann Mendel- Father of Genetics 5/19/14 mendelian genetics3 1 1. Heredity -the passing of traits from parents to offspring a. Gregor
More informationDate Pages Page # 3. Record the color of your beads. Are they homozygous or heterozygous?
1 Patterns of Inheritance Process and Procedures Date Pages 645-650 Page # 3. Record the color of your beads. Are they homozygous or heterozygous? 6. Record the colors of the two beads. Are they homozygous
More informationc. Relate Mendelian principles to modern-day practice of plant and animal breeding.
Course: Biology Agricultural Science & Technology Unit: Genetics in Agriculture STATE STANDARD IV: Students will understand that genetic information coded in DNA is passed from parents to offspring by
More informationMendel and Genetics. Mr. Nagel Meade High School
Mendel and Genetics Mr. Nagel Meade High School What is inheritance? Question? Inheritance: Passing on traits by transmitting them from parents to offspring How does it relate to you personally? Why does
More informationGuided Notes: Simple Genetics
Punnett Squares Guided Notes: Simple Genetics In order to determine the a person might inherit, we use a simple diagram called a o Give us of an offspring having particular traits Pieces of the Punnett
More informationMendelian Genetics. You are who you are due to the interaction of HEREDITY and ENVIRONMENT. ENVIRONMENT: all outside forces that act on an organism.
Heredity Chapter 3 3:1 Genetics Mendelian Genetics You are who you are due to the interaction of HEREDITY and ENVIRONMENT. ENVIRONMENT: all outside forces that act on an organism. HEREDITY: traits that
More informationGenetics 1 by Drs. Scott Poethig, Ingrid Waldron, and. Jennifer Doherty, Department of Biology, University of Pennsylvania, Copyright, 2011
Genetics 1 by Drs. Scott Poethig, Ingrid Waldron, and. Jennifer Doherty, Department of Biology, University of Pennsylvania, Copyright, 2011 We all know that children tend to resemble their parents in appearance.
More informationHEREDITY BASKETBALL CHALLENGE!!!! WHO IS UP FOR A LITTLE COMPETITION!!??!?
October 18, 2013 HEREDITY BASKETBALL CHALLENGE!!!! WHO IS UP FOR A LITTLE COMPETITION!!??!? James Brady Instructions for Editing Create a new Text box for the answer to the question. Click the basketball
More informationGenes and Inheritance
Genes and Inheritance Variation Causes of Variation Variation No two people are exactly the same The differences between people is called VARIATION. This variation comes from two sources: Genetic cause
More informationPotato Head Genetics Gina Ford & Jennifer Hladun Twelve Bridges Middle School Lincoln California
Potato Head Genetics Gina Ford & Jennifer Hladun Twelve Bridges Middle School Lincoln California Overview ~Cumulative Assessment Project Assignment Points (C cooperatively with classmate) Assessment Points
More informationChapter 12 Multiple Choice
Chapter 12 Multiple Choice Identify the choice that best completes the statement or answers the question. 1. What did Gregor Mendel do to study different characteristics in his genetics experiments? a.
More informationVOCABULARY somatic cell autosome fertilization gamete sex chromosome diploid homologous chromosome sexual reproduction meiosis
SECTION 6.1 CHROMOSOMES AND MEIOSIS Study Guide KEY CONCEPT Gametes have half the number of chromosomes that body cells have. VOCABULARY somatic cell autosome fertilization gamete sex chromosome diploid
More informationPatterns of Inheritance
Patterns of Inheritance Mendel the monk studied inheritance keys to his success: he picked pea plants he focused on easily categorized traits he used true-breeding populations parents always produced offspring
More informationUNIT 2: GENETICS Chapter 7: Extending Medelian Genetics
CORNELL NOTES Directions: You must create a minimum of 5 questions in this column per page (average). Use these to study your notes and prepare for tests and quizzes. Notes will be stamped after each assigned
More informationMendel explained how a dominant allele can mask the presence of a recessive allele.
Section 2: Mendel explained how a dominant allele can mask the presence of a recessive allele. K What I Know W What I Want to Find Out L What I Learned Essential Questions What is the significance of Mendel
More informationBiology 321 QUIZ#3 W2010 Total points: 20 NAME
Biology 321 QUIZ#3 W2010 Total points: 20 NAME 1. (5 pts.) Examine the pedigree shown above. For each mode of inheritance listed below indicate: E = this mode of inheritance is excluded by the data C =
More informationMeiosis and Genetics
Meiosis and Genetics Humans have chromosomes in each cell What pattern do you notice in the human karyotype (a technique that organizes chromosomes by type and size)? Humans are diploid 1 Gametes are produced
More informationWednesday February 5, 2014
Wednesday Feruary 5, 2014 HW: Read pp. 267 269 in THICK OOK and answer questions 1 5 on page 269. W: 1. What is a dominant allele? 2. What is a recessive allele? 3. Could two rown raits have white offspring?
More informationChromobugs. Problem: To demonstrate how genes are passed from parent to offspring.
Chromobug Genetics 1 Name Chromobugs Problem: To demonstrate how genes are passed from parent to offspring. Background Information: Chromobugs are make-believe organisms. You will use these to model how
More informationScience Olympiad Heredity
Science Olympiad Heredity Multiple Choice Identify the letter of the choice that best completes the statement or answers the question. 1. A Punnett square shows you all the ways in which can combine. a.
More informationGregor Mendel Father of Genetics
Genetics and Mendel Gregor Mendel Father of Genetics Gregor Mendel First person to trace characteristics of living things Augustinian Monk Lived and worked in an Austrian monastery in the mid-1800s Parents
More informationBio 1M: Evolutionary processes
Bio 1M: Evolutionary processes Evolution by natural selection Is something missing from the story I told last chapter? Heritable variation in traits Selection (i.e., differential reproductive success)
More informationHuman Chromosomes. Lesson Overview. Lesson Overview Human Chromosomes
Lesson Overview 14.1 THINK ABOUT IT If you had to pick an ideal organism for the study of genetics, would you choose one that produced lots of offspring, was easy to grow in the lab, and had a short life
More informationIntroduction to Genetics
Introduction to Genetics Remember DNA RNA Protein Traits DNA contains the code for proteins (protein synthesis remember?) Proteins determine our traits Remember Gregor Mendel 1822-1884 Father of Genetics
More informationGenetics. by their offspring. The study of the inheritance of traits is called.
Genetics DNA contains the genetic code for the production of. A gene is a part of DNA, which has enough bases to make for many different proteins. These specific proteins made by a gene decide the of an
More informationHonors Biology Review Sheet to Chapter 9 Test
Honors Biology Review Sheet to Chapter 9 Test Name Per 1. Label the following flower: sepal, petal, anther, filament, style, ovary, stigma Draw in ovules and label. Color the female structure red and the
More informationName Class Date. KEY CONCEPT The chromosomes on which genes are located can affect the expression of traits.
Section 1: Chromosomes and Phenotype KEY CONCEPT The chromosomes on which genes are located can affect the expression of traits. VOCABULARY carrier sex-linked gene X chromosome inactivation MAIN IDEA:
More informationGenetics and Reproduction Test Review Sheet. Number of Parents 2 Parents 1 Parent
Name: Date: Period # Genetics and Reproduction Test Review Sheet Sexual Reproduction Asexual Reproduction Number of Parents 2 Parents 1 Parent Characteristic of offspring Similar to parent All offspring
More informationMendelian Genetics. KEY CONCEPT Mendel s research showed that traits are inherited as discrete units.
KEY CONCEPT Mendel s research showed that traits are inherited as discrete units. Mendel laid the groundwork for genetics. Traits are distinguishing characteristics that are inherited. Genetics is the
More informationEVOLUTIONARY GENETICS LAB PROBLEMS
ANTHR 1-L: Bio Anthro Lab Name: EVOLUTIONARY GENETICS LAB PROBLEMS 1. In Likis, a type of monkey (hypothetical), a single dominant allele determines whether or not a Liki is spotted (S) or not (nonspotted
More informationChapter 13: Patterns of Inheritance
Chapter 13: Patterns of Inheritance 1 Gregor Mendel (1822-1884) Between 1856 and 1863 28,000 pea plants Called the Father of Genetics" 2 Site of Gregor Mendel s experimental garden in the Czech Republic
More informationYour Vocabulary words-- write into your journal:
HUMAN INHERITANCE Your Vocabulary words-- write into your journal: 1. Multiple alleles: three or more forms of a gene that code for a single trait. 2. Sex chromosomes: these carry genes that determine
More informationIntroduction to Genetics
Introduction to Genetics Remember DNA RNA Protein Traits DNA contains the code for proteins (protein synthesis remember?) Proteins determine our traits Gregor Mendel 1822-1884 Father of Genetics Studied
More informationName Class Date. Review Guide. Genetics. The fundamental principles of genetics were first discovered by. What type of plant did he breed?.
Name Class Date Review Guide Genetics The fundamental principles of genetics were first discovered by. What type of plant did he breed?. True-breeding parental plants are called the generation. Their hybrid
More informationNormal enzyme makes melanin (dark pigment in skin and hair) Defective enzyme does not make melanin
Genetics Supplement (These supplementary modules, a Genetics Student Handout, and Teacher Preparation Notes with suggestions for implementation are available at http://serendip.brynmawr.edu/sci_edu/waldron/#genetics.
More informationMendelian Genetics and Beyond Chapter 4 Study Prompts
Mendelian Genetics and Beyond Chapter 4 Study Prompts 1. What is a mode of inheritance? 2. Can you define the following? a. Autosomal dominant b. Autosomal recessive 3. Who was Gregor Mendel? 4. What did
More informationMendel and Heredity. Chapter 12
Mendel and Heredity Chapter 12 12.1 Objectives: 1.) summarize the importance of Mendel s experiments 2.)Differentiate between genes and alleles. 3.) Explain that alleles determine what physical traits
More informationHuman Genetics Notes:
Human Genetics Notes: Human Chromosomes Cell biologists analyze chromosomes by looking at. Cells are during mitosis. Scientists then cut out the chromosomes from the and group them together in pairs. A
More informationGenetic Variation Lesson 2: The Make
Genetic Variation Lesson 2: The Make Student Handout Before You Begin: Have you ever noticed the features of children of the same parents and think, I wonder why some siblings don t look alike? Today you
More informationBIOL 109L Laboratory five Fall 2018
BIOL 109L Laboratory five Fall 2018 Understanding Genetics and Inheritance Student full name: Introduction: Chromosomes are like a set of books that provide instructions for building and operating an individual.
More informationMendelian Genetics. Vocabulary. M o l e c u l a r a n d M e n d e l i a n G e n e t i c s
Mendelian Genetics Vocabulary Genotype: o Capital letter = allele o Lowercase letter = allele o Ex AA, Aa, aa Phenotype: o Ex green, yellow Homozygous: o Homozygous dominant: o Homozygous recessive: Heterozygous:
More information2. By breeding the pea plants he was growing in the monastery s garden, he discovered the
Name: _ Date: Directions: Navigate to https://goo.gl/tcd8l4 to view the corresponding PowerPoint. Be sure to click PRESENT in the upper right hand corner! Answer the following questions from the PowerPoint.
More informationBiology. Slide 1 of 31. End Show. Copyright Pearson Prentice Hall
Biology 1 of 31 11 3 Exploring Mendelian 11-3 Exploring Mendelian Genetics Genetics 2 of 31 Independent Assortment What is the principle of independent assortment? 3 of 31 Independent Assortment Independent
More informationPedigree Analysis Why do Pedigrees? Goals of Pedigree Analysis Basic Symbols More Symbols Y-Linked Inheritance
Pedigree Analysis Why do Pedigrees? Punnett squares and chi-square tests work well for organisms that have large numbers of offspring and controlled mating, but humans are quite different: Small families.
More informationPuzzling Pedigrees. Essential Question: How can pedigrees be used to study the inheritance of human traits?
Name: Puzzling Pedigrees Essential Question: How can pedigrees be used to study the inheritance of human traits? Studying inheritance in humans is more difficult than studying inheritance in fruit flies
More informationGenetics. the of an organism. The traits of that organism can then be passed on to, on
Genetics DNA contains the genetic code for the production of. A gene is a segment of DNA, which consists of enough bases to code for many different proteins. The specific proteins produced by a gene determine
More informationMENDELIAN GENETICS. Law of Dominance: Law of Segregation: GAMETE FORMATION Parents and Possible Gametes: Gregory Mendel:
MENDELIAN GENETICS Gregory Mendel: Heredity: Cross: X P1 Generation: F1 Generation: F2 Generation: Gametes: Dominant: Recessive: Genotype: Phenotype: Law of Dominance: Genes: Alleles: Law of Segregation:
More informationGenetics WS Part 7 Name Part 7: Incomplete Dominance or Codominance
Genetics WS Part 7 Name Part 7: Incomplete Dominance or Codominance In Four o clock flowers the alleles for flower color are both equal therefore neither dominates over the other. We call this condition
More informationChapter 8 Heredity. Learning Target(s):
Chapter 8 Heredity copyright cmassengale 1 Learning Target(s): I Can. A) explain the differences between dominant and recessive traits. B) explain the differences between phenotypes and genotypes. 1 Why
More information