2/11/14 101st Day of School Learning goal (7.L.2.): I will be able to analyze traits data and write an investigative article. Due Today: Late work Evening.

Slides:



Advertisements
Similar presentations
Mendel’s Laws of Heredity
Advertisements

Genetics. Cells-Nucleus-Chromosomes- DNA- Genes They are all found in a cell. They are all located in the body.
Patterns of Heredity 4.1 Living things inherit traits in patterns. 4.2
The Wonderful World of Diversity: Introduction to Human Inheritance.
2/24/14 108th Day of School Learning goal (7.L.2.2 & 7.L.2.3): I will be able to describe sickle cell anemia and use Punnett squares to predict inheritance.
Genetics! The study of heredity.
Face Shape Eye Color Nose- Hair  HAIR.
2/25/14 109th Day of School Learning goal (7.L.2.2 & 7.L.2.3): I will be able to describe sickle cell anemia and use a Pedigree to track inheritance of.
Chapter 4 Section 1: Living Things Inherit Traits in Patterns
Patterns of Heredity CHAPTER the BIG idea CHAPTER OUTLINE In sexual reproduction, genes are passed from parents to offspring in predictable patterns. Living.
2/27/14 111th Day of School Learning goal (7.L.2.2 & 7.L.2.3): I will be able to describe Huntington’s disease and use a Punnett square and a Pedigree.
Introduction to Genetics Page -31 I. History of Genetics The monk, Gregor Mendel, was interested in heredity or how parents pass traits to their offspring.
Heredity & Genetics Notes. Who is Gregor Mendel? He is the founder of modern genetics. He used garden pea plants to study the way traits are passed from.
DO NOW Date: 10/15 In your own words: Describe chromosomes and genes. Use complete sentences.
2/21/14 107th Day of School Learning goal (7.L.2.2): I will be able to demonstrate my ability to describe and identify genetic traits and predict heredity.
2/7/14 99th Day of School Learning goal (7.L.2.): I will be able identify acquired and inherited traits. Due Today: PBS Concussion questions & essay Evening.
3/5/14 Snow Day Learning goal (7.L.2.1): I will be able to explain why offspring that result from sexual reproduction (fertilization and meiosis) have.
2/19/14 105th Day of School Learning goal (7.L.2.2): I will be able to identify the probabilities of the outcomes of Punnett squares. Due Today: Late work.
2/28/14 112th Day of School Learning goal (7.L.2.2 & 7.L.2.3): I will be able to identify and apply genetics vocabulary terms. Due Today: Genetics flashcards.
2/26/14 110th Day of School Learning goal (7.L.2.2 & 7.L.2.3): I will be able to use a Pedigree to track how a common chronic disease such as heart disease.
Intro to Genetics!!! We have Arrived!.  Genetics- study of heredity  Punnett Squares  Human Genetics  Pedigree  Blood Typing  Forensics.
Who is this man?. That was Gregor Mendel, the “Father of Genetics”. He was a scientist and a monk who lived in the 19th century in Austria. He became.
3/11/ th Day of School Learning goal (7.L.2): (7.L.2) I be able to explain how traits are acquired and/or inherited in patterns described by Gregor.
2/12/14 102nd Day of School Learning goal (7.L.2.): I will be able to explain why Gregor Mendel is the Father of Genetics. Due Today: Late work/Investigative.
2/10/14 100th Day of School Learning goal (7.L.2.): I will be able differentiate between dominant and recessive alleles and analyze traits data. Due Today:
5.1 Mendelian Inheritance. Monks are known for many things…
Genetics and Heredity.
I. Gregor Mendel A. Mendel performed 1 st experiments in heredity -the passing on of characteristics from parents to offspring. B. Mendel’s work founded.
3/5/15 Starter: /5/15 Connection/Application/Exit Baby Alien Activity Introduction to Genetics Glue Starter Here. Practice: Glue Notes Here.
Gregor Mendel and Dragon Genetics The Study of Genetics.
2/6/14 98th Day of School Learning goal (7.L.2.): I will be able to describe the difference between acquired and inherited traits. Due Today: Late work.
2/18/14 104th Day of School Learning goal (7.L.2.2): I will be able to describe how Punnett Squares are used to predict patterns of heredity. Due Today:
Genetics Notes. How do we inherit traits? Heredity is defined as the passing of traits from parent to offspring. We have_2_ genes for every trait (one.
Aim: How do your genetics play a role in the person you are today?  Do Now: What similarities do you have with your parents or siblings?  Homework:Textbook.
10.1 Mendel’s Laws of Heredity Part 1. Heredity Why do we look the way we look?
Genetics Investigating Human Traits. Investigating Human Traits 2/5/16 Key Question: What do we inherit from our parents? Initial Thoughts:
Chapter 4 review Patterns of Heredity Who is the father of Heredity? Gregor Mendel.
Living Things Inherit Traits In Patterns Chapter 4.1 Pages
Chapter 8 Genetics. Detached Earlobes Rolling Tongue DimplesRight - handed FrecklesCurly Hair AllergiesLeft over Right See green and red Straight Hairline.
Genetic Terminology. What makes these two individuals so similar?
Welcome Scientists! DQ: What does it mean if two species have a common ancestor? What do ancestors pass on to offspring? Today: 1.Complete: Your Inner.
Introduction to Heredity
Make the “Magic Window” Foldable
Genetics and Heredity.
Heredity Vocabulary Punnett Squares Pedigree Genes Wild Card
Writing Prompt Pretend you have just discovered a new species of animal in your backyard. Describe the phenotype and genotype of this new organism and.
4.1 Living Things Inherit Traits in Patterns
Genetics and Heredity.
Vocabulary Due 1/29/18 0r 1/30/18 –Define, use the word in a Scientific Sentence, draw a picture & color. Genes- Traits- Cells- DNA- Chromosomes- Heredity.
Review: Observe the Family Below and list some observable TRAITS What traits seem to have been passed down?
How Are Characteristics Inherited?
Mendel’s Laws of Heredity
Investigating Human Traits
Mendel’s Laws of Heredity
Gregor Mendel Father of Genetics Studied traits of pea plants
Mendel’s Laws of Heredity
Mendel’s Laws of Heredity
GENETICS.
Dominant & Recessive Human Traits
Do now activity #1 What is the difference between genotype and phenotype? What is the difference between a dominant allele and a recessive allele?
Mendel’s Laws of Heredity
Genetics vocab 1.
Mendel & Genetics
S3: HEREDITY E1: SEX-LINKED TRAITS
WARM UP January 3, 2011.
Punnett Squares, Pea Plants, and Genomes...Oh My!
Mendel’s Laws of Heredity
Important Vocabulary Genetics.
Biology 1 Spring Semester 2015
GENETICS HEREDITY.
Presentation transcript:

2/11/14 101st Day of School Learning goal (7.L.2.): I will be able to analyze traits data and write an investigative article. Due Today: Late work Evening Assignment: Complete missing work! Complete investigative article!

Research Investigation on Human Traits Parts of a Research Investigation Article Title: Descriptive title about what you did and found (we’ll do this last). Introduction: Paragraph introducing different types of human traits (inherited vs. acquired, dominant vs. recessive) and overall purpose of the experiment. The last sentence should be your hypothesis (what you think you will find). Dominant traits are more common than recessive traits. Methods: Paragraph explaining what you did and how you analyzed the data. Data & Results: In this part you show your data (graphs, tables, pictures, etc) and EXPLAIN your data. For example: “Graph 1 shows that 93% of CORE is right-handed”. Analysis and Conclusions: One or more paragraphs analyzing your data and explaining WHY might have gotten those results. The last paragraph should sum up what you did and what you found (now you can write your title!)

Comparing Traits Survey Data In order to compare traits survey data between your class and your family, it’s helpful to convert our frequency data into percentages (since the total number of the class is much higher than your family).  Create a new data table for comparing your data.  Convert frequency data into percentages and add to new data table. Class DataFamily Data TraitDominant Allele Recessive Allele Dominant Allele Recessive Allele Male vs. Female Detached vs. attached earlobes Roll tongue vs. no roll Right vs. Left handed Left thumb on top vs. right

Comparing Traits Survey Data In order to compare traits survey data between your class and your family, it’s helpful to convert our frequency data into percentages (since the total number of the class is much higher than your family).  Create a new data table for comparing your data.  Convert frequency data into percentages and add to new data table. Class DataFamily Data TraitDominan t Allele Recessiv e Allele Dominan t Allele Recessiv e Allele Male vs. Female52% Detached vs. attached earlobes Roll tongue vs. no roll Right vs. Left handed Left thumb on top vs. right # with trait Total Number X X 100

Comparing Traits Survey Data In order to compare traits survey data between your class and your family, it’s helpful to convert our frequency data into percentages (since the total number of the class is much higher than your family).  Create a new data table for comparing your data.  Convert frequency data into percentages and add to new data table. Class DataFamily Data TraitDominan t Allele Recessiv e Allele Dominan t Allele Recessiv e Allele Male vs. Female52%48%50% Detached vs. attached earlobes Roll tongue vs. no roll Right vs. Left handed Left thumb on top vs. right # with trait Total Number X X X

Graph Your Traits Data

St. Baldrick’s Cancer Research Fundraiser Ways you and your family can help fund research to fight childhood cancers 1)Sign up to become a shavee, collect donations, and go BALD on March 1 st ! In addition to the satisfaction of helping out someone with cancer, ALL Hawley Hornet shavees will receive a pass (after March 1 st ) to “sit with a friend/sunny day pass” for an entire week ! 2)Donate money to support Dr. BattenDr. Batten 3)Donate money to support the Hawley Hornets team.Hawley Hornets team *** all donations are tax deductible ***

Genetics Vocabulary Flashcards Acquired Trait Acquired trait Inherited trait Sexual reproduction Heredity DNA Chromosome Gene Allele On the FRONT Definition/characteristics: A trait or characteristic that is developed or learned through life. Traits you aren’t born with. Traits GENERALLY not controlled by DNA. Examples: Walking, speaking English, dyed hair, pierced ears, Glasses, skin cancer? On the BACK Genotypes Phenotype Dominant Recessive Gregor Mendel Pea Plants

Evening Assignment Tonight… 1.Complete late/missing work. 2.Complete Investigative Article. 3.Progress reports go home Wednesday!