GENETIC CONTINUITY. A METHOD OF REPRODUCTION IN WHICH ALL THE GENES ARE PASSED ON TO THE OFFSPRING COME FROM A SINGLE PARENT AND ARE GENETICALLY IDENTICAL.

Slides:

Advertisements

Similar presentations

HEREDITY The passing of characteristics (also knows as traits) from parents to offspring.

Advertisements

Jeopardy Heredity Asexual Reproduction Traits Genes & Traits Q $100 Q $200 Q $300 Q $400 Q $500 Q $100 Q $200 Q $300 Q $400 Q $500 Final Jeopardy Sexual.

Chapter 11: Genetics.

Genetics Vocabulary Find the matching definition number and the first one earns 1 point. The top three point earners will get a prize!

HEREDITY CHAPTER 4. You have Characteristics or traits. Acquired Traits —Reading Skills Inherited Traits —eye color.

NEW CHAPTER Patterns of Heredity CHAPTER the BIG idea In sexual reproduction, genes are passed from parents to offspring in predictable patterns. Living.

Chapter 4: Section IV: Introduction to Genetics. Intro to Genetics Genetic Material is contained in cells. Traits = physical characteristics that an organism.

Unit Animal Science. Problem Area Animal Genetics and Biotechnology.

MEIOSIS "Biology is the only science in which multiplication means the same thing as division."

Topic 3 Genetics.

Colorado AgriScience Plant Science

Unit 4 Vocabulary Review. Nucleic Acids Organic molecules that serve as the blueprint for proteins and, through the action of proteins, for all cellular.

Genetics and Heredity. Genetics and traits Genetics: the study of how certain features are passed from parents to their offspring Trait: a distinguishing.

Genetic Techniques. Activity 1: Genetic Techniques Directions: Using the information from the PowerPoint, fill out the charts in your guided notes. You.

Genetics Chapter 20. Genetics  Study of HEREDITY  Traits that are passed from parent  offspring  Sexual Repro.  2 parents, offspring is a combo.

MEIOSIS: The Production of Sex Cells *Click for Animation*

1 200 pt 300 pt 400 pt 500 pt 100 pt 200 pt 300 pt 400 pt 500 pt 100 pt 200 pt 300 pt 400 pt 500 pt 100 pt 200 pt 300 pt 400 pt 500 pt 100 pt 200 pt 300.

Study Guide Chapter 5 section 3 Chapter 6

Reproduction What’s the difference in these two forms of reproduction?

12.4 – Chromosomes and Inheritance

Chapter 11 DNA and GENES. DNA: The Molecule of Heredity DNA, the genetic material of organisms, is composed of four kinds nucleotides. A DNA molecule.

Click Here to Begin the Game CHOICE 1CHOICE 2CHOICE 3 CHOICE CHOICE

REPRODUCTION & DEVELOPMENT. A METHOD OF REPRODUCTIONIN WHICH ALL GENES PASSED ON TO THE OFFSPRING COME FROM A SINGLE INDIVIDUAL OR PARENT.

Chapter 3 The Biological Basis of Life. Chapter Outline  The Cell  DNA Structure  DNA Replication  Protein Synthesis.

Mitosis vs. Meiosis. What is the difference Mitosis is asexual reproduction. Does not produce a new organism. Mitosis is asexual reproduction. Does not.

The Nature of Heredity. Brainstorm  Genetics How do we get the traits we get? Why do I have green eyes, you have brown, blue, green eyes etc.? Why do.

Demonstrate understanding of biological ideas relating to genetic variation Science 1.9 (AS90948)

Heredity Grade 5: Standard 4 - Heredity Conceptual Strand 4 Plants and animals reproduce and transmit hereditary information between generations. Guiding.

Jumping into the gene pool. Chromosomes- are paired structures that are made up of chromatin, which contains DNA and protein. In human body cells (somatic.

Today’s Agenda… Bellringer: What are the characteristics of asexual reproduction? Notes on Sexual Reproduction Homework.

 passing on of characteristics from parents to offspring.

Reproduction  Reproduction: making a copy of something  Two Types: Asexual and Sexual.

BSAA CD UNIT C Animal Science. Problem Area 1 Animal Genetics and Biotechnology.

Unit D Vocabulary Genetics/Heredity. 1. Gene A specific sequence of DNA that determines one or more traits.

Unit 7 Genetics Study Guide. 1. Mitosis A type of cell division that results in two identical daughter cells with the same number and kind of chromosomes.

Unit 4-.  The different forms of a gene  An allele whose trait always shows up in the organism when the allele is present.

 passing on of characteristics from parents to offspring.

The Cell and Inheritance What is the difference between sexual and asexual reproduction? What are the differences between mitosis and meiosis? How many.

Copy notes in binder. You will only have a limited amount of time to write each slide so, stay focused and write!

Living Things Inherit Traits In Patterns Chapter 4.1 Pages

What have these animals got in common?. To further our knowledge of reproduction 22 June 2016 Title - Reproduction Class work.

Heredity. The passing of genetic information from one generation to the next generation.

Today we begin genetics and super groovy

What’s the difference in these two forms of reproduction?

Introduction to Genetics

Biomedical Technology I

GENETICS C-NOTES.

Growth, Development and Reproduction Vocabulary

Genetics Vocabulary REVIEW.

What’s the difference in these two forms of reproduction?

Unit 3: Genetic Continuity

Meiosis, DNA Structure & Mutations

DNA Standard: Students will recognize how biological traits are passed on to successive generations.

Science March 7, 2016 Genetics Day 9

Traits Chromosomes, DNA, And Genes Reproduction Plant and Animal

Reproduction and DNA Notes

CELL CYCLE The cell cycle is the activities that a cell goes through throughout its life.

The transmission of traits from one generation to the next is called inheritance, or heredity.

Patterns of Heredity 4.1 Living things inherit traits in patterns. 4.2

Genetics and Heredity Vocabulary

Activity 1 Genetic Techniques.

Topic 3 Genetics.

Chromosomes And Inheritance

How Traits are Inherited?

Meiosis Section 3.3.

Presentation transcript:

GENETIC CONTINUITY

A METHOD OF REPRODUCTION IN WHICH ALL THE GENES ARE PASSED ON TO THE OFFSPRING COME FROM A SINGLE PARENT AND ARE GENETICALLY IDENTICAL

ASEXUAL REPRODUCTION

THE COMBINATION OF TECHNOLOGY AND BIOLOGICAL SCIENCES

BIOTECHNOLOGY

THE CHEMICAL LINK BETWEEN ATOMS THAT HOLD MOLECULES TOGETHER

BOND

A THICK, THREADLIKE STRUCTURE THAT CONTAINS GENETIC INFORMATION IN THE FORM OF DNA

CHROMOSOME

AN ORGANISM THAT IS GENETICALLY IDENTICAL TO THE ORGANISM FROM WHICH IT WAS PRODUCED

CLONE

THE MATERIAL FOUND IN ALL CELLS THAT CONTAINS GENETIC INFORMATION ABOUT THAT ORGANISM

DNA

A SEX CELL PRODUCED BY A FEMALE

EGG

THE WAY THAT AN UNSEEN GENE IS SEEN IN AN ORGANISM AS AN ACTUAL PHYSICAL TRAIT

EXPRESSED

A SEGMENT OF DNA (ON A CHROMOSOME) THAT CONTAINS THE CODE FOR A SPECIFIC TRAIT

GENES

A SET OF TECHNOLOGIES THAT HUMANS USE TO ALTER THE GENETIC INSTRUCTIONS OF AN ORGANISM BY SUBSTITUTING DNA MOLECULES

GENETIC ENGINEERING

THE FORMATION OF A NEW COMBINATION OF GENES DURING SEXUAL REPRODUCTION

GENETIC RECOMBINATION

THE PASSING OF TRAITS FROM PARENT TO OFFSPRING

HEREDITY

AN ALTERATION IN THE SEQUENCE OF DNA

MUTATION

TO COPY

REPLICATE

THE PROCESS OF CHOOSING A FEW ORGANISMS WITH DESIRABLE TRAITS TO SERVE AS THE PARENTS OF THE NEXT GENERATION

SELECTIVE BREEDING

A METHOD OF REPRODUCTION THAT INVOLVES TWO PARENTS TO PRODUCE OFFSPRING THAT ARE GENETICALLY DIFFERENT FROM EITHER PARENT

SEXUAL REPRODUCTION

THE MALE SEX CELL

SPERM

THE SECTION OF A DNA MOLECULE THAT CONTAINS A SUGAR, A PHOSPHATE & A BASE

NUCLEOTIDE

THE PATTERN FOR A NEW MOLECULE

TEMPLATE

A CHARACTERISTIC THAT IS PASSED FROM PARENT TO OFFSPRING THROUGH THE GENES

TRAITS