-SQA-SCOTTISH QUALIFICATIONS AUTHORITY NATIONAL CERTIFICATE MODULE: UNIT SPECIFICATION GENERAL INFORMATION. -Module Number Session
|
|
- Bartholomew York
- 5 years ago
- Views:
Transcription
1 -SQA-SCOTTISH QUALIFICATIONS AUTHORITY NATIONAL CERTIFICATE MODULE: UNIT SPECIFICATION GENERAL INFORMATION -Module Number Session Superclass- -Title- RH INTRODUCING REPRODUCTION AND INHERITANCE (x 1 / 2 ) DESCRIPTION- GENERAL COMPETENCE FOR UNIT: Comparing asexual and sexual reproduction in plants, the efficiency of sexual reproduction in two animals as well as applying the concepts of genetics to plants and animals and describing the application of genetics to breeding. OUTCOMES 1. compare asexual and sexual reproduction in plants; 2. compare the efficiency of sexual reproduction in two animals; 3. apply the concepts of genetics to plants and animals; 4. describe the application of genetics to breeding. CREDIT VALUE: 0.5 NC Credit. ACCESS STATEMENT: There is no access statement for this module For further information contact: Committee and Administration Unit, SQA, Hanover House, 24 Douglas Street, Glasgow G2 7NQ. This specification is distributed free to all approved centres. Additional copies may be purchased from SQA (Sales and Despatch section) at a cost of 1.50 (minimum order 5).
2 NATIONAL CERTIFICATE MODULE: UNIT SPECIFICATION STATEMENT OF STANDARDS UNIT NUMBER: UNIT TITLE: INTRODUCING REPRODUCTION AND INHERITANCE Acceptable performance in this unit will be the satisfactory achievement of the standards set out in this part of the specification. All sections of the statement of standards are mandatory and cannot be altered without reference to SQA. OUTCOME 1. COMPARE ASEXUAL AND SEXUAL REPRODUCTION IN PLANTS PERFORMANCE CRITERIA (a) The description of asexual reproduction in given plants is correct with respect to: method; nature of offspring. (b) The description of sexual reproduction in plants is correct with respect to: (iv) (v) (vi) pollination; fertilisation; seed formation; fruit formation; seed dispersal; conditions required for germination. (c) The comparison of asexual and sexual reproduction in plants is correct in terms of: advantages; disadvantages. RANGE STATEMENT The range statement for this outcome is specified within the performance criteria. 2
3 EVIDENCE REQUIREMENTS Written evidence of the ability to describe asexual and sexual reproduction in plants as well as written evidence of the ability to critically compare asexual and sexual reproduction. An appropriate performance level must be used when judging sufficiency of evidence. OUTCOME 2. COMPARE THE EFFICIENCY OF SEXUAL REPRODUCTION IN TWO ANIMALS PERFORMANCE CRITERIA (a) The description of the process of fertilisation in given animals is correct with respect to: internal fertilisation; external fertilisation. (b) The comparison of the efficiency of sexual reproduction in given animals is correct with respect to: (iv) (v) number of gametes produced; physical proximity; behavioural patterns; protection of offspring; care of offspring. RANGE STATEMENT The range statement for this outcome is specified within the performance criteria. EVIDENCE REQUIREMENTS Written evidence of the ability to describe fertilisation in given animals and written evidence of the ability to compare the efficiency of sexual reproduction in given animals. An appropriate performance level must be used when judging sufficiency of evidence. 3
4 OUTCOME 3. APPLY THE CONCEPTS OF GENETICS TO PLANTS AND ANIMALS PERFORMANCE CRITERIA (a) The description of genetics is correct with respect to the use of the following terms: (iv) (v) (vi) (vii) homozygous; heterozygous; dominant alleles; recessive alleles; genotype; phenotype; gene. (b) The explanation of sex determination is correct with respect to: X and Y chromosomes; inheritance. (c) The solution of problems involving given monohybrid crosses are correct in terms of: genotypic ratios; phenotypic ratios; sex ratios. RANGE STATEMENT The range statement for this outcome is specified within the performance criteria. EVIDENCE REQUIREMENTS Written evidence of the ability to describe genetics, explain sex determination and provide solutions to given problems. An appropriate performance level must be used when judging sufficiency of evidence. 4
5 OUTCOME 4. DESCRIBE THE APPLICATION OF GENETICS TO BREEDING PERFORMANCE CRITERIA (a) (b) The description of genetics is correct with respect to the selection of specific characteristics for breeding. The description of the application of genetics to breeding is correct with respect to: (iv) methods; advantages; disadvantages; hazards. RANGE STATEMENT The range statement for this outcome is specified within the performance criteria. EVIDENCE REQUIREMENTS Written evidence of the ability to describe the application of genetics in breeding. An appropriate performance level must be used when judging sufficiency of evidence. ASSESSMENT RECORDS In order to achieve this unit, candidates are required to present sufficient evidence that they have met all the performance criteria for each outcome within the range specified. Details of these requirements are given for each outcome. The assessment instruments used should follow the general guidance offered by the SQA assessment model and an integrative approach to assessment is encouraged. (See references at the end of support notes). Accurate records should be made of assessment instruments used showing how evidence is generated for each outcome and giving marking schemes and/or checklists, etc. Records of candidates' achievements should be kept. These records will be available for external verification. 5
6 SPECIAL NEEDS In certain cases, modified outcomes and range statements can be proposed for certification. See references at end of Support Notes. Copyright SQA 1993 Please note that this publication may be reproduced in whole or in part for educational purposes provided that: no profit is derived from the reproduction; if reproduced in part, the source is acknowledged. 6
7 NATIONAL CERTIFICATE MODULE: UNIT SPECIFICATION UNIT NUMBER SUPPORT NOTES UNIT TITLE INTRODUCING REPRODUCTION AND INHERITANCE SUPPORT NOTES: This part of the unit specification is offered as guidance. None of the sections of the support notes is mandatory. NOTIONAL DESIGN LENGTH: SQA allocates a notional design length to a unit on the basis of time estimated for achievement of the stated standards by a candidate whose starting point is as described in the access statement. The notional design length for this unit is 20 hours. The use of notional design length for programme design and timetabling is advisory only. PURPOSE This half module is designed to introduce the candidate to the features of inheritance and reproduction in higher plants and animals. This module would be suitable for inclusion in an introductory programme in biology or genetics. It could be offered in conjunction with other stage 1 biology or science modules. SQA publishes summaries of NC units for easy reference, publicity purposes, centre handbooks, etc. The summary statement for this unit is as follows: This module will eanble you to gain a knowledge of the differences between asexual and sexual reproduction in plants and reproduction in different animals. You will also learn about genetics and its application. CONTENT/CONTEXT Corresponding to Outcomes 1-4: 1. Examples of methods of asexual reproduction - fragmentation, spore formation, runners, tubers, rhizomes, bulbs. Artificial propagation - cuttings and grafting. Nature of the offspring to be described as genetically identical or not. Wind and insect pollination. The process of fertilization in terms of growth of pollen tube, fusion of male and female nuclei, embryo, testa, endosperm, dry fruits, succulent fruits and the cotyledons(s). Production of fruits and dispersal of seeds in terms of animal, water, wind, and mechanical means. 7
8 2. Invertebrates internal - locusts, barnacles, snails, oligochaete worms. Invertebrates External - oyster, Palolo worms. (Leodice viridis), echinoderms. Vertebrates External - fish, amphibia. Vertebrates Internal - fish, reptiles, mammals, birds. 3. Genetic problems to cover all possible monohybrid crosses using a range of plants and animal exemplars. 4. Examples appropriate to the candidate's experience should be selected. Current issues might include topics such as gene therapy; production of hormones e.g. insulin using E.coli; tissue culture. APPROACHES TO GENERATING EVIDENCE During the work of the module candidates should have several opportunities to develop their skills. Each candidate should be assessed at appropriate points throughout the module. Where a candidate is unsuccessful in achieving an outcome, provision should be made for remediation and assessment. A candidate-centred, resource-based approach is likely to be the most appropriate for this module. Candidates should be encouraged to research materials for Outcomes 2 and 4. For Outcomes 1 and 3 the use of audio-visual material would provide a starting point. ASSESSMENT PROCEDURES Centres may use the Instruments of Assessment which are considered by tutors/trainers to be the most appropriate. Examples of Instruments of Assessment which could be used are as follows. Outcomes 1 & 3. It is recommended that objective questions are used here, under closed book conditions. For Outcomes 1 and 3, 16 objective questions should be set. The allocation of appropriate performance levels for each PC within each outcome could be as follows: Outcome 1: PC (a) 3 correct responses from 4 PC (b) 6 correct responses from 8 PC (c) 3 correct responses from 4 Outcome 3: PC (a) 7 correct responses from 8 PC (b) 2 correct responses from 2 PC (c) 4 correct responses from 6 8
9 Outcome 2. An assignment under open book conditions is recommended here. The candidate could complete a report of 750 words. For performance criterion (a) the candidate could complete 250 words and for Performance Criterion (b) the candidate could complete 500 words comparing a named animal reproducing by internal fertilisation and a named animal reproducing by external fertilisation. An appropriate performance level would be the full and correct completion of the assignment. Outcome 4. It is recommended that an assignment is set, under open book conditions to assess Performance Criteria (a) and (b). The candidate should complete a report of approximately 250 words. An appropriate performance level would be the full and correct completion of the assignment. PROGRESSION The candidate could complete other stage 1 biology modules and then progress onto stage 2 biology provision. RECOGNITION Many SQA NC units are recognised for entry/recruitment purposes. For up-to-date information see the SQA guide 'Recognised and Recommended Groupings'. REFERENCES 1. Guidelines for Module Writers. 2. SQA's National Standards for Assessment and Verification. 3. For a fuller discussion on assessment issues, please refer to SQA's Guide to Assessment. 4. Procedures for special needs statements are set out in SQA's guide 'Students with Special Needs'. Copyright SQA 1993 Please note that this publication may be reproduced in whole or in part for educational purposes provided that: no profit is derived from the reproduction; if reproduced in part, the source is acknowledged. 9
-SQA-SCOTTISH QUALIFICATIONS AUTHORITY NATIONAL CERTIFICATE MODULE: UNIT SPECIFICATION GENERAL INFORMATION. -Module Number Session
-SQA-SCOTTISH QUALIFICATIONS AUTHORITY NATIONAL CERTIFICATE MODULE: UNIT SPECIFICATION GENERAL INFORMATION -Module Number- 7220006 -Session-1996-97 -Superclass- -Title- PP SUBSTANCE USE AND MISUSE -----------------------------------------
More information2.1 Reproduction At the end of this sequence of lessons I can:
2.1 Reproduction 1. State that reproduction is the method of producing new offspring 2. State that sexual reproduction involves two parents 3. State that sexual reproduction leads to variation in offspring
More information-SQA-SCOTTISH QUALIFICATIONS AUTHORITY NATIONAL CERTIFICATE MODULE: UNIT SPECIFICATION GENERAL INFORMATION. -Module Number Session
-SQA-SCOTTISH QUALIFICATIONS AUTHORITY NATIONAL CERTIFICATE MODULE: UNIT SPECIFICATION GENERAL INFORMATION -Module Number- 7140166 -Session-1996-97 -Superclass- -Title- AF STRESS AND STRESS MANAGEMENT
More information-SQA-SCOTTISH QUALIFICATIONS AUTHORITY NATIONAL CERTIFICATE MODULE: UNIT SPECIFICATION GENERAL INFORMATION Session
-SQA-SCOTTISH QUALIFICATIONS AUTHORITY NATIONAL CERTIFICATE MODULE: UNIT SPECIFICATION GENERAL INFORMATION -Superclass- -Title- 7340217 -Session-1997-98 HG DEAF AWARENESS -----------------------------------------
More information-SQA-SCOTTISH QUALIFICATIONS AUTHORITY HIGHER NATIONAL UNIT SPECIFICATION GENERAL INFORMATION JULY
-SQA-SCOTTISH QUALIFICATIONS AUTHORITY HIGHER NATIONAL UNIT SPECIFICATION GENERAL INFORMATION -Unit number- 7670017 -Unit title- -Superclass category- -Date of publication- (month and year) -Originating
More information-SQA-SCOTTISH QUALIFICATIONS AUTHORITY HIGHER NATIONAL UNIT SPECIFICATION GENERAL INFORMATION MARCH
-SQA-SCOTTISH QUALIFICATIONS AUTHORITY HIGHER NATIONAL UNIT SPECIFICATION GENERAL INFORMATION -Unit number- 3451068 -Unit title- -Superclass category- -Date of publication- (month and year) -Originating
More information-SQA- SCOTTISH QUALIFICATIONS AUTHORITY. Hanover House 24 Douglas Street GLASGOW G2 7NQ NATIONAL CERTIFICATE MODULE DESCRIPTOR
-SQA- SCOTTISH QUALIFICATIONS AUTHORITY Hanover House 24 Douglas Street GLASGOW G2 7NQ NATIONAL CERTIFICATE MODULE DESCRIPTOR -Module Number- 7177061 -Session-1991-92 -Superclass- PK -Title- SOCL PSYCHOLOGY:
More informationIGCSE BIOLOGY 0610 SCHEME OF WORK 1
IGCSE BIOLOGY 0610 SCHEME OF WORK 1 UNIT 6: Reproduction in plants Recommended Prior Knowledge: A basic knowledge of cell structure will be helpful, but otherwise the Unit requires very little previous
More informationScheme of work Cambridge IGCSE Biology (0610)
Scheme of work Cambridge IGCSE Biology (0610) Unit 6: Reproduction in plants Recommended prior knowledge A basic knowledge of cell structure will be helpful, but otherwise the unit requires very little
More informationPast Questions on Plant Reproduction
Past Questions on Plant Reproduction Name the parts labelled A, B, C, D in figure 1 State one function for each A and B. Figure 1 Name the parts labelled A, B, C, D,E and F in figure 2 What is the function
More information-SQA-SCOTTISH QUALIFICATIONS AUTHORITY HIGHER NATIONAL UNIT SPECIFICATION GENERAL INFORMATION
-SQA-SCOTTISH QUALIFICATIONS AUTHORITY HIGHER NATIONAL UNIT SPECIFICATION GENERAL INFORMATION -Unit Number- 5470597 -Superclass- -Title- HK BODY TREATMENTS: MANUAL -----------------------------------------
More informationUNIT 4. REPRODUCTION
UNIT 4. REPRODUCTION ACTIVITIES: 1. What is the life cycle? Explain the main stages in a living being s life cycle 2. What is reproduction? 3. What is the main difference between sexual and asexual reproduction?
More informationUnit title: Oral Health Improvement: An Introduction (SCQF level 5)
National Unit Specification General information Unit code: J1DX 45 Superclass: PF Publication date: August 2018 Source: Scottish Qualifications Authority Version: 01 Unit purpose This unit is designed
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 informationEOG Practice:,Evolution & Genetics [126663]
EOG Practice:,Evolution & Genetics [126663] Student Class Date 1. A particular peach tree produces peaches that are more resistant to disease than other peaches. What method would reproduce these EXACT
More informationAsexual Reproduction
Asexual Reproduction Only one parent is involved in asexual reproduction. The offspring is genetically identical to the parent. The offspring inherits all of its traits from one parent. Therefore, the
More informationTEST NAME:review TEST ID: GRADE:07 Seventh Grade SUBJECT:Life and Physical Sciences TEST CATEGORY: My Classroom
TEST NAME:review TEST ID:1070005 GRADE:07 Seventh Grade SUBJECT:Life and Physical Sciences TEST CATEGORY: My Classroom review Page 1 of 18 Student: Class: Date: 1. There are four blood types: A, B, AB,
More informationAnswers. Reproduction. Year 8 Science Chapter 4
Answers Reproduction Year 8 Science Chapter 4 p89 1 Asexual reproduction is a method of reproduction by which a single parent produces offspring. The offspring is a clone of the parent (The offspring have
More informationUNIT Food for Health (Intermediate 1) NUMBER D9NT 10 Home Economics: Health and Food Technology (Intermediate 1)
National Unit Specification: general information NUMBER D9NT 10 COURSE Home Economics: Health and Food Technology (Intermediate 1) SUMMARY This unit is designed as an introduction to healthy eating. On
More informationESA Study Guide Year 10 Science
Then and now Questions from pages 260, 261 of ESA Study Guide Year 10 Science 1. Which branch of science explores how characteristics are passed on from parent to offspring? 2. Suggest one desirable trait
More informationSexual Reproduction & Inheritance
Sexual Reproduction & Sexual Reproduction & Overview Asexual vs Sexual Reproduction Meiosis Genetic Diversity Mendel & The Laws of Sexual Reproduction Sexual Reproduction Asexual Reproduction Prokaryotes
More informationGenetics: field of biology that studies heredity, or the passing of traits from parents to offspring Trait: an inherited characteristic, such as eye
Genetics: field of biology that studies heredity, or the passing of traits from parents to offspring Trait: an inherited characteristic, such as eye colour or hair colour Gregor Mendel discovered how traits
More informationReproduction 19/02/2016. Asexual Reproduction. Budding: Types of asexual reproduction: SEXUAL VS. ASEXUAL
Asexual Reproduction Reproduction SEXUAL VS. ASEXUAL One parent cell divides by mitosis to produce 2 daughter cells which are clones of the parent Types of asexual reproduction: Budding: 1. Budding 2.
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 informationChapter 11 introduction to genetics 11.1 The work of Gregor mendel
Chapter 11 introduction to genetics 11.1 The work of Gregor mendel What is inheritance? Two uses of the word inheritance Things that are passed down through generations Factors we get from our parents
More informationUnit E: Plant Propagation. Lesson 1: Understanding Sexual Reproduction
Unit E: Plant Propagation Lesson 1: Understanding Sexual Reproduction 1 Vocabulary Cross-pollination Diploid Endosperm Fertilization Gametes Genes Haploid Hybrids Pollination Seed Self-pollination Sexual
More informationNational Unit Specification: General Information
National Unit Specification: General Information NUMBER D939 12 COURSE - SUMMARY This unit is designed to give candidates a basic introduction to health and disease in laboratory animals. The outcomes
More informationSection 4 Genetics and heredity
1 Section 4 Genetics and heredity Chapter 21 Cell division, chromosomes and genes Page 182 1. a Gametes are reproductive cells. (i) Plants. The male gametes are the pollen nuclei and are produced in the
More informationHigher National Unit Specification. General information for centres. Visceral and Dynamic Imaging. Unit code: DW93 34
Higher National Unit Specification General information for centres Unit title: Visceral and Dynamic Imaging Unit code: DW93 34 Unit purpose: This Unit enables the candidate to continue to acquire knowledge
More information2017 Version. Key Question types NCEA Science 1.9 Genetic Variation AS 90948
2017 Version Key Question types NCEA Science 1.9 Genetic Variation AS 90948 Linking DNA, Alleles and Chromosomes Chromosomes are made up of DNA. DNA is a large molecule that is coiled into a double helix
More informationSexual Reproduction. Chapter 3 Sexual Reproduction BC Science Probe 9 pages
Sexual Reproduction Chapter 3 Sexual Reproduction BC Science Probe 9 pages 72-105 Why Sex? Textbook Read pages 74 77 Sexual Reproduction Is reproduction involving two parents Each parent contributes equal
More informationChapter 6 Heredity The Big Idea Heredity is the passing of the instructions for traits from one generation to the next.
Chapter 6 Heredity The Big Idea Heredity is the passing of the instructions for traits from one generation to the next. Section 1 Mendel and His Peas Key Concept The work of Gregor Mendel explains the
More information3/18/2012. Chapter 36. Flower Parts. Flower Parts. Reproduction in Angiosperms
Chapter 36 Reproduction in Angiosperms Bryophytes >450mya 360 mya Fig. 27-4, p. 584 Lily Flower Flower Parts Sepals cover and protect flower parts in bud Collectively calyx Petals Can attract animal pollinators
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 informationWorking with Children and Young People with Autism (SCQF level 6)
National Unit Specification: general information CODE F7J1 12 SUMMARY This Unit enables candidates to explore the nature of autism and the different ways that particular forms of autism affect children
More informationGenetics & Heredity 11/16/2017
Genetics & Heredity Biology I Turner College & Career High School 2017 Fertilization is the fusion of an egg and a sperm. Purebred (True breeding plants) are plants that were allowed to selfpollinate and
More informationUNIT Sports Mechanics: An Introduction (SCQF level 5)
National Unit Specification: general information CODE F40K 11 SUMMARY This Unit is an optional Unit of the NC Sport and Fitness (SCQF level 5) award, and has been designed to be undertaken as part of that
More information1. Analyse interpersonal communication in terms of satisfaction of needs. 2. Analyse the perception of advertising in relation to motivational factors
Higher National Unit Specification General information for centres Unit code: D7ME 35 Unit purpose: This Unit is about the analysis of the social and psychological factors which affect communication, and
More informationFood Manufacture: Fundamentals of Food Science (SCQF level 6)
National Unit specification: general information Unit code: H1NE 12 Superclass: WM Publication date: July 2012 Source: Scottish Qualifications Authority Version: 01 Summary The purpose of this Unit is
More informationContemporary Fitness and Exercise Training Methods: An Introduction (SCQF level 5)
National Unit Specification: general information CODE F40B 11 SUMMARY This Unit is a Mandatory Unit of the NC Sport and Fitness (SCQF level 5) award, and has been designed to be undertaken as part of that
More informationGenetics PPT Part 1 Biology-Mrs. Flannery
Genetics PPT Part Biology-Mrs. Flannery In an Abbey Garden Mendel studied garden peas because they were easy to grow, came in many readily distinguishable varieties, had easily visible traits are easily
More information3.1 Meiosis
3.1 Meiosis Chromosome Number Individuals of the same species have the same number of chromosomes. Meiosis is used to half the number of chromosomes passed to the offspring. What is meiosis Meiosis happens
More informationWriting the Rules of Heredity. 23. Genetics I
1. 2. 3. 4. 5. 6. 7. Describe the general aspects of Mendel s experimental method, and explain why his work is considered so important. Define the following terms: gene, F 1 generation, F 2 generation,
More informationThe Experiments of Gregor Mendel
11.1 The Work of Gregor Mendel 11.2 Applying Mendel s Principles The Experiments of Gregor Mendel Every living thing (plant or animal, microbe or human being) has a set of characteristics inherited from
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 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 informationReproduction. Asexual vs Sexual
Reproduction Asexual vs Sexual Why is Reproduction Important? The means by which an organism produces offspring Biologically and evolutionarily speaking, reproduction is what has made the continuation
More informationReproduction in Organisms
Reproduction in Organisms Asexual Reproduction The period through which a certain organism lives is known as its life span. Reproduction is the process by which every organism ensures its continuity. It
More informationThe Science Department Academic Year Year 11 Biology Curriculum Overview
The Science Department Academic Year 2013-2014 Year 11 Biology Curriculum Overview Subject: Biology Term 1 Year Level: 11 Week Starting date Unit Learning Outcomes In this unit we will. Curriculum links
More informationWriting the Rules of Heredity
Contents 1 Writing the Rules of Heredity 1.1 Mendel s Rules of Segregation and Dominance 2 The Single Trait Cross (Monohybrid Cross) 2.1 Corn Coloration in an F2 Population (activity) Writing the Rules
More informationCounselling: Working with Substance Misuse
Higher National Unit specification General information for centres Unit title: Counselling: Working with Substance Misuse Unit code: F1EX 35 Unit purpose: This Unit is designed to provide the specialist
More information5.5 Genes and patterns of inheritance
5.5 Genes and patterns of inheritance Mendel s laws of Inheritance: 1 st Law = The law of segregation of factors states that when any individual produces gametes, the alleles separate, so that each gamete
More informationGenetics & The Work of Mendel. AP Biology
Genetics & The Work of Mendel Gregor Mendel Modern genetics began in the mid-1800s in an abbey garden, where a monk named Gregor Mendel documented inheritance in peas u used experimental method u used
More information8.1 Genes Are Particulate and Are Inherited According to Mendel s Laws 8.2 Alleles and Genes Interact to Produce Phenotypes 8.3 Genes Are Carried on
Chapter 8 8.1 Genes Are Particulate and Are Inherited According to Mendel s Laws 8.2 Alleles and Genes Interact to Produce Phenotypes 8.3 Genes Are Carried on Chromosomes 8.4 Prokaryotes Can Exchange Genetic
More informationCell Division and Inheritance Revision 7
Cell Division and Inheritance Revision 7 65 minutes 65 marks Page of 20 Q. Cystic fibrosis is a disease which affects in 600 babies. (a) What are the symptoms of cystic fibrosis? (3) Two parents with normal
More informationMENDELIAN GENETIC CH Review Activity
MENDELIAN GENETIC CH. 6.3-6.5 Review Activity Question 1 Who is considered to be the father of genetics? Answer 1 Question 2 Gregor Mendel What part of DNA directs a cell to make a certain protein? 1 Answer
More informationAssessment Schedule 2015 Biology: Demonstrate understanding of genetic variation and change (91157)
NCEA Level 2 Biology (91157) 2015 page 1 of 6 Assessment Schedule 2015 Biology: Demonstrate understanding of genetic variation and change (91157) Assessment Criteria Achievement Achievement with Merit
More informationFor a long time, people have observed that offspring look like their parents.
Chapter 10 For a long time, people have observed that offspring look like their parents. Even before we knew about genes, people were breeding livestock to get certain traits in the offspring. They knew
More informationInternational Vocational Unit Specification. General information for centres. Professional Ethics in Policing. Unit code: F3RG 48
International Vocational Unit Specification General information for centres Unit title: Professional Ethics in Policing Unit code: F3RG 48 Unit purpose: This Unit is designed to enable candidates to recognise
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 informationSPINE ROAD HIGH SCHOOL
SPINE ROAD HIGH SCHOOL LIFE SCIENCES DEPARTMENT LIFE SCIENCES CONTROL TEST 2-2017 EXAMINER: T. GABRIELS MODERATOR: Z. SHADE GRADE 11 TIME: 1 HOUR MARKS: 60 INSTRUCTIONS AND INFORMATION Read the following
More informationGenetics. Genetics. True or False. Genetics Vocabulary. Chapter 5. Objectives. Heredity
Genetics True or False Genes are things you wear on your legs. A priest raising peas in his garden was one of the first to discover how genetics works. Plants can be purebred just like dogs. Dominate alleles
More informationbiology Slide 1 of 32 End Show Copyright Pearson Prentice Hall
biology 1 of 32 11-1 The Work of Gregor Mendel 2 of 32 Gregor Mendel s Peas Genetics is the scientific study of heredity. Gregor Mendel was an Austrian monk. His work was important to the understanding
More informationObjectives. ! Describe the contributions of Gregor Mendel to the science of genetics. ! Explain the Law of Segregation.
Objectives! Describe the contributions of Gregor Mendel to the science of genetics.! Explain the Law of Segregation.! Explain the Law of Independent Assortment.! Explain the concept of dominance.! Define
More informationHigher National Unit Specification. General information for centres. Exercise Principles and Programming. Unit code: DP8E 34
Higher National Unit Specification General information for centres Unit title: Exercise Principles and Programming Unit code: DP8E 34 Unit purpose: The Unit is intended to encompass the major functions
More informationThe Work of Gregor Mendel. Guided Reading
The Work of Gregor Mendel Guided Reading Gregor Mendel 25 min Mendel (pearson) 6 min The Experiments of Gregor Mendel 1. What is Heredity? The delivery of characteristics from parents to offspring 2. What
More informationSexual Reproduction and Genetics. Section 1. Meiosis
Chromosomes and Chromosome Number! Human body cells have 46 chromosomes! Each parent contributes 23 chromosomes! Homologous chromosomes one of two paired chromosomes, one from each parent Chromosomes and
More informationREPRODUCTION IN PLANTS AND ANIMALS Q5 P1
NAME SCHOOL INDEX NUMBER DATE REPRODUCTION IN PLANTS AND ANIMALS 1. 1989 Q5 P1 The table below shows two mammalian hormones. For each hormone, state the site of production and its function in the body.
More informationHigher National Unit Specification. General information for centres. Unit code: F1LF 34
Higher National Unit Specification General information for centres Unit title: Dance: Body Conditioning Unit code: F1LF 34 Unit purpose: This Unit is designed to develop the candidate s knowledge and skills
More informationName Date Per. Vocabulary Crossword - Chapter 6: Genetics and Heredity M 2 3 D S 11 L P Y 30 L 38 E 45
Name Date Per. Vocabulary Crossword - Chapter 6: enetics and Heredity 1 2 3 D 5 6 7 4 8 9 10 S 11 12 D 13 16 19 20 21 14 X 17 18 15 P E 22 H D 23 24 25 N 31 32 33 29 26 C B Z 28 I P Y 30 34 V 27 38 T 41
More informationHigher National Unit Specification. General information for centres. Unit code: F1B4 34
Higher National Unit Specification General information for centres Unit title: Scottish Criminal Law Unit code: F1B4 34 Unit purpose: This Unit is designed to provide candidates with knowledge and understanding
More informationChapter 31: Plant Reproduction
Chapter 31: Plant Reproduction Plants and Pollinators Pollen had evolved by 390 million years ago Sperm packed inside a nutritious package Transferred first by wind currents Later transferred by insects
More informationGenetics & The Work of Mendel
Genetics & The Work of Mendel 2006-2007 Gregor Mendel Modern genetics began in the mid-1800s in an abbey garden, where a monk named Gregor Mendel documented inheritance in peas used experimental method
More informationB1 You and Your Genes Q3 Question: What are alleles?
Q1 : Where are chromosomes found within a cell? Inside the nucleus. Q2 : Put the following in size order starting with the smallest first: nucleus, chromosome, cell, gene. Gene, chromosome, nucleus, cell.
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 informationNotes: Mendelian Genetics
Notes: Mendelian Genetics Heredity is passing characteristics from one generation to the next. Genetics is the study of heredity. Who was Gregor Mendel? Gregor Mendel is the Father of Modern Genetics.
More information-SQA-SCOTTISH QUALIFICATIONS AUTHORITY HIGHER NATIONAL UNIT SPECIFICATION GENERAL INFORMATION
-SQA-SCOTTISH QUALIFICATIONS AUTHORITY HIGHER NATIONAL UNIT SPECIFICATION GENERAL INFORMATION -Unit Number- 5470617 -Superclass- -Title- HJ BODY TREATMENTS: ELECTRICAL II -----------------------------------------
More information1.3 - Sexually Reproduction What is Sexual Reproduction?
1.3 - Sexually Reproduction What is Sexual Reproduction? Sexual Reproduction - Genetic information from two cells is combined to produce a new genetically unique organism. Sexual reproduction occurs when
More informationbiology Slide 1 of 32
biology 1 of 32 11-1 The Work of Gregor 11-1 The Work of Gregor Mendel Mendel 2 of 32 Gregor Mendel s Peas Gregor Mendel s Peas Genetics is the scientific study of heredity. Gregor Mendel was an Austrian
More informationCambridge International Examinations Cambridge International General Certificate of Secondary Education
Cambridge International Examinations Cambridge International General Certificate of Secondary Education *8954733823* BIOLOGY 0610/21 Paper 2 Core October/November 2014 1 hour 15 minutes Candidates answer
More informationo Production of genetically identical offspring from one parent o E.g. - Bacteria Reproduce by binary fission a cell to divide into 2
Reproduction (IGCSE Biology Syllabus 2016-2018) Asexual Reproduction o Production of genetically identical offspring from one parent o E.g. - Bacteria Reproduce by binary fission a cell to divide into
More informationUNIVERSITY OF CAMBRIDGE INTERNATIONAL EXAMINATIONS International General Certificate of Secondary Education
UNIVERSITY OF CAMBRIDGE INTERNATIONAL EXAMINATIONS International General Certificate of Secondary Education *4189190348* BIOLOGY 0610/22 Paper 2 Core October/November 2011 1 hour 15 minutes Candidates
More informationMendel s Methods: Monohybrid Cross
Mendel s Methods: Monohybrid Cross Mendel investigated whether the white-flowered form disappeared entirely by breeding the F1 purple flowers with each other. Crossing two purple F1 monohybrid plants is
More informationReproduction Review YOU ARE EXPECTED TO KNOW THE MEANING OF ALL THE FOLLOWING TERMS:
Reproduction Review YOU ARE EXPECTED TO KNOW THE MEANING OF ALL THE FOLLOWING TERMS: CHROMOSOME GENE DNA TRAIT HEREDITY INTERPHASE MITOSIS CYTOKINESIS ASEXUAL BINARY FISSION CELL CYCLE GENETIC DIVERSITY
More informationplant reproduction chapter 40 Alternation of Generations
Alternation of Generations plant reproduction chapter 40 Haploid (n) Diploid (2n) Sporangium Spore dispersal Spore (n) Young Mature (n) Archegonium Antheridium Sperm Sporangium Mature sporophyte (2n) New
More informationCounselling: Understanding Addictive Behaviours
Higher National Unit specification General information for centres Unit title: Counselling: Understanding Addictive Behaviours Unit code: F1EV 34 Unit purpose: This Unit is designed to provide the specialist
More informationWhen Mendel crossed 2 plants that were different in a single trait, he called that a monohybrid cross. The resulting offspring were called the F1
Genetics Gregor Mendel The father of Genetics Genetics- the study of heredity Heredity- the passing of characteristics or traits from parents to offspring Mendel chose pea plants to research. Pea plants
More informationUnit 11 Test: Genetics Date: /Period:
Name: 1. Compared to human cells resulting from mitotic cell division, human cells resulting from meiotic cell division would have A) twice as many chromosomes B) the same number of chromosomes C) one-half
More informationCambridge International Examinations Cambridge Ordinary Level
Cambridge International Examinations Cambridge Ordinary Level *7221676992* BIOLOGY 5090/21 Paper 2 Theory May/June 2018 1 hour 45 minutes Candidates answer on the Question Paper. No Additional Materials
More informationUnit 1 Biological Diversity Topic 1.1 Examining Diversity. Text p. 3-15
Topic 1.1 Examining Diversity. Text p. 3-15 Variation to the MAX! Biologists have identified over species of animals and over species of plants. The most successful life form is What is Biodiversity? The
More informationBiology. Chapter 13. Observing Patterns in Inherited Traits. Concepts and Applications 9e Starr Evers Starr. Cengage Learning 2015
Biology Concepts and Applications 9e Starr Evers Starr Chapter 13 Observing Patterns in Inherited Traits Cengage Learning 2015 Cengage Learning 2015 After completing today s activities, students should
More informationYEAR 11- Biology Term 1 plan
YEAR 11- Biology Term 1 plan 2016-2017 Week Topic Learning outcomes 1&2 Coordination and response Reflex arc Define sense organs as groups of receptor cells responding to specific stimuli: light, sound,
More informationHEREDITY. Heredity is the transmission of particular characteristics from parent to offspring.
INHERITANCE IN LIFE HEREDITY Heredity is the transmission of particular characteristics from parent to offspring. Mendel presented completely new theory of inheritance in the journal Transactions of the
More informationIntroduction to Genetics
DAY 2 Introduction to Genetics Heredity Passing of traits from parents to their young The branch of biology that studies heredity is genetics. Trait Characteristic that is inherited Gregor Mendel Austrian
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 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 informationPatterns of Inheritance
1 Patterns of Inheritance Bio 103 Lecture Dr. Largen 2 Topics Mendel s Principles Variations on Mendel s Principles Chromosomal Basis of Inheritance Sex Chromosomes and Sex-Linked Genes 3 Experimental
More informationTwo copies of each autosomal gene affect phenotype.
UNIT 3 GENETICS LESSON #34: Chromosomes and Phenotype Objective: Explain how the chromosomes on which genes are located can affect the expression of traits. Take a moment to look at the variety of treats
More informationUnit 4 Genetics. 3. Categorize the following characteristics below as being influenced by genetics or the environment.
Unit 4 Genetics TEKS 7.14A and 7.14C 1. Define heredity 1.Heredity = the passing of traits from parents to offspring 2. In some countries there is high population of individuals with straight hair verses
More information