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Frameshift Gene Mutations Lesson |  DNA Worksheets | Science NGSS
Frameshift Gene Mutations Lesson |  DNA Worksheets | Science NGSS
Frameshift Gene Mutations Lesson |  DNA Worksheets | Science NGSS
Frameshift Gene Mutations Lesson |  DNA Worksheets | Science NGSS
Frameshift Gene Mutations Lesson |  DNA Worksheets | Science NGSS
Frameshift Gene Mutations Lesson |  DNA Worksheets | Science NGSS
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Frameshift Gene Mutations Lesson |  DNA Worksheets | Science NGSS
Frameshift Gene Mutations Lesson |  DNA Worksheets | Science NGSS
Frameshift Gene Mutations Lesson |  DNA Worksheets | Science NGSS
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Description

This genetics activity package comes with 5 printable handouts, matching digital worksheets, and one 29 slide presentation.

Topics Covered: Frameshift Mutations, insertion, deletion, inversion, substitution Mutation, Missense, Nonsense, Silent, Gene Mutations, Chromosomal mutations, DNA base pairing, Nucleotide pairing, Stop codon, Codon Charts, DNA, mRNA, tRNA, Amino Acids, Protein Synthesis (Brief), adenine, thymine, cytosine, guanine, uracil


Frameshift Mutations Presentation Description

This ready to present slide presentation uses visually engaging slides to simplify frameshift mutations for students. The slides introduce how codons are read by tRNA and reintroduce that genes, bases, and DNA code for traits. Diagrams are included that demonstrate the frameshifts caused by the process of insertion and deletions. Frameshift mutations are reinforced through simplified explanations that use sentences as an analogy. These changes are then compared to substitution mutations and the intensity of their effects are outlined through the sentences. A codon chart is provided in the slides to simplify students' search for amino acids.

Frameshift Mutation Worksheets Description

These activities are based on Bloom`s Taxonomy and work their way up in difficulty. Visual aids are used to helps students answer the questions. Two worksheets focus on nucleotide base pairing and identification of the mutation. The frameshifts are shown by the change in the base pairing. This experiential learning demonstrates the negative implications of insertion and deletions. The last worksheet is a show your knowledge worksheet that covers the theory behind gene substitutions. The worksheet covers topics such as comparing the intensity of chromosomal and gene mutations, comparing the different types of gene mutations and is based on bloom's taxonomy.

Students will

  • Match Nucleotides and bases
  • Identify and differentiate between the inversion, insertion, and deletion
  • Learn Frameshifts through experiential learning
  • Work their way up Bloom`s Taxonomy (RECALL - DEMONSTRATE - ANALYZE)
  • Compare and contrast gene and chromosomal mutations
  • Compare every type of gene mutation (insertion, deletion, inversion, Silent, Missense, Nonsense)

Features

3 Digital or Printable worksheets

  • 2 Worksheets to identify and classify frameshift mutations as well as pairing bases
  • 1 Show your knowledge worksheets that compare mutations types and the intensity of their effects

2 Digital or Printable CheatSheets

  • 1 Codon Chart
  • 1 Sheet demonstrating the difference between Substitution (missense, nonsense, silent) and Frameshifts such as insertion and deletion, as well as inversion.

Slide Presentation (29 Slides)

  • A comprehensive presentation that has diagrams outlining frameshift and inversion gene mutations
  • Worksheets can be shared with students online and they can complete them by adding their own text boxes for their responses

Online Compatible

  • All presentation slides can be added directly to Google Classroom or another LMS platform with ease
  • Worksheets can be shared with students online and they can complete them by adding their own text boxes for their responses

Bloom's Taxonomy

  • Questions are based on Bloom's Taxonomy and are meant to challenge students appropriately working upwards along with the pyramid

Visual Aid

  • The activity caters to all learners by providing visual aids to help students work through problems

Save Time!

  • At Science Pad, our lessons are prepared for quick use.

Assignments that Pair Well

Introduction to DNA-Strawberry Experiment

Rosalind-Franklin-Presentations-Activity-Bundle

ArtsandCrafts-Build-A-Cell-Bundle

Chromosomal-Mutations-Bundle-Presentation-Worksheets

Social Media Pages:

Instagram

Pinterest

Etsy

Report this resource to TPT
Reported resources will be reviewed by our team. Report this resource to let us know if this resource violates TPT's content guidelines.

Frameshift Gene Mutations Lesson | DNA Worksheets | Science NGSS

Rated 4 out of 5, based on 1 reviews
4.0 (1 rating)
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Highlights

Grades icon
Grades
8th - 11th
Standards icon
Standards
Pages
55
Answer Key
Included
Teaching Duration
3 days

Description

This genetics activity package comes with 5 printable handouts, matching digital worksheets, and one 29 slide presentation.

Topics Covered: Frameshift Mutations, insertion, deletion, inversion, substitution Mutation, Missense, Nonsense, Silent, Gene Mutations, Chromosomal mutations, DNA base pairing, Nucleotide pairing, Stop codon, Codon Charts, DNA, mRNA, tRNA, Amino Acids, Protein Synthesis (Brief), adenine, thymine, cytosine, guanine, uracil


Frameshift Mutations Presentation Description

This ready to present slide presentation uses visually engaging slides to simplify frameshift mutations for students. The slides introduce how codons are read by tRNA and reintroduce that genes, bases, and DNA code for traits. Diagrams are included that demonstrate the frameshifts caused by the process of insertion and deletions. Frameshift mutations are reinforced through simplified explanations that use sentences as an analogy. These changes are then compared to substitution mutations and the intensity of their effects are outlined through the sentences. A codon chart is provided in the slides to simplify students' search for amino acids.

Frameshift Mutation Worksheets Description

These activities are based on Bloom`s Taxonomy and work their way up in difficulty. Visual aids are used to helps students answer the questions. Two worksheets focus on nucleotide base pairing and identification of the mutation. The frameshifts are shown by the change in the base pairing. This experiential learning demonstrates the negative implications of insertion and deletions. The last worksheet is a show your knowledge worksheet that covers the theory behind gene substitutions. The worksheet covers topics such as comparing the intensity of chromosomal and gene mutations, comparing the different types of gene mutations and is based on bloom's taxonomy.

Students will

  • Match Nucleotides and bases
  • Identify and differentiate between the inversion, insertion, and deletion
  • Learn Frameshifts through experiential learning
  • Work their way up Bloom`s Taxonomy (RECALL - DEMONSTRATE - ANALYZE)
  • Compare and contrast gene and chromosomal mutations
  • Compare every type of gene mutation (insertion, deletion, inversion, Silent, Missense, Nonsense)

Features

3 Digital or Printable worksheets

  • 2 Worksheets to identify and classify frameshift mutations as well as pairing bases
  • 1 Show your knowledge worksheets that compare mutations types and the intensity of their effects

2 Digital or Printable CheatSheets

  • 1 Codon Chart
  • 1 Sheet demonstrating the difference between Substitution (missense, nonsense, silent) and Frameshifts such as insertion and deletion, as well as inversion.

Slide Presentation (29 Slides)

  • A comprehensive presentation that has diagrams outlining frameshift and inversion gene mutations
  • Worksheets can be shared with students online and they can complete them by adding their own text boxes for their responses

Online Compatible

  • All presentation slides can be added directly to Google Classroom or another LMS platform with ease
  • Worksheets can be shared with students online and they can complete them by adding their own text boxes for their responses

Bloom's Taxonomy

  • Questions are based on Bloom's Taxonomy and are meant to challenge students appropriately working upwards along with the pyramid

Visual Aid

  • The activity caters to all learners by providing visual aids to help students work through problems

Save Time!

  • At Science Pad, our lessons are prepared for quick use.

Assignments that Pair Well

Introduction to DNA-Strawberry Experiment

Rosalind-Franklin-Presentations-Activity-Bundle

ArtsandCrafts-Build-A-Cell-Bundle

Chromosomal-Mutations-Bundle-Presentation-Worksheets

Social Media Pages:

Instagram

Pinterest

Etsy

Report this resource to TPT
Reported resources will be reviewed by our team. Report this resource to let us know if this resource violates TPT's content guidelines.

Reviews

4.0
Rated 4 out of 5, based on 1 reviews
1
rating
All verified TPT purchases
Rated 4 out of 5
May 18, 2022
I used this resource to help my students reinforced what they learned about Frameshift mutations. Students found it very useful and helpful. My only complaint is about the Codon Chart that is provided. The amino acid Glycine shows one of the codons as GGT, instead of GGU. I hope this error can be fixed.
Cynthia T.
548 reviews
Grades taught: 10th
Science Pad
Response from
Science Pad
(TPT Seller)
May 18, 2022
Thanks for catching that! :) i will change ASAP

Questions & Answers

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Standards

to see state-specific standards (only available in the US).
NGSSHS-LS3-1
Ask questions to clarify relationships about the role of DNA and chromosomes in coding the instructions for characteristic traits passed from parents to offspring. Assessment does not include the phases of meiosis or the biochemical mechanism of specific steps in the process.
NGSSHS-LS1-1
Construct an explanation based on evidence for how the structure of DNA determines the structure of proteins, which carry out the essential functions of life through systems of specialized cells. Assessment does not include identification of specific cell or tissue types, whole body systems, specific protein structures and functions, or the biochemistry of protein synthesis.
NGSSHS-LS3-2
Make and defend a claim based on evidence that inheritable genetic variations may result from (1) new genetic combinations through meiosis, (2) viable errors occurring during replication, and/or (3) mutations caused by environmental factors. Emphasis is on using data to support arguments for the way variation occurs. Assessment does not include the phases of meiosis or the biochemical mechanism of specific steps in the process.
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