11th Grade Biology Lectures

Are you a Biology teacher introducing your high school students to Mutations? Notes and examples are included. You can also easily convert this to a Google Slides lesson by dragging it into your Google Drive.

What is included?

✦ 31 total slides for notes and examples.

Throughout the Lesson, students will be introduced to the following:
✦ Mutation Definition

✦ Spontaneous Mutation

✦ Mutagens

✦ Physical Mutagen

✦ Chemical Mutagen

✦ Which mutation is effective?

✦ Types of mutations

✦ Structural Chromosomal Mutations

✦ Numerical Chromosomal Mutations

✦ Point Gene Mutation

✦ Substitution Mutation

✦ Insertion & Deletion Mutations

This resource is great for:

• In-Classroom Teaching (Displaying for the Whole Class)
• Online Learning
• Homeschooling
• Sharing on Google Classroom or Other Platforms as a Tool for Revision

-Follow us on TeachShare to be informed with new products and updates.

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⤞ Neurophysiology Functions of Neurons (2) | PowerPoint Lesson High School Biology

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Are you a Biology teacher introducing your high school students to Immune Response? Notes and examples are included. You can also easily convert this to a Google Slides lesson by dragging it into your Google Drive.

What is included?

✦ 65 total slides for notes and examples.

Throughout the Lesson, students will be introduced to the following:
✦ Name the natural barriers

• Classify them according to their nature.
• Clarify their importance in immunity.

✦ List the series of events that take place during inflammatory reaction

• Identify the importance of cytokines.
• Explain the terms ‘chemotactic’, diapedesis.

✦ Identify the signs of inflammation

• Indicate the cause of each.

✦ Explain the steps of phagocytosis

• Name the cells that are first recruited at inflammation site.
• Explain the cases where the invader overcomes the action of phagocytes.
• Explain why phagocytosis is considered as a non-specific immune response.

✦ Explain the statement: ‘the specific immune response is adaptive’.

✦ Prove the specificity of the immune response.

✦ Identify the two types of immune response.

✦ Indicate the effectors in each of the two cases.

✦ Explain the experimental verification of the type of IR against a specific antigen.

✦ Indicate the site where the induction phase occurs.

✦ Explain Mosier Experimental.

✦ Explain the induction phase.

✦ Explain Clonal selection.

✦ Emphasize the role of macrophages in this phase as antigen presenting cells.

✦ Explain the activation Phase

• T4 are activated and differentiate into TH (IL-secreting cells) and memory cells.
• Compare the durability of IL-secreting cells and memory T4 cells.

✦ Define IL.

✦ Explain the statement ‘TH are orchestra conductors’.

✦ Determine referring to an experimental study

• The role of TH
• The mode of action of TH

✦ Explain the effector phase

• In case of Humoral IR.
• Review the differentiation of BL into plasma cells.
• In case of cell mediated immune response.

✦ Differentiate between the cellular and molecular cooperation between immune cells.

✦ Clarify the importance of the antibodies’ neutralizing role.

✦ Explain the mode of action of

• Toxins.
• Virus infecting a cell.

✦ Determine how Abs hinders the effect of invaders.

✦ Explain how Abs facilitate the destruction of the foreign antigen

• Opsonization.
• Membrane attack complex (involving complements).

✦ Note that Complements effect is non-specific.

✦ Explain the mechanism of destruction of infected cell by TC

• Indicate the involved cytotoxins.

✦ Explain how cancer is formed

• Emphasize that modified genes result in formation of modified proteins.

✦ Explain the possible treatments for cancer

• Explain Immunotherapy.

✦ What does primary and secondary immune responses refer to?

✦ Define toxoid.

✦ Determine the characteristics of secondary immune response.

✦ Specify the constituents of a vaccine.

✦ State the importance of vaccines.

✦ Explain the expression ‘vaccine is not pathogenic but immunogenic’.

✦ Differentiate between vaccination and serotherapy.

This resource is great for:

• In-Classroom Teaching (Displaying for the Whole Class)
• Online Learning
• Homeschooling
• Sharing on Google Classroom or Other Platforms as a Tool for Revision

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Are you a Biology teacher introducing your high school students to Autotrophy Photosynthesis (part 1)? Notes and examples are included. You can also easily convert this to a Google Slides lesson by dragging it into your Google Drive.

What is included?

✦ 36 total slides for notes and examples.

Throughout the Lesson, students will be introduced to the following:
✦ Differentiate between autotrophs & heterotrophs.

✦ Define food chain.

✦ Differentiate between producers & consumers.

✦ Identify the role of certain minerals in plant growth and survival.

✦ Explain the different tests used to identify the organic matter & their results.

✦ Identify the necessary conditions for synthesis of starch.

• ✦ Importance of light.
• ✦ Importance of chlorophyll.
• ✦ Importance of CO2.

✦ Describe how we can detect starch synthesis in green leaves.

This resource is great for:

• In-Classroom Teaching (Displaying for the Whole Class)
• Online Learning
• Homeschooling
• Sharing on Google Classroom or Other Platforms as a Tool for Revision

To check out Autotrophy Photosynthesis (Part 2) Click here

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Are you a Biology teacher introducing your high school students to Autotrophy Photosynthesis (part 2)? Notes and examples are included. You can also easily convert this to a Google Slides lesson by dragging it into your Google Drive.

What is included?

✦ 39 total slides for notes and examples.

Throughout the Lesson, students will be introduced to the following:
✦ Define photosynthesis & its chemical equation.

✦ Identify the site of photosynthesis.

✦ Identify the different types of pigments:

• ✦ Vascular.
• ✦ Plastids.

✦ Define plastids and their role.

✦ Identify the different parts of a chloroplast and their role.

✦ Photosynthesis reactions:

• ✦ Light reactions.
• ✦ Dark reactions.

✦ Respirations In plants.

✦ Photosynthesis Formula Broken Down

✦ Photosynthesis and gas exchange:

✦ The release of oxygen.

✦ The absorption of carbon dioxide.

✦ The production of organic matter by Chlorophyllic plants.

This resource is great for:

• In-Classroom Teaching (Displaying for the Whole Class)
• Online Learning
• Homeschooling
• Sharing on Google Classroom or Other Platforms as a Tool for Revision

To check out Autotrophy Photosynthesis (Part 1) Click here

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re you a Biology teacher introducing your high school students to Genetic Polymorphism part 1? Notes and examples are included. You can also easily convert this to a Google Slides lesson by dragging it into your Google Drive.

What is included?

✦ 28 total slides for notes and examples.

Throughout the Lesson, students will be introduced to the following:
✦ Diversity in a Population

✦ Definition and Characteristics

✦ Effects of Mutations

✦ Types of Mutations

• ✦ Substitution
• ✦ Deletion
• ✦ Insertion

✦ Summing up

✦ Effects of point mutations

✦ By Substitution

• ✦ Mis-sense
• ✦ Non-sense

✦ By Deletion & Insertion

• ✦ Frame Shift

✦ Appendix: Genetic Code Table

✦ Different Classifications of Mutation

✦ Which Mutations are Transmitted?

✦ Mutation from Genotype into Phenotype

• ✦ From DNA into m-RNA
• ✦ From m-RNA into Proteins

✦ Keep These in Mind

✦ Appendix

This resource is great for:

• In-Classroom Teaching (Displaying for the Whole Class)
• Online Learning
• Homeschooling
• Sharing on Google Classroom or Other Platforms as a Tool for Revision

To check out Genetic Polymorphism (Part 2) Click here

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Are you a Biology teacher introducing your high school students to Birth Control and MAP? Notes and examples are included. You can also easily convert this to a Google Slides lesson by dragging it into your Google Drive.

What is included?

✦ 31 total slides for notes and examples.

Throughout the Lesson, students will be introduced to the following:
✦ Introduction to Birth Control and MAP

✦ What is Birth Control?

✦ Types of Birth Control

✦ What is MAP (Morning-After Pill)?

✦ How Does MAP Work?

✦ Effectiveness of MAP

✦ Safety and Side Effects of MAP

✦ Fertilization: Definition and site

✦ Pregnancy: Conditions and site

✦ Meaning of Conception in Biology

✦ What is MAP and what is for?

• ✦ AI
• ✦ FIVET

✦ What are contraceptive methods?

• ✦ Physical
• ✦ Surgical
• ✦ Hormonal
• ✦ Biological
• ✦ Immunitary

✦ What is Gestation?

✦ What is meant by Contragestive.

✦ What are contragestive methods?

• ✦ Mechanical
• ✦ Chemical

✦ Further Sterility Problems

✦ Conclusion and Key Takeaways

This resource is great for:

• In-Classroom Teaching (Displaying for the Whole Class)
• Online Learning
• Homeschooling
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Are you a Biology teacher introducing your high school students to Mendelian Heredity? Notes and examples are included. You can also easily convert this to a Google Slides lesson by dragging it into your Google Drive.

What is included?

✦ 25 total slides for notes and examples.

Throughout the Lesson, students will be introduced to the following:
✦ Define genetics, hereditary traits.

✦ Explain the terms: gene, allele, dominant, recessive, phenotype, genotype, pure, hybrid.

✦ Dominance Monohybridism.

✦ Non-dominance Monohybridism.

✦ Steps for making factorial analysis.

✦ Explain test cross.

This resource is great for:

• In-Classroom Teaching (Displaying for the Whole Class)
• Online Learning
• Homeschooling
• Sharing on Google Classroom or Other Platforms as a Tool for Revision

-Follow us on TeachShare to be informed with new products and updates.

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Are you a Biology teacher introducing your high school students to Pedigree? Notes and examples are included. You can also easily convert this to a Google Slides lesson by dragging it into your Google Drive.

What is included?

✦ 22 total slides for notes and examples.

Throughout the Lesson, students will be introduced to the following:
✦ Pedigree definition

✦ Importance of Pedigree

✦ Mode of Inheritance

✦ Determining the dominant and recessive allele

✦ Determining the genotypes of individuals

✦ Calculating The Risk of Having Affected Child

✦ ABO System

This resource is great for:

• In-Classroom Teaching (Displaying for the Whole Class)
• Online Learning
• Homeschooling
• Sharing on Google Classroom or Other Platforms as a Tool for Revision

-Follow us on TeachShare to be informed with new products and updates.

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Are you a Biology teacher introducing your high school students to Chromosomes Carriers of Genetic Information? Notes and examples are included. You can also easily convert this to a Google Slides lesson by dragging it into your Google Drive.

What is included?

✦ 23 total slides for notes and examples.

Throughout the Lesson, students will be introduced to the following:
✦ Localization of the genetic Program in the cell.

✦ Indicate the importance of karyotype and how we realize it.

✦ Explain the arrangement of chromosomes in the karyotype.

✦ Compare two homologous chromosomes.

✦ Differentiate the male karyotype from the female karyotype.

✦ Identify the gamete karyotypes.

This resource is great for:

• In-Classroom Teaching (Displaying for the Whole Class)
• Online Learning
• Homeschooling
• Sharing on Google Classroom or Other Platforms as a Tool for Revision

-Follow us on TeachShare to be informed with new products and updates.

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Are you a Biology teacher introducing your high school students to Genetic Recombination and Transmission of Genes - Monohybridism Crosses**?** Notes and examples are included. You can also easily convert this to a Google Slides lesson by dragging it into your Google Drive.

What is included?

✦ 12 total slides for notes and examples.

Throughout the Lesson, students will be introduced to the following:
✦ Genetics Definition.

✦ Monohybridism Crosses:

1. Hybridization
2. Self Cross
3. Back Cross
4. Test Cross
5. Inverse Cross

✦ Lethal Alleles.

This resource is great for:

• In-Classroom Teaching (Displaying for the Whole Class)
• Online Learning
• Homeschooling
• Sharing on Google Classroom or Other Platforms as a Tool for Revision

-Follow us on TeachShare to be informed with new products and updates.

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Are you a Biology teacher introducing your high school students to Neurophysiology Functions of Neurons (Part 1)? Notes and examples are included. You can also easily convert this to a Google Slides lesson by dragging it into your Google Drive.

What is included?

✦ 48 total slides for notes and examples.

Throughout the Lesson, students will be introduced to the following:
✦ Explain the statement a cell membrane is said to be polarized

✦ Define resting potential

✦ Identify the causes of resting potential

• ✦ Unequal distribution of ions
• ✦ Differential permeability

✦ Explain how the RP is maintained

✦ Identify the function of Na+/K+ pump and that it is active

✦ Explain the experimental verification (involving DNP)

✦ Differentiate between a stimulation and excitation

✦ Identify the oscilloscope record during transmission of nervous message across a specific point

• ✦ Name the record & its the different phases

✦ Explain, during each phase, the variation in

• ✦ Membrane permeability
• ✦ Membrane polarity

✦ Differentiate between

• ✦ Voltage gated
• ✦ Chemical gated
• ✦ Non-gated channels

✦ Specify the opened and closed channels during each phase

✦ Identify the characteristics of nerve fiber

• ✦ Nerve fiber has threshold of excitation
• ✦ Only when change in the Pd that reaches threshold of excitation -50mV propagates
• ✦ Nerve fiber obeys the law of all or none

✦ Detection of cardiac activity.

✦ Identify the characteristics of nerve impulse

• ✦ Only APs propagate
• ✦ Constant speed

✦ Calculate the speed of propagation of nervous message.

✦ Explain the structure of a nerve.

✦ Explain the factors that affect the speed of propagation of nervous message along a nerve fiber

• ✦ Nature of neurons (being myelinated or not)
• ✦ Temperature
• ✦ Diameter of nerve fibers

✦ Explain how a nervous message propagates.

✦ Explain refractory period.

✦ Differentiate between the transmission of message along myelinated (salutatory movement) and non-myelinated fibers.

This resource is great for:

• In-Classroom Teaching (Displaying for the Whole Class)
• Online Learning
• Homeschooling
• Sharing on Google Classroom or Other Platforms as a Tool for Revision

To check out Neurophysiology Functions of Neurons (2) Click here

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Are you a Biology teacher introducing your high school students to Nervous System Part 1 - spinal cord, Synapse, nerve cell, reflex**?** Notes and examples are included. You can also easily convert this to a Google Slides lesson by dragging it into your Google Drive.

What is included?

✦ 58 total slides for notes and examples

Throughout the Lesson, students will be introduced to the following:
✦ The organization of nervous system in vertebrates and invertebrates

✦ Describe the nervous system in vertebrates

✦ Brain and spinal cord

✦ Brain Anatomy

✦ Labeling Spinal Structure

✦ Parts of the brain and their respective roles

✦ Describe the structure of the nerve cell

✦ Identify the different types of nerve fibers

✦ Determine the nature and role of the myelin sheath

✦ The Neuron Dendrites and Axon

✦ Synapse parts

✦ Classify Neurons According to the Structure: Unipolar, Bipolar, Multipolar

✦ Classify the neurons according to different criteria

• ✦ Polarity (Structure)
• ✦ Nature (Myelinated / unmyelinated)
• ✦ Function

✦ Draw and label the nerve.

✦ Define reflex

✦ Indicate the reflex elements

✦ Differentiate the two types of reflex

This resource is great for:

• In-Classroom Teaching (Displaying for the Whole Class)
• Online Learning
• Homeschooling
• Sharing on Google Classroom or Other Platforms as a Tool for Revision

To check out Nervous System (Part 2) Click here

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Are you a Biology teacher introducing your high school students to Immune System Role and Components? Notes and examples are included. You can also easily convert this to a Google Slides lesson by dragging it into your Google Drive.

What is included?

✦ 58 total slides for notes and examples.

Throughout the Lesson, students will be introduced to the following:
✦ Explain the role of the immune system.

✦ Differentiate between self & non-self.

✦ Differentiate between the types of grafts.

✦ Explain the possible cause of graft acceptance or rejection.

✦ Identify the biological markers & their importance.

✦ Differentiate between the two classes of MHC.

✦ Clarify that the MHC coding genes are polymorphic & that the expression of MHC alleles is codominant.

✦ Indicate the chemical nature of blood markers.

✦ Differentiate between the antigens & anti-bodies present in different blood types.

✦ Explain the technique of blood grouping.

✦ Explain how to determine whether blood transfusion is successful or not.

✦ Define infectious agent, pathogen.

✦ List the direct and indirect ways of transmission of infectious agents.

✦ Identify the different types of “non-self antigens”.

✦ Explain the “modified self” detected by immune system.

✦ List the main steps of smear preparation.

✦ Observe the differences between RBCs and WBCs.

✦ Explain the origin of WBCs.

✦ Differentiate between different granulocytes and their roles.

✦ Identify the receptors present on the membrane of lymphocytes.

✦ State the general role of TH, TC and BL.

✦ Explain the differentiation mechanism of BL into plasma cell.

✦ Differentiate between primary & secondary lymphoid organs.

✦ Identify the role of primary & secondary lymphoid organs.

✦ Define maturation.

✦ Labeling the Organs of the Immune System.

✦ Explain the process ‘auto-elimination’

• ✦ Double recognition
• ✦ Emphasize the importance of auto-elimination

✦ Review the lymphatic circulation and its importance.

✦ Describe the structure of antibodies.

• ✦ Differentiate between constant and variable regions
• ✦ Differentiate between the five classes
• ✦ State the different forms

✦ Indicate the form of antigens recognized by antibodies.

✦ Indicate what part of an antigen is detected by Ab.

✦ Explain cross-reaction.

✦ What makes the antigen-antibody binding possible.

✦ Describe the structure of TCR.

✦ Indicate the form of antigen recognized by T lymphocytes.

✦ Classify MHC into two classes based on their recognition by T lymphocytes.

✦ Review double recognition.

✦ Summarize the three forms of antigens’ presentation by MHC.

This resource is great for:

• In-Classroom Teaching (Displaying for the Whole Class)
• Online Learning
• Homeschooling
• Sharing on Google Classroom or Other Platforms as a Tool for Revision

-Follow us on TeachShare to be informed with new products and updates.

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Are you a Biology teacher introducing your high school students to Glycemia? Notes and examples are included. You can also easily convert this to a Google Slides lesson by dragging it into your Google Drive.

What is included?

✦ 53 total slides for notes and examples.

Throughout the Lesson, students will be introduced to the following:
✦ Explain the importance of regulation.

✦ Define homeostasis.

✦ Define Glycemia.

✦ Identify the importance of glucose.

✦ Identify the different types of glands.

✦ Describe the histology of pancreas.

✦ Identify the roles of its different structures and cells.

✦ Explain the mode of action of hormones.

✦ Identify the role & mode of action of insulin & glucagon.

✦ Determine the role of the liver by referring to Claude Bernard experiment.

✦ Identify the different types of metabolic reactions:

✦ Glycogenesis

✦ Glycogenolysis

✦ Neoglucogenesis

✦ Explain the difference between glycogenolysis in liver and in muscles (Glucose-6-Phosphatase).

✦ Explain the mode of action of insulin and glucagon.

✦ Hormonal communication (sufficiency and efficiency).

✦ Type of diabetes:

✦ Explain types 1 (IDD)

✦ Explain types 2 (NIDD)

This resource is great for:

• In-Classroom Teaching (Displaying for the Whole Class)
• Online Learning
• Homeschooling
• Sharing on Google Classroom or Other Platforms as a Tool for Revision

-Follow us on TeachShare to be informed with new products and updates.

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⤞ Mendelian Heredity | PowerPoint Lesson Slides High School Biology| Monohybridism

⤞ Mitosis | PowerPoint Lesson High School Biology | Prophase Metaphase Anaphase

Are you a Biology teacher introducing your high school students to Neurophysiology Functions of Neurons (Part 2)? Notes and examples are included. You can also easily convert this to a Google Slides lesson by dragging it into your Google Drive.

What is included?

✦ 40 total slides for notes and examples.

Throughout the Lesson, students will be introduced to the following:
✦ Classify the receptors

• ✦ Extero and intero
• ✦ According to the type of stimulus they detect

✦ Indicate the importance of these receptors

✦ Identify the receptor and generator potentials

• ✦ Their location
• ✦ The difference in the record in response to stimulations above and below threshold

✦ Identify the rapid and slow sweep modes of record of oscilloscope

✦ Explain the coding of nervous message at the level of receptor and that at the level of nerve fiber

✦ Define synapse

✦ Identify the types of synapses according to their structure

✦ Indicate the importance of synapses

✦ Explain the steps of transmission of nervous message across a synapse

✦ Verify them experimentally

✦ Deduce the unidirectional propagation of nervous message

✦ Explain the consequence of synaptic transmission on post-synaptic membrane

✦ Classify the chemical synapses according to their function

• ✦ Excitatory
• ✦ Inhibitory

✦ Compare the membrane permeability of post-synaptic neuron in the different cases

✦ Explain EPSP & IPSP

✦ Explain the integrative role of post synaptic neuron

✦ Identify the types of summation

• ✦ Temporal
• ✦ Spatial

This resource is great for:

• In-Classroom Teaching (Displaying for the Whole Class)
• Online Learning
• Homeschooling
• Sharing on Google Classroom or Other Platforms as a Tool for Revision

To check out Neurophysiology Functions of Neurons (1) Click here

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Are you a Biology teacher introducing your high school students to Female Reproductive System? Notes and examples are included. You can also easily convert this to a Google Slides lesson by dragging it into your Google Drive.

What is included?

✦ 33 total slides for notes and examples.

Throughout the Lesson, students will be introduced to the following:
✦ Introduction

✦ Menstrual Cycle

✦ Ovulation

✦ Hormones Involved

✦ Menopause

✦ Fertility and Infertility

✦ Women's Health Considerations

✦ Ovarian Cycle: Summarizing illustrative Diagrams

✦ Follicular Phase

✦ Luteal Phase

✦ Variation of ovarian & pituitary hormones

✦ Schematic drawing summarizing ovarian cycle

✦ Importance of feedback occurring during ovarian cycle

✦ Effect of fertilization on the ovarian cycle

✦ Anatomy of the uterus

✦ Uterine Cycle

✦ Effect of ovaries on uterine cycle

✦ Schematic drawing of uterine cycle

✦ Roles of reproductive hormones

✦ Body temperature and ovulation

✦ Characteristic peaks of healthy females

✦ Comparisons: Fertile, pregnant and at menopause

This resource is great for:

• In-Classroom Teaching (Displaying for the Whole Class)
• Online Learning
• Homeschooling
• Sharing on Google Classroom or Other Platforms as a Tool for Revision

-Follow us on TeachShare to be informed with new products and updates.

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More Related Products:

⤞ Genetic Polymorphism Part 1 | PowerPoint Lesson Slides High School Biology

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⤞ Human Genetics Pedigree Analysis | PowerPoint Lesson Slides High School Biology

re you a Biology teacher introducing your high school students to Genetic Polymorphism part 1? Notes and examples are included. You can also easily convert this to a Google Slides lesson by dragging it into your Google Drive.

What is included?

✦ 28 total slides for notes and examples.

Throughout the Lesson, students will be introduced to the following:
✦ Diversity in a Population

✦ Definition and Characteristics

✦ Effects of Mutations

✦ Types of Mutations

• ✦ Substitution
• ✦ Deletion
• ✦ Insertion

✦ Summing up

✦ Effects of point mutations

✦ By Substitution

• ✦ Mis-sense
• ✦ Non-sense

✦ By Deletion & Insertion

• ✦ Frame Shift

✦ Appendix: Genetic Code Table

✦ Different Classifications of Mutation

✦ Which Mutations are Transmitted?

✦ Mutation from Genotype into Phenotype

• ✦ From DNA into m-RNA
• ✦ From m-RNA into Proteins

✦ Keep These in Mind

✦ Appendix

This resource is great for:

• In-Classroom Teaching (Displaying for the Whole Class)
• Online Learning
• Homeschooling
• Sharing on Google Classroom or Other Platforms as a Tool for Revision

To check out Genetic Polymorphism (Part 2) Click here

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⤞ Immune System Role and Components | PowerPoint Lesson Slides High School Biology

Are you a Biology teacher introducing your high school students to Mitosis - Prophase, Metaphase, Anaphase, Telophase? Notes and examples are included. You can also easily convert this to a Google Slides lesson by dragging it into your Google Drive.

What is included?

✦ 14 total slides for notes and examples.

Throughout the Lesson, students will be introduced to the following:
✦ Recall the cell structure.

✦ Define mitosis, interphase, and cell cycle.

✦ Explain the steps of mitosis.

✦ Mitosis in a plant cell.

✦ Transmission of genetic information.

✦ Transmission of genetic information during a cell cycle.

This resource is great for:

• In-Classroom Teaching (Displaying for the Whole Class)
• Online Learning
• Homeschooling
• Sharing on Google Classroom or Other Platforms as a Tool for Revision

-Follow us on TeachShare to be informed with new products and updates.

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⤞ Nervous System Part 2 | PowerPoint Lesson Slides High School Biology | Neurons

⤞ Neurophysiology Functions of Neurons (1) | PowerPoint Lesson High School Biology

Are you a high school biology teacher who is looking for rigorous lessons to strengthen and supplement your explanation? This Bundle is perfect for you! It includes lessons on Circulatory System, Digestion, Genetic Polymorphism, Immune System, Nervous System, Respiration and many others!

What is included?

✦ 31 total lessons (1.204 Slides)

1. Autotrophy Photosynthesis Part 1

2. Autotrophy Photosynthesis Part 2

3. Basic Mechanism for Sexual Reproduction

4. Birth Control and MAP

5. Chromosomes Carriers of Genetic Information

6. Circulatory System Part 1

7. Circulatory System Part 2

8. Digestion (From food to nutrients)

9. DNA Genetic Material & Cell Cycle

10. Female Reproductive Cycles

11. Genetic Polymorphism Part 1

12. Genetic Polymorphism Part 2

13. Genetic Recombination and Transmission of Genes

14. Glycemia

15. Human Genetics Pedigree Analysis

16. Immune Response

17. Immune System Role and Components

18. Mendelian Heredity

19. Mitosis

20. Molecular Techniques

21. Mutations

22. Nervous System Part 1

23. Nervous System Part 2

24. Neurophysiology Functions of Neurons Part 1

25. Neurophysiology Functions of Neurons Part 2

26. Neurotransmitters and Medical Applications

27. Pedigree

28. Plant Supply with Raw Materials

29. Protein Synthesis & Enzymatic Activity

30. Respiration

31. Synapses

This Bundle is great to be used for:

• In-Classroom Teaching (Displaying for the Whole Class)
• Online Learning
• Homeschooling
• Sharing on Google Classroom or Other Platforms as a Tool for Revision

-Follow us on TeachShare to be informed with new products and updates.

Are you a Biology teacher introducing your high school students to Genetic Polymorphism part 2? Notes and examples are included. You can also easily convert this to a Google Slides lesson by dragging it into your Google Drive.

What is included?

✦ 32 total slides for notes and examples.

Throughout the Lesson, students will be introduced to the following:
✦ Ineffective Mutations

✦ Types of Silent Mutations

✦ Types of Virtually Silent Mutations

✦ Redundancy

✦ Non-Coded Sequence and Non-Translated regions

✦ Switched-off Genes

✦ Conservation of Tertiary Structure

✦ Detecting Effective Mutation

✦ Detecting Mutation at the molecular level

✦ FISH Technique

✦ Illustrating Schematic Drawing about FISH

✦ Chromatography Technique

✦ Illustrating Schematic Drawing about Chromatography

✦ Restriction Enzymes

✦ Classes of Cleavage by Differently Acting Enzymes

✦ Mutation and Restriction Enzymes

✦ Illustrative Schemas

✦ Electrophoreses

✦ Visualization Techniques

✦ Different DNA Electropherograms

✦ Illustrative Schemas

This resource is great for:

• In-Classroom Teaching (Displaying for the Whole Class)
• Online Learning
• Homeschooling
• Sharing on Google Classroom or Other Platforms as a Tool for Revision

To check out Genetic Polymorphism (Part 1) Click here

-Follow us on TeachShare to be informed with new products and updates.

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⤞ Immune System Role and Components | PowerPoint Lesson Slides High School Biology