Self Assessment #9 Key
Self Assessment #10 Key
Sunday, February 28, 2016
Wednesday, February 24, 2016
Non Mendelian Traits
Non Mendelian Traits: is a term used to describe any pattern of inheritance (passing on genes) in which traits do not follow Mendel's Laws
1. Incomplete Dominance ~ is about 4.5 minutes long.
2. Co - Dominance ~ about 3.5 minutes long
3. Multiple Alleles - I showed parts in class
4. Polygenetic Traits - Video #2:
5. Sex Linked
Video Link 1 ~ little less than 5 minutes. Describes what sex - linked traits are and how we
find them.
Video Link 2 ~ little less than 3 minutes. Shows an example of a sex- linked punnett square.
1. Incomplete Dominance ~ is about 4.5 minutes long.
2. Co - Dominance ~ about 3.5 minutes long
3. Multiple Alleles - I showed parts in class
4. Polygenetic Traits - Video #2:
5. Sex Linked
Video Link 1 ~ little less than 5 minutes. Describes what sex - linked traits are and how we
find them.
Video Link 2 ~ little less than 3 minutes. Shows an example of a sex- linked punnett square.
Tuesday, February 23, 2016
Dihybrid Cross
Click Here for a blank copy of a dihybrid cross
Click here for the answer key to the above dihybrid cross
Video #1: Fly Dihybrid cross
Video #2: Cross from Scratch!!
Click here for the answer key to the above dihybrid cross
Video #1: Fly Dihybrid cross
Video #2: Cross from Scratch!!
Wednesday, February 17, 2016
Mendel and Punnett Squares
Mendel Intro: Little Less then two minutes
Mendel's Peas - describing his process, goes into terms below in a brief detail. If you would like more detail then watch the links below:
Genotype vs Phenotype ~ about 2 minutes
Homozygous vs Heterozygous ~ Little less then two minutes
Punnett Square
With one trait ~ about 4.5 minutes long
With two traits ~ about 6 minutes long (we will talk about this on Friday)
Mendel's Peas - describing his process, goes into terms below in a brief detail. If you would like more detail then watch the links below:
Genotype vs Phenotype ~ about 2 minutes
Homozygous vs Heterozygous ~ Little less then two minutes
Punnett Square
With one trait ~ about 4.5 minutes long
With two traits ~ about 6 minutes long (we will talk about this on Friday)
Wednesday, February 10, 2016
Human Formation - Cell Differentiation
Click here for the PPT from class
Cell Differentiation:
Cell Differentiation and Specialization: Goes along with the illustration we constructed in
class~ 6 minutes
Stem Cell Basic: Video we watched in class ~ 2 minutes
Stem Cells ~ 3.5 minutes
Extra Info on Stem Cells: Deeper look at stem cells and a new method of producing stem cells
~ 5.5 minutes
Article on Lamin
Levels of Organization:
Levels of organization ~ 2.5 minutes
Example of the levels of organization ~ 4.5 minutes
Cell Differentiation:
Cell Differentiation and Specialization: Goes along with the illustration we constructed in
class~ 6 minutes
Stem Cell Basic: Video we watched in class ~ 2 minutes
Stem Cells ~ 3.5 minutes
Extra Info on Stem Cells: Deeper look at stem cells and a new method of producing stem cells
~ 5.5 minutes
Article on Lamin
Levels of Organization:
Levels of organization ~ 2.5 minutes
Example of the levels of organization ~ 4.5 minutes
Meiosis
Crossing Over and Independent Assortment ~little over 3 minutes
Crossing Over ~ 1.5 minutes
Meiosis clip 2 ~ 5.5 minutes (Very good video to watch!!)
Meiosis Clip 3
Crossing Over ~ 1.5 minutes
Meiosis clip 2 ~ 5.5 minutes (Very good video to watch!!)
Meiosis Clip 3
Tuesday, February 9, 2016
Mutations and Cancer
Mutation Videos:
Chromosomal Mutations ~ 4.5 minutes
Changes in Mutation - Bonzeman ~7 minutes
Cancer Videos:
What is cancer? ~ little over 1 minute long
If you want to view the cancer video from class, send me an email and I will send it.
potterm@trentonschools.com
Chromosomal Mutations ~ 4.5 minutes
Changes in Mutation - Bonzeman ~7 minutes
Cancer Videos:
What is cancer? ~ little over 1 minute long
If you want to view the cancer video from class, send me an email and I will send it.
potterm@trentonschools.com
Monday, February 8, 2016
Mitosis Lab Links
For today's lab you need to complete the following four activities:
Activity 1: Please click here for the website for the Cell Cycle and Mitosis Computer Activity
Activity 2: Please click here for the website for Karyotyping Abnormalities Activity
Activity 3: Please click here for the website for cancer and the cell cycle
Activity 1: Please click here for the website for the Cell Cycle and Mitosis Computer Activity
Activity 2: Please click here for the website for Karyotyping Abnormalities Activity
Activity 3: Please click here for the website for cancer and the cell cycle
Friday, February 5, 2016
Cell Cycle and Mitosis
Cell Cycle and Mitosis ~ 3.25 minutes (Highly recommend watching!)
Cell Cycle Checkpoints ~ 3.75 minutes (Highly recommend watching!)
I would highly recommend going to this website and looking at the animations for the cell cycle:
The website is called "Cells Are Alive." Click here to view the website.
Cell Cycle Intro ~ 5.5 minutes (can skip to 2:23 but the beginning is interesting to watch)
Cell Cycle Checkpoints ~ 3.75 minutes (Highly recommend watching!)
I would highly recommend going to this website and looking at the animations for the cell cycle:
The website is called "Cells Are Alive." Click here to view the website.
Cell Cycle Intro ~ 5.5 minutes (can skip to 2:23 but the beginning is interesting to watch)
Chromosomes
What is a chromosome? ~ 3 minutes
Bill Nye - Genes and Chromosomes ~ 1 minute
Look ahead ~ 2.5 minutes
Diploid vs. Haploid Cells ~2 minutes
Somatic Cells ~ 1.5 minutes
Bill Nye - Genes and Chromosomes ~ 1 minute
Look ahead ~ 2.5 minutes
Diploid vs. Haploid Cells ~2 minutes
Somatic Cells ~ 1.5 minutes
Tuesday, January 26, 2016
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