15.4 Chromosomal Disorders

Examples of different chromosomal disorders with Mr. Mabrey!

17.5 Mutations

Understanding the basics of mutations with Mr.Andersen!

19.1 Viral Structure

This video helps us to understand the basics of a virus, including viral structure!!

Linked Genes 15.3 Animation

Sex-Linked Traits 15.2 Video

Transcription 17.2 Video

Replication 16.2 Animation

Eukaryotic Gene Regulation 18.2 Video

Bacteria Regulate Transcription 18.1 Animation

9.3 Video Lol by Ally

13.1 Inheriting Chromosomes!!

Chromosomal Inheritance!

9.5 Alcohol & Ethanol Fermentation!

Alcohol or Ethanol Fermentation???

https://www.khanacademy.org/science/biology/cellular-respiration-and-fermentation/variations-on-cellular-respiration/v/alcohol-or-ethanol-fermentation

13.3 Meiosis

10.1 Photosynthesis Animation

12.1 Cell Division animation

10.3 Calvin Cycle

12.1 Cell Division

8.2 Free Energy

Quizlet https://quizlet.com/_2lq2jv

12.2 Mitosis

quizlet https://quizlet.com/_2lr4vz

8.3 ATP

5.4 - Protein

5.3 Lipid

6.1 Mircroscopes

7.1 Cell Membranes

4.2 Carbon

7.3: Diffusion & Osmosis!!!

 3.1: Water is Polar!!!

Plants Love Mrs. Jacobs

55.1 Energy flow

55.4 Nutrient Cycles

Taking Notes: typing or writing?

A little something to think about when you are trying to decide between hand writing or typing your notes.

http://www.npr.org/2016/04/17/474525392/attention-students-put-your-laptops-away?utm_source=facebook.com&utm_medium=social&utm_campaign=npr&utm_term=nprnews&utm_content=20160417

55.4 Nutrient Cycles Video-Lindsey D

56.1Human Activities and Biodiversity Animation-Lindsey D

55.3 Energy Transfer HN

Community: Structure of Belonging 1/3 Animation 54.5

Population Density & Dispersion 53.1

Population Distribution and density 53.1

54.2 Trophic Structure

Trophic Structure Animation

53.5 Population Growth Factors

Population Growth Factors Video 

55.4 Nutrient Cycle

Nutrient Cycle Animation

56.4 Human Impact video

Human Impact video.

53.3 Logistics Growth Video

Logistic Growth

This is a video and there is also a quiz which you can take after watching the video

25.3 Aquatic Biome Blog Post

The Aquatic Biome

Terrestrial Biomes 52.2 - Austin

If you missed Austin's Terrestrial Biomes presentation or need to refer back to it, I have uploaded it to google docs.  Click here to take a shortcut.

Animal Behavior animation 51.1

Neuron resting potential description 48.2 video

Neuron Structure & Function Video 48.1

47.3 Cell Fate Blog Post

Cell Fate Specification

Definitions:

• Differentiation—changes involved in the progressive diversification of the structure and function of cells Acquisition of the characteristics that allow different cell types to perform their functions.
• Cell fate—what a cell will become (if left alone).
• Potency—what a cell could become
• Commitment—restriction in potency
• Specification—labile state where a cell has reversibly acquired fate (potency > fate)
• Determination—state where a cell has irreversibly acquired fate (potency = fate)
• Determinant—a molecule that regulates cell fate
• Morphogen—a molecule forms a gradient and regulates cell fate in a concentration dependent manner. 

I. Types of Specificaton

1. Autonomous Specification 
• Remove a cell and the cell types normally derived from that cell will not form.
• Isolate a cell and it will form the cell types it normally would have.
2. Conditional Specification
• Remove a cell and the cell types normally formed by that cell will be contributed by other cells (compensation) 
3. Syncitial Specification
• Important in insects

II. Autonomous Specification 

• Asymmetric distribution and inheritance of determinants 
• Determinants typically cytoplasmic 
• Determinants usually RNAs or proteins
1. MACHO mRNA localized in yellow cytoplasm of tunicate embryo 
• Antisense blocks muscle formation (=necessary)
• Injected mRNA induces animal pole to form muscle (=sufficient) 
2. SKN-1 protein localized in C. elegans EMS cell (pharynx derived from EMS) 
• skn-1 loss-of-function mutant produces no pharynx (necessary)
• Fucus contains cell wall determinants (handout)

III. Conditional Specification 

• A cell’s fate is determined by its environment 

A. Cell interactions.

• Contact with neighboring cells influence cell fate e.g. sea urchin 
• Animal pole cells alone produce ectoderm only
• Animal pole cells plus micromeres produce cell types normally derived from vegetal pole cells 
• Stem Cells—cells that divide to maintain a self-renewing population, and contribute daughters that will differentiate. Can get progressive commitment. 

Vertebrate Brain Animation

Vertebrate Brain Animation

Animal Behavior Video- Bozeman Science

Bozeman Science Animal Behavior

40.4 Energy Requirements Animation

39.2 Plant Hormones (Animation)

43.1 Innate Immunity

39.1 Signal Transduction Pathways(Animation)

27.1 Bacteria Structure and Functuion

45.1 Hormones Blog Post

39.3 Response to Light Animation

Animation: Response to Light

40.3 Thermoregulation Video

38.1 Angiosperms Video

Hormone Video

Hormone Video

Plant Response to Light

Time lapse video of plant response to light

Angiosperm Animation

Angiosperm Animation 

Innate Immunity Animation

Immunity Response 

40.3- Thermoregulation

40.3- Thermoregulation

·         Regulation of internal temperature

·         Endothermy- warmed by the heat of metabolism , internal heat source (humans)

o   Need more food

·         Ecothermy-  warmed by environment, external heat source (reptiles)

o   Need less food because food is scarce

o   Larger fluctuation in body temperature

o   Regulate body temperature by moving to shading and basking

·         Variation in body temperature

o   Poikilotherms

§  Variation, body temp varies with environment

o   Homeotherms

§  Same, constant body temp

o   Never use warm-blooded or cold- blooded

·         Balancing heat Loss and Gain

o   Figure 40.11

o   Integumentary (Skin)

§  Insulation- fat, hair, feathers

§  Circulatory Adaptation- vasoconstrictions, vasodilation

§  Countercurrent Exchanges

§  Cooling by Evaporation

          ·         Heat or Loss

§  Behavior Response

          ·         Migration, Hibernation

§  Adjusting Metabolic Heat Production

            ·         Vary heat production to match changing rates of heat lose

             o   Shiver

§  Acclimatization in Thermoney

·         Shedding

·         Changes in Lipids 

BIO153 Phylogenetics Animation ONE: Part 1 of 2.wmv (Phylogeny Animation 26.1)

What Did Early Earth Look Like (Early Earth 25.1)

Phylogeny

Understanding Phylogenies

Morphological Molecular Phylogenies

Phylogenetics

25.5 Development of Genes Video

How genes are developed video 

26.6 Tree of Life Animation

Interactive Animation of the Tree of Life.

22.3 Theory of Evolution

An Introduction to Evolution

Seth Davis LOL Video 23.3

23.3 Selection, Genetic Drift, and Gene Flow Video

24.4 Speciation

22.2 Descent with Modification

24.3 Hybrid Zones Video

Adaptive Evolution Animation

Adaptive Evolution Animation 

Genetic Evidence for Evolution Video

Genetic Evidence for Evolution 

22.3 Notes- Evolution Evidence