DP Biology 2

  1/7: Mutation and introduction to genetic engineering
   1. slides
2. Video clip 1 Chernobyl
   2. Video-clip 2 Chernobyl
   3. Article-Chernobyl (no decomposers)

1/11: Biotechnology
   GM Organisms enters the food chain: should we be concerned?
Green Fluorescent Protein

1/13: Gel Electrophoresis (lab)

1/14: Biotechnology: techniques and applications
1. Slides
2. Video clip Molecular Biology Techniques

1/19: Final IA due (turn in with revision feedback forms)
DNA Profiling (lab completion and interpretation)
Restriction mapping
Introduction to Genetically Modified Crops

1/21: Transgenic organisms and cloning
   slides
   click and clone
Why clone?

1/25: Quiz on Genetic Modification and Biotechnology (Section 3.5)

CHAPTER 6: Human physiology

1/27: Diagrams of the digestive system
   Link: Human Biodigital (3D human)
Homework: Read pp 279-285

1/28: Digestion
Slides
   Video clip: enzymes and digestion
   Animation: Movement of food particle through digestive tract.

2/1: Digestion (summary) and introduction to Circulation
   Slides
Video Clip: William Harvey
   Video Clip: Blue Whale Heart
   Homework: Read pp. 289-302

2/3-2/4: Cardiac Circulation

   Video clip: 3D imaging of cardiac muscle (mouse)
Click and learn: Vertebrate Circulatorium (cardiac flow)
   Echocardiogram
   Blocked arteries
Heart function animation
   Homework: Guided Reading-Transport System
   Worksheet on blood vessels
Worksheet on blood cell types

2/8: Cardiac Physiology and regulation of heart rate
   Slides

2/10: Review of cardiac flow

2/11: Gas Exchange
   Slides
   Video Clip: Ted talk-Blood Pressure
   Video Clip: Water Spider
   Video Clip: 3D animation of ventilation
Video Clip: Lung Cancer
   Audio Clip: Lung Surfactant discovery
Worksheet: Alveolus diagrams
   Video Clip: How to draw alveoli
Homework: Read pp. 302-306; pp.466-475

2/16: Defense against infectious disease (part 1)
   Slides
   Video: how blood clots
Video: HIV life Cycle
Video: Why is HIV difficult to treat
   Link: How do antibiotics work?
Video: Meet your microbes.

2/17: 1:30-5:00 Group 4-Introduction
2/18: 8-6 Group 4 Project
   Homework: Group 4 Reflection Due 2/25

2/22: Defense against infectious disease (part 2)
Video: First AIDS cases
Video: Simple Explanation of HIV
Video: HIV and the immune system
   Video: HIV lifecycle
   Video: Why is HIV difficult to treat (TEDed)

2/24: Study hall

2/25: Quiz: Cardiac, Digestive, & Respiratory Systems
Slides: Immune System-Antibiotics & Specific Immunity
   Article: Antibiotics in the soil
Homework: Read pp. 319-328.

2/29: Introduction to the Nervous System
Link: Crash Course Nervous system
Homework: DBQ p. 325 (SL, HL)
DBQ p. 473 (HL)
Due 3/2
Link: Case Study

3/2: Deconstructing Action Potentials
   Slides: Action Potentials
   Link: Animation of Synapse
   Homework: Read pp. 476-483 (HL)
Watch: Evolution of nerves (Cnidarians)
     End of the chapter questions 4,5 (p. 341-342)
Due 3/3

3/3: Immune System (HL)
Homework: Read pp. 329-340
Link: Monoclonal Antibodies (Her2)
Link: Scientist-Survivor
Link: What does your pancreas do
Link: Leptin
   Link: Leptin and obesity gene

3/5: SOS-Paper 1, Paper 2 Practice Exam

3/7: Hormones and Reproduction
   Homework: Worksheet Menstrual Cycle
Worksheet-Annotation of reproduction organs.
Slides
Link: Male Reproduction System
Link: Female Reproduction System
Link: Gender Testing of Athletes
   Link: Menstrual Cycle animation
Link: IVF Animation
   Link: How Gonads go (Crashcourse)

3/9: Hormones and homeostasis
Link: Positive/negative feedback loops-menstrual cycle
Quiz: positive/negative feedback loops menstrual cycle
Link: Spermatogensis
Quiz: meiosis vs mitosis

3/11-3/18 Spring Break

3/21: Reproduction
Slides
   Link: Ethics of egg donation
Link: in vitro fertilization
Link: Animation-oogenesis
   Link: Drosophila bifurca sperm
   Homework: What is estrogen pollution? Are you concerned about it? Justify your position and be prepared to share your view point in class on 3/23.
HL read pp. 485-498 (due 3/ 28).

3/23: Circulation in the kidney
   Slides: Osmoregulation & the Kidney
Link: Ted ed Kidney function
Link: Osmoregulation Podcast
Link: Kidney interactive

3/28: Muscles and Action Potentials
   HL-movement activity (bring gym shorts)
   SL- test over Chapter 6
   Slides 1: Structures and biomechanics
Slides 2: muscle contraction
Worksheet: Human joints and muscle movement
Guiding Questions: Movement and Muscles
   Link: Nerve innervation of muscle cells (animation)
Link: Modes of movement-giraffe vs kangaroo
Link: Human alternating modes of movement
   Link: Muscle activity during modes of movement
Link: Mutant Mouse (hops like kangaroo)
   Link: EMG measures nerve-muscle action

3/31: Nerves and movement
   Link: slides
   Review: How does a nerve transmit signals?
   Link: How are humans and insects similar?
   Force of grasshopper hopping
   Dragonfly flight
Link:   Neonicotinoid Insecticides
Read pp. 513-517.

4/4: Nerves and development
   Slides
   Link: Scientists grow mini brains in the lab
Link: Dolphins, video games, stroke recovery
Link: Xenopus early embryogenesis
Link: Xenopus Gastrulation
Link: Brain vs Internet
   Link: Eyewire maps a neuron
Homework: Read pp. 518-526

4/5-4/6: Brain Imaging & Animal Model Systems
   Slides
   Link: Brain Spark-imaging
   Link: Xenbase
Link: Mapping the Human Brain
Link: Put some Ach in it
   Link: Brain maps as homunculi
Homework: Watch - A matter of size


4/11: Perception of stimuli
_Link: Folding in the cerebral cortex_
_ Link: Crash Course-homunculus
   Link: Crash-course Sensory perception

4/14: Sensory perception
   Slides
   Link: electroreception
   Link: color vision
Link: cochlear implants simulation
   Link: cochlear implant explained

4/18: Innate and Learned Behavior
   Link: HHMI finches and Birdsong
   Link: Student worksheet for finches and birdsong activity

4/21: Neuropharmacology
   Link: Kandel and the unconscious mind
   Link: Slides
   Link: Drug Impact Interactive
   Link: Drug impacts and neurotransmitters

4/22:

Additional Resources:
 1/7: External mutation mechanisms


1/14:   Gene Therapy
PCR Interactive
Molecular Biology Technology Techniques

1/19: DNA Profiling-Explained

1/21: Genetic science-summary of applications of gene technologies in forensics, pharmaceutical industry, foods and human disease

Mogrify: Transdifferentiation between somatic cell types

1/28: McGraw Hill Digestion Animation
Crash Course Digestion

2/1: Crash Course: Circulatory Systems
Anatomy link

2/3-2/4: Crash Course: Heart
Quizlet set-cardiac function

Resource: overview of cardiac circulation

2/8: Resource: overview of cardiac physiology

2/11: Resource: overview of Ventilation Mechanism
Resource: Quizlet Practice Test-Lungs

Resource: Discovery of Lung Surfactant and Implications for treatment of Pre-mature Infants.

2/16: Crashcourse-Immune system overview

2/22: Immune System Resource-what happens when a virus attacks...

2/25: The "Real" story of antibiotic discovery

3/3: Hybridoma Technology: when cancer cells became useful

3/7: Circadian Rhythms

3/9: Practice-male anatomy
Practice-female anatomy

3/21: Revision-Classification of animals
   quizlet set-practice
   Revision: meiosis vs mitosis
For the curious: Are polar bodies just cellular junk?

3/23: TED-How to become a Memory Master

3/31: Tree of Life

4/4: Embryogenesis
   Link: Nervous system-Crash Course
Link: Chordates-Crash Course

Eyewire the game

4/11: i-biology link on nerves

4/14: Why does hot water sometimes feel cold?