Click here to access various video clips about cancer from the National Institute of Health.
Friday, January 29, 2010
Thursday, January 28, 2010
MITOSIS: CELLS ALIVE
Click here for a great animation on mitosis. Scroll down to read about what happens during each stage in mitosis. Recall: iPMATc.
Wednesday, January 27, 2010
MITOSIS
Click here for a narrated animation on mitosis.
You can take a quiz (3 questions) after watching the animation. How did you do?
You can take a quiz (3 questions) after watching the animation. How did you do?
Saturday, January 23, 2010
MIDTERM REVIEW 3: ENDOCRINE SYSTEM, INSULIN
Click here to see an animation on how insulin works.
How does insulin maintain constant levels of glucose in blood?
Labels:
body systems,
ENDOCRINE SYSTEM,
INSULIN
Wednesday, January 20, 2010
MIDTERM REVIEW 2: ENDOCRINE SYSTEM.
Friday, January 15, 2010
MIDTERM REVIEW 1: HOW DO CELLS OBTAIN ENERGY?
This video clip illustrates the mechanisms of photosynthesis and cellular respiration. It introduces ATP, the universal energy carrier molecules that supply energy-hungry reactions. It also shows the structure and function of Chloroplasts and Mitochondria, energy transforming organelles.
After watching the video clip, you can answer the following questions for a great review on cellular respiration and photosynthesis:
1. List at least four life activities that require energy.
2. What type of energy do cells use?
3. How does ATP provide the energy needed for chemical reactions?
4. Where is the energy stored in the ATP molecule?
5. Where is ATP produced?
6. What molecules diffuse into the mitochondria?
7. Write down the chemical equation for cellular respiration.
8. How many ATP molecules can a cell produce under anaerobic conditions? And, under aerobic conditions?
9. What type of organic molecule is ATP synthase?
10. What molecules diffuse out of the mitochondria?
11. Write down the chemical equation for photosynthesis.
12. Why are plants autotrophs?
13. What colors of light does chlorophyll absorb?
14. What colors of light does chlorophyll reflect?
15. Where do the light reactions for photosynthesis occur?
16. Why are photosynthesis and cellular respiration considered to be coupled reactions?
After watching the video clip, you can answer the following questions for a great review on cellular respiration and photosynthesis:
1. List at least four life activities that require energy.
2. What type of energy do cells use?
3. How does ATP provide the energy needed for chemical reactions?
4. Where is the energy stored in the ATP molecule?
5. Where is ATP produced?
6. What molecules diffuse into the mitochondria?
7. Write down the chemical equation for cellular respiration.
8. How many ATP molecules can a cell produce under anaerobic conditions? And, under aerobic conditions?
9. What type of organic molecule is ATP synthase?
10. What molecules diffuse out of the mitochondria?
11. Write down the chemical equation for photosynthesis.
12. Why are plants autotrophs?
13. What colors of light does chlorophyll absorb?
14. What colors of light does chlorophyll reflect?
15. Where do the light reactions for photosynthesis occur?
16. Why are photosynthesis and cellular respiration considered to be coupled reactions?
Labels:
cellular respiration,
Photosynthesis
Monday, January 11, 2010
Sunday, January 10, 2010
Thursday, January 7, 2010
ALLERGIES
Click here for a video clip on allergies.
1. How are histamines produced?
2. What do histamines provoke in the human body?
HOW DO VACCINES WORK?
Click here to watch a video clip on how vaccines work.
1. What is a vaccine?
2. How does a vaccine work?
1. What is a vaccine?
2. How does a vaccine work?
IMMUNE RESPONSE
Click here to watch a video clip on the immune response.
1. Where do B cells (B lymphocytes) develop?
2. Where do T cells (T lymphocytes) develop?
3. How do B cells work?
4. How do T cells work?
2. Where do T cells (T lymphocytes) develop?
3. How do B cells work?
4. How do T cells work?
Tuesday, January 5, 2010
EARTHWORM DISSECTION
Are you curious about the earthworm dissection lab? get the heads-up on tomorrow's lab. Click here for a virtual earthworm dissection. Check the virtual lab manual for instructions. Enjoy it!
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