students learned the first "glow in the dark" gene for the chemical luciferin was isolated...

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Page 1: Students learned the first "glow in the dark" gene for the chemical luciferin was isolated from jellyfish. The Jellyfish gene for green fluorescent protein
Page 2: Students learned the first "glow in the dark" gene for the chemical luciferin was isolated from jellyfish. The Jellyfish gene for green fluorescent protein

• Students learned the first "glow in the dark" gene for the chemical luciferin was isolated from jellyfish. The

• Jellyfish gene for green fluorescent protein (GFP), is placed in organisms and one day scientist hope to light up streets with fluorescent trees. Students experimented with glow sticks to determine if temperature affects the brightness. It is reported that fireflies glow brighter on warm summer nights.

Page 3: Students learned the first "glow in the dark" gene for the chemical luciferin was isolated from jellyfish. The Jellyfish gene for green fluorescent protein

Glow Sticks Part I- Water Treatment (room, hot, cold)

Aaron and Gus use a black background for greater contrast. Only one glow stick was broken prior to being submerged into various water temperatures.

Page 4: Students learned the first "glow in the dark" gene for the chemical luciferin was isolated from jellyfish. The Jellyfish gene for green fluorescent protein

Phylicia checks the temperature of the three cups.

Page 5: Students learned the first "glow in the dark" gene for the chemical luciferin was isolated from jellyfish. The Jellyfish gene for green fluorescent protein

Data from Jordan and Phylicia

Page 6: Students learned the first "glow in the dark" gene for the chemical luciferin was isolated from jellyfish. The Jellyfish gene for green fluorescent protein

Ms. Darden reminds students to measure their water temperature.

Page 7: Students learned the first "glow in the dark" gene for the chemical luciferin was isolated from jellyfish. The Jellyfish gene for green fluorescent protein

Emma test the water temperature for glow sticks Curiosity investigation.

Page 8: Students learned the first "glow in the dark" gene for the chemical luciferin was isolated from jellyfish. The Jellyfish gene for green fluorescent protein

Color coordinated tops help the team add a

touch of personalization to their tasks at

hand.

• Riddi, Emma and Brianna breaks their glow sticks simultaneously.

Page 9: Students learned the first "glow in the dark" gene for the chemical luciferin was isolated from jellyfish. The Jellyfish gene for green fluorescent protein

Data from Brianna, Emma and Riddi

Page 10: Students learned the first "glow in the dark" gene for the chemical luciferin was isolated from jellyfish. The Jellyfish gene for green fluorescent protein

Riddi, Emma and Brianna check the temperatures of water and observe which temperature causes sticks to glow brighter. Its “reasoning time” based on observations.

Page 11: Students learned the first "glow in the dark" gene for the chemical luciferin was isolated from jellyfish. The Jellyfish gene for green fluorescent protein

Phylicia and Jordan observe another group as their sticks finally light. up

Page 12: Students learned the first "glow in the dark" gene for the chemical luciferin was isolated from jellyfish. The Jellyfish gene for green fluorescent protein

Qualitative data is taken using a white background VS a black background

Page 13: Students learned the first "glow in the dark" gene for the chemical luciferin was isolated from jellyfish. The Jellyfish gene for green fluorescent protein

Gus measures the water temperature as Aaron reads over their experimental design.

Page 14: Students learned the first "glow in the dark" gene for the chemical luciferin was isolated from jellyfish. The Jellyfish gene for green fluorescent protein

Aaron and Gus extend their observation period to determine which water temperature promotes a brighter glow.