Tyler+T

=About Me=

My name is Tyler T, or Double T, T squared, you get the drift. I am a football player and a wrestler. Other than sports I like to just chill with my friends on the weekends and do stuff like that. When I get outta this place I want to make a career out of being in the army. I don't have any brothers or sisters. =Red Oak=


 * 1) Name is Red Oak
 * 2) scientific name is Quercus Rubra
 * 3) Organisms that infects the tree are bilineatus/larve and mellea/fungus
 * 4) Provides habitat or food for... (don't guess, research)Deer, bear, and birds
 * 5) Justify classification of tree to related trees - how is your tree related to other trees in its class? What does it have in common, etc. All oak trees bare acorns
 * 6) Commercial use of tree= Red oaks are used for furniture, rail road ties, veneer, flooring, and millwork.
 * 7) Twig characteristic= the twigs are greenish brown or reddish brown. They are smooth when mature, buds are pointed, light brown and smooth.
 * 8) Where tree is found in the world (native to pa?)= From Arkansas and the Gulf State to southern Canada.
 * 9) Draw or find a picture of a drawing of the leaf




 * MILLET**

1.Where is it grown in the world? The top ten producers of millet in order from number 1 to 10 are India, Nigeria, Niger, China, Burkina Faso, Mali, Sudan, Uganda, Chad, and Ethiopia.

2.Foods made from the grains. (discuss examples fro m a wide sampling of places around the world.) Millet is used in different dishes around the world from India where it is used for making a type of flatbread to China, Russia, and Germany where it is made into porridge. In Taiwan, East Africa, East Nepal, Romania, and Bulgaria it is used to make different types of alcohol as well. 3.Interesting information about the grain and how it is used.

Millet is also used as a bird and animal f eed. It is also more commonly than not use d to fill juggling beanbags. People with celiac disease can replace certain gluten-containing cereals in their diet with millet. What we do grow we actually do not really use we actually sell it to other countries. The original DNA molecule.

This shows the Hyrdrogen bonds breaking. The molecule unzipping so to speak Then new strands growing.

This shows the ending process in which there are 2 new molecules and the hydrogen bonds have reformed.

Telemeres- Keeps end of the cell from accidentally becoming attached to each other.

Okazaki Fragments- When DNA polymerase begins to synthesize a complementary strand.

DNA ligase- Stitches the Okazaki Fragments back together.

Telomerase- The enzyme that adds telomere to the DNA strands.

Cancer- These cells are able to divide indefinetly meaning they grow fast.

Transplanted cells- Remove the cell then you transform it with the gene that the patient is unable to synthesize then put it back in.

Cloning- They lengths of the telomeres were only 80% of what they need to be when cloned.

Aging- When cloning the clone has a relatively short life because the telomere aren’t as long.