In one sentence, describe what the following article is about: What's the point of your club? Do you just want to get together and talk or play, or do you want to do something at school or in your neighborhood? The purpose of your club will have a big effect on the name that you choose. Do you want your club name to describe what your club is all about? Or do you have a secret club that needs a name that will keep other people from knowing what the club's all about? For an open club, you need a name that anyone can understand. For a closed club, come up with an inside joke or a code name. Get together and make a list of ideas. You'll be surprised at what you'll come up with in a group that you couldn't have come up with on your own.  Think of something that all of your club members have in common. If you all like the same music, then you can add something about your favorite band to your club name. Break out your thesaurus. If you can say something ordinary in an extraordinary way, then your club name will really stand out from the crowd. Choose a name from a book, television program or online game. Sometimes, it's okay to borrow from something that's already been created. A 3 or 4-word name is easy to remember and easy to abbreviate.
Summary: Make a list of the activities that you want to do in your club. Decide whether your club is public or private. Brainstorm with your members. Keep your club name short.

In one sentence, describe what the following article is about: One of the best and healthiest ways to incorporate soy into your diet is to eat the whole soybean, commonly called edamame. A whole soybean has not been processed, so you are getting the nutrients from the bean.   Try steaming the edamame. You can eat it as a side dish, or throw some into a salad. In half of a cup of soybeans, there is 16 grams of protein, along with a good amount of vitamin B6, vitamin B2, vitamin B1, Vitamin K, folate, potassium, magnesium, manganese, copper, selenium, phosphorus, iron, and calcium.  Buy organic or non-transgenic soybeans if possible. Another way to get healthy soy into your diet is to drink soy milk. To get the healthiest soy milk, make sure to buy organic and GMO-free. This eliminates the use of pesticides and potential dangers of GMO.  One 8-ounce cup (237 ml)  of soy milk daily is a good serving.  For the best health benefits, get unsweetened and unflavored milk. Flavored milks have added sugars, which are not good for you. You can also make your own soymilk, which is even better than buying soy milk. All you need to make soy milk is organic non-GMO soybeans and purified (fluoride free) water. Check the labels of the soy milk before buying. Avoid buying any soy milk made with soy protein or soy isolate. This means the soy milk has been processed. Tofu is a versatile, healthy way to incorporate soy into your diet. As with other forms of tofu, make sure to get organic soy that is non-GMO if possible. A daily serving of three to four ounces is acceptable.  Tofu can be used to replace meat in dishes. For example, you can make stir fries and other dishes with tofu instead of meat. Try tofu in place of eggs. You can also make tofu patties for tofu burgers. You can even try tofu chicken fingers. Try grilled tofu with vegetables as a side dish. Add tofu into your smoothie. There are many websites and books full of tofu recipes for you to try and enjoy. Many believe that fermented soy dishes are the healthiest way to eat soy. Many Asian dishes are fermented, such as tempeh, miso, and natto. Fermented soy products are easier to digest, and they are good sources of probiotics.   Tempeh is high in protein and B-vitamins, along with other minerals. Tempeh is versatile and can be put into many dishes, such as salads and even tacos. Miso has a lot of B12. Miso is generally found in a paste and soup, which can be purchased in stores. Natto is a paste made from fermented soybeans. It is most commonly found in health food stores, online retailers, or Asian grocery stores. While eating whole, organic, non-GMO, and fermented soy products provide healthy forms of soy, all other forms of soy should be avoided. This includes soybean oil, soy proteins, soy burgers, soy energy bars, and other forms of refined or processed soy.  Avoid anything with the words soy protein or soy isolate on the label. Refrain from eating products made with soybean oil.
Summary: Eat edamame. Drink organic soy milk. Cook with tofu. Eat fermented soy dishes. Avoid processed soy products.

In one sentence, describe what the following article is about: For this version of the project, you will need small styrofoam balls, a needle and thread, paint, and toothpicks. Choose 6 different colors to represent the sugar and phosphate groups, and the 4 nitrogenous bases. They can be any 6 colors of your choice.  You will need to paint 16 sugar balls, 14 phosphate balls, and 4 different colors for each of the nitrogenous bases (cytosine, guanine, thymine, and adenine). You could choose to have one of the colors be white, so that you don't have to paint some of the styrofoam. This might be easiest for the sugar balls, as it will greatly reduce your total amount of work. Once the paint has dried, designate 1 color for each of the nitrogenous bases, and then pair them with their matching base. Cytosine always goes with guanine, and thymine always goes with adenine.  The order of the colors does not matter, as long as they are in the correct pairs. Stick a toothpick between each of the pairs, leaving a little extra space at the sharp ends of the toothpicks. Using the needle and string, cut a piece that is long enough to go the length of 15 styrofoam balls. Tie a knot at one end of the string, and thread the needle on the other.  Line up the styrofoam sugar and phosphate balls, so that they alternate in sets of 15. There should be more sugar balls than phosphate balls. Make sure that the 2 strands of sugar and phosphate are in the same order, so that they line up when placed next to each other. Thread through the centers of each alternating string of styrofoam sugar and phosphate balls. Tie the string off at the end of each strand, to prevent the balls from sliding off. Take the toothpicks with your pairs of nitrogenous bases, and stick the sharp end to the matching sugar balls on each long strand.  Only attach the pairs to the styrofoam balls representing sugar, as this is how DNA is attached in real life. Make sure that enough of the toothpick is attached to the strands that the pairs of bases will not fall off easily. Once all the pairs of toothpick bases have been attached to the sugar, twist the double strands in a counter-clockwise direction to mimic the appearance of a true double helix. Your model is now complete!
Summary:
Gather your supplies. Paint your styrofoam balls. Pair off the nitrogenous bases. Make the double helix. Attach the nitrogenous bases to the double helix strands. Twist the double helix.