Make a DNA Molecule Model

Make a DNA Molecule Model

Make a DNA Molecule Model : Multi-thousand tips to make your life easier.

Deoxyribonucleic acid, commonly abbreviated as DNA, is a significant molecule. It holds all the key information about your genetic makeup. Its structure is a double helix, and this chemical was discovered by Friedrich Miescher in 1869. Its frame is essentially made of sugar and complemented by phosphate molecules. Meanwhile, its cross pieces are made of adenine, cytosine, guanine, and thymine. Your DNA's chemical composition can generate a particular code. The code eventually dictates who you are. Now, if your task is to make a DNA molecule model, here are the things that you need to consider:

• Collect your materials. Your list should include four pipe cleaners (two white pieces and two colored pieces, each 12 inches long) and 36 colored beads of your choice (12 to represent adenine, 12 for thymine, 6 for guanine, and 6 for cytosine). Don't forget to have a ruler and a pair of scissors ready.
• Prepare your pipe cleaners and your colored beads. Start by cutting the white pieces into sections that are about 2 inches each. Then, gather your beads. Continue by threading them onto one of your recently cut white pipe cleaner sections. Understand that the adenine and thymine bases should be paired together. So, set aside the beads that represent them. Each 2-inch section of the white pipe cleaner should have two beads. Thread six sections for adenine and another six for thymine.
• Proceed by threading the six pipe cleaner sections with the colored beads set aside for guanine and cytosine. Each pipe cleaner section should have one colored bead for guanine and one colored bead for cytosine. Right after you have placed the colored beads on your white pipe cleaner sections, attach them to your colored pipe cleaners. You can do that by working on the edges of each of your white pipe cleaner sections. Twist them around your colored pipe cleaners. Then, shape your colored pipe cleaners to simulate the structure of a double helix. However, you should do this carefully. You don't want to end up twisting your colored pipe cleaners too far.
• Apply the finishing touches. Don't hesitate to mix up or thread the colors into your pipe cleaners. That is going to play an important role in customizing your DNA molecule model. It supports and indicates the various ways a DNA molecule can be made. One DNA molecule model is entirely different and unique compared with another DNA molecule model.

It is important to make your DNA molecule model as close to real as possible. For one, it allows better and faster learning. So, while working on your DNA molecule model, keep a DNA photo around. Refer to it as you finish your project. Pay close attention to details as much as you can. By the way, there are a number of Internet sites that sell DNA molecule model kits. All you have to do is order one, and the kit comes with handy construction guidelines. However, you need to choose wisely. Some kits may really require you to do a lot before you put together your DNA molecule model.