1. Newton Regeneration What We Can DoAbout Us How it WorksHomeThe Real Science By: Matthew Eigel and Sir Issac Newton 1st Period - 7th Grade Science Gurrie Middle School February 2012 1492 New Arm Plaza Legrow WI 74564 1 (800) REGENERATE Regenerative Medicine for Arms, Legs, and Digits HOME

2. Since 2020, Newton Regeneration has been a leader in the field of regenerative medicine. The company specializes in the regrowth of human arms, legs, hands, feet, and digits. By inserting a gene commonly found in starfish, newts, and salamanders into our patients own DNA, our scientist have been able to successfully regenerate thousands of human extremities.Newton Regeneration ABOUT US What We Can DoAbout Us How it WorksHomeThe Real Science Company Founders Newton Regeneration was founded by Matthew Eigel and Sir Issac Newton. The two men saw a need for humans to be able to replace external body parts lost due to accident, illness, or injury. Their dream was to create a company that could regenerate external body parts using DNA technology and genetic engineering. Today that dream has become a reality.

3. WHAT WE CAN DO What We Can DoAbout Us How it WorksHomeThe Real Science Newton Regeneration can replace a lost or wounded body part using minimally invasive procedures which cause little pain and result in satisfied customers. Our techniques are medically proven safe and effective. Cost of limb regeneration is covered by most health care plans. Just look at what our patients have to say: “Newton Regeneration replaced both my arms after the tragic pyrotechnic accident during my 2023 Summer Tour.” Justin Bieber (former pop star and teen heart throb) “After my dad chopped off my hand, Newton Regeneration replaced it good as new. Thanks Newton Regeneration! “ Luke Skywalker – Jedi Knight Cost The cost of regeneration can vary but most limbs can be regenerated for around $5,000. The healing process can take up to 13 months and may require follow-up visits to our facilities.

4. HOW IT WORKS What We Can DoAbout Us How it WorksHomeThe Real Science First, our doctors take a tissue sample from a patient. The doctors then extract the patients DNA from the tissue sample. The patience’s DNA is then combined with a gene common in many animals including starfish, newts, and salamanders. The newly combined DNA strands are reinserted into the patient’s cells and then placed back onto the wounded extremity. From there, the newly created cells begin to multiply through the process of mitosis. Within a few short weeks the patient will begin to notice regeneration of all the missing extremity's complex parts including bone, blood vessels, skin, and hair.patience’s DNA is then combined with a gene

5. THE REAL SCIENCE What We Can DoAbout Us How it WorksHomeThe Real Science Although this project is a work of Science Fiction, the following links can be used to view articles, podcasts, and videos that discuss actual research: Grow Your Own Limbs – Wired 09.22.06 This article discusses how Stephen Badylak, director of the Center for Pre-Clinical Tissue Engineering at the University of Pittsburgh's McGowan Institute for Regenerative Medicine is working to find ways to replace the limbs of troops who lost limbs in combat. Scientists Search Starfish For Key to Human Regeneration – Wired Science 04.06.07 This article discusses how scientists are trying to discover whether the limb-regrowing powers of creatures like starfish and salamanders hold the secret to human renewal. Limb Regeneration – YouTube.com Video Clip This clip is from a show on the Science Channel that has a story about a man who was able to regrow his finger tip using a powder made from pig bladders. Newt Limb Regeneration – Biointeractive HHMI Video Clip Urodele amphibians—newts and salamanders—are able to regenerate fully functional limbs in response to amputation. Cells in and near the limb stump dedifferentiate to form a mass of stemlike cells that can produce all the specialized tissues of the limb, such as muscle, nerves, and blood vessels. Click here to see other items of interestClick here

6. What We Can DoAbout Us How it WorksHomeThe Real Science

7. What We Can DoAbout Us How it WorksHomeThe Real Science Additional Items of Interest